project reprot on working capital & inventory management at tata steel
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A STUDY ONWORKING CAPITAL MANAGEMENT
&THE INVENTORY MANAGEMENT
AT TATA STEEL
Submitted in partial fulfillment of the curriculum requirement of Masters of business administration of JITS, Jamshedpur
Submitted By
KAPIL KUMAR VASHISTH
UNDER THE GUIDANCE OFMR. INDRAJIT ROY & MR. IMTIAZ AHMED
Finance & Accounts DivisionTATA STEEL
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DECLARATION
I hereby declare that the project work is entitled in an original and bonafide work done by me. This is being submitted in partial fulfillment for the requirement of degree of “Master of Business Administration” from JITS, Jamshedpur
To the best of my knowledge, it is an original piece of work done by me and it has neither been submitted to any other organization nor published anywhere before. The contents of this report are based on the research done by me during my tenure of the internship at the FINANCE & ACCOUNTS DIVISION, TATA STEEL, Jamshedpur.
KAPIL KUMAR VASHISTH MBA 2010-2012
JITS, (JAMSHEDPUR) DATE:
PLACE: TATA STEEL, JAMSHEDPUR
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ACKNOWLEDGEMENT
No task is singles man’s effort, various factors , situations , person integrated to provide the background for accomplishment of a task . So , thanking just a few people for this project would be justified the kind of help , assistance and valuable advice I got from person whom I approached , I will remain indebted to them . It was a great learning experience for me to work on my project from 2nd April to 31st May, 2012 in such a congenial environment in the Main Accounts office TATA STEEL Ltd. at Jamshedpur. I have gathered lots of experience in this limited span of work.I take this opportunity to express my profound gratitude and deep regards to my Guide MR.INDRAJIT ROY & MR. IMTIAZ AHMED, Head-Purchase and Capital Accounts, TATA STEEL for his exemplary guidance, monitoring and constant encouragement throughout the course of this Thesis work. The blessing help and guidance given by them time to time shall carry me a long way in my journey of life on which I am about to embark.
Last but not the least I would express my heartfelt gratitude to, Mr. GAUTAM GHOSH for allowing me to do this project at TATA STEEL.
My several well-wishers helped me directly or indirectly; I virtually fall short of words to express my gratefulness to them.
Therefore, I am leaving this acknowledgement incomplete in their reminiscence.
KAPIL KUMAR VASHISTH
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EXECUTIVE SUMMARY
The internship is a bridge between the institute and organization. This training program is designed to give the future manager a feel about the corporate happenings and work culture of an organization. These real life situations are entirely different from the stimulated exercise enacted in an artificial environment inside the classroom and it is precisely because of this reason that this summer training program is designed, so that managers of tomorrow get ideas about the real time business operations. The summer internship program helps us to apply our theoretical knowledge into the practical field.This project gives a complete picture of inventory management and working capital management at TATA STEEL.Inventory management is a great problem at TATA STEEL .As it is manufacturing firm, delay or other issues related to stock, poses serious problems and huge losses. Inventory management is a part of financial accounts of an organization. Hence the project underlines the relationship of inventory with financial accounts and all other important aspect of inventory management at TATA STEEL.
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Table of Contents
RESEARCH METHODOLOGY..............................................................................................5
AIM OF THE PROJECT.......................................................................................................5
OBJECTIVE OF THE PROJECT........................................................................................5
RESEARCH DESIGN............................................................................................................5
RESEARCH METHODOLOGY..........................................................................................5
SOURCES OF DATA.............................................................................................................6
INTRODUCTION.......................................................................................................................7
WORKING CAPITAL...........................................................................................................7
CONCEPT OF WORKING CAPITAL................................................................................7
CONSTITUTENTS OF WORKING CAPITAL.................................................................8
FACTORS DETERMINING THE WORKING CAPITAL REQUIREMENTS.............8
PRINCIPLES OF WORKING CAPITAL MANAGEMENT POLICY.........................10
FINANCING WORKING CAPITAL.................................................................................11
LONG TERM FINANCING:..........................................................................................11
SHORT TERM FINANCING:........................................................................................11
SPONTANEOUS FINANCING:.....................................................................................11
THE CONCEPT OF ZERO WORKING CAPITAL........................................................12
INVENTORY........................................................................................................................13
INVENTORY MANAGEMENT.........................................................................................13
FUNCTIONS OF INVENTORY.........................................................................................13
TYPES OF INVENTORIES................................................................................................14
RAW MATERIAL............................................................................................................14
WORK IN PROGRESS...................................................................................................14
INVENTORY MODELS......................................................................................................15
INVENTORY MODELS FOR INDEPENDENT DEMANDS.........................................15
ECONOMIC ORDER QUANTITY MODEL................................................................15
PRODUCTION ORDER QUANTITY MODEL...........................................................16
QUANTITY DISCOUNT MODEL.................................................................................17
GENERAL POLICIES FOR EFFECTIVE INVENTORY MANAGEMENT...............17
MONITORING AND CONTROL OF INVENTORIES...................................................17
METHOD OF VALUATION..............................................................................................18
OTHER METHODS ARE...............................................................................................18
Highest In, First out (HIFO)............................................................................................18
REPLACEMENT/CURRENT PRICE METHOD........................................................19
ACCOUNTING STANDARD RELATING TO VALUATION OF INVENTORY.......19
INVENTORY AT TATA STEEL............................................................................................20
RAW MATERIAL AND MINES:.......................................................................................20
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RAW MATERIALS:........................................................................................................20
COAL MINES.......................................................................................................................22
MINING PRACTICES.........................................................................................................22
INVENTORY PLANNING AT TATA STEEL.................................................................23
INDUSTRY OVERVIEW........................................................................................................24
COMPANY PROFILE.............................................................................................................28
CAPACITY...........................................................................................................................30
Vision & mission of tata steel...............................................................................................31
BOARD MEMBERS............................................................................................................33
TYPES OF PRODUCT........................................................................................................34
BUSINESSS AREAS............................................................................................................42
COMPANY STRATERGY..................................................................................................42
CORPORATE OBJECTIVES.............................................................................................43
TATA STEEL’S INTERNATIONAL VENTURES..........................................................44
SWOT ANALYSIS...............................................................................................................45
AWARDS AND ACHIEVEMENTS...................................................................................46
MARKET SHARE OF TATA STEEL...............................................................................46
GROWTH AND FUTURE PROSPECTS OF TATA STEEL.........................................47
COMPETITORS...................................................................................................................48
FINANCIAL ANALYSIS OF TATA STEEL........................................................................49
PROFITABILITY MEASUREMENT RATIO:....................................................................56
INVENTORY RATIOS........................................................................................................67
OPERATING CYCLE.........................................................................................................75
NET OPERATING CYCLE................................................................................................78
COMPARISON BETWEEN TATA STEEL, JSW AND SAIL RATIOS...........................79
WORKING CAPITAL RATIOS.............................................................................................91
TIME SERIES TREND ANALYSIS OF TATA STEEL......................................................96
TIME SERIES-TREND ANALYSIS......................................................................................97
FINDINGS AND RECOMMENDATIONS...........................................................................99
CONCLUSION...................................................................................................................100
BIBLIOGRAPHY...................................................................................................................101
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RESEARCH METHODOLOGY
AIM OF THE PROJECT To carry out critical, comparative and statistical analysis at Tata Steel Ltd.(Steel
Division inventory management). To find out area of weakness in the existing inventory control mechanism. Data analysis related to the total stock in trade, stores and spares. To find other steel companies ratio and compare with Tata Steel Ltd.
OBJECTIVE OF THE PROJECT To study and understand the inventory management of Tata Steel and its comparison with other steel companies. To study the modern techniques used for inventory management. To determine the efficiency of the organization with the help of various ratios. To analyze different technique to maintain optimum inventory by the management.
RESEARCH DESIGN
The project study is based on descriptive and applied research. This project involves detail analytical research of the existing inventory management system in Tata Steel Ltd. In the later phase the project follows concessive research design. In depth analysis of various information gathered, have been done to arrive at the findings and conclusion. The project is properly design to meet the set objective.
RESEARCH METHODOLOGYThis study is based on descriptive and applied research .The accounting as well as planning in control in inventory is thoroughly studied by using consumption pattern and ratio analysis .The result of control mechanism has summarized which helps in identifying the effectiveness of the system under preview, hence ratio analysis has been used to assure of a conclusion.
RESEARCH METHODOLOGY CHART Problem Statement: Identify problems that want to study about. Preliminary Research: Identify research ‘s aim and objectives , scope of research and
importance of research Literature Review: Review past research that related to the research. Collecting Data: Collects data that need to fulfill the database management inventory
system such as by interview and preview current inventory data. Analysis and Result: Analysis all data involved and outcome with result. Recommendation and Conclusion : Suggests any recommendation for future research
and conclude the research.
SOURCES OF DATA
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Primary Source Finance and accounts department Raw material handling department Supply management department Purchase department
Secondary Source Companies’ record Annual reports Websites Intranet of Tata Steel ltd.
Presentation of data
Data has been presented in the form of table and bar diagram.
Data analysis and interpretation
Detailed analysis of the data collected has been done using various financial ratios and interpretation has been done thereafter.
Limitation
Time constraints Gap between theoretical and practical application in the system. Ratios alone cannot show weather performance is good or bad. The study is based on the comparison across companies. Every company follows
different accounting policies; hence accurate comparison is not possible. The study is limited to the scope of data publicly available
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INTRODUCTION
WORKING CAPITAL
“Working capital is the amount of funds necessary to cover the operating cost of the
enterprise.” It is calculated by the following formula:
Net working capital= current asset-current liabilities.
“Working capital management is concerned with the problems that arise in attempting to
manage the current assets, current liabilities and the interrelationship that exists between them.
In other words, working capital management refers to all aspects of administration of both
current assets and current liabilities.”
Capital required for a business can be classified under two main categories:
1) Fixed Capital
2) Working Capital
Every business needs funds for two purposes for its establishment and to carry out its day-to-
day operations. Long terms funds are required to create production facilities through purchase
of fixed assets such as plant& machinery, land, building, etc. Investments in these assets
represent that part of firm's capital which is blocked on permanent or fixed basis and is called
fixed capital. Funds are also needed for short-term purpose for the purchase of raw material,
payment of wages and other day-to-day expenses etc.
These funds are known as working capital. In simple terms, working capital refers to that part
of the firm's capital which is required for financing short-term of current assets such as cash,
marketable securities, debtors & inventories. Funds, thus, invested in current assets keep
revolving fast and are being constantly converted into cash and this cash flow out again in
exchange for other current assets. Hence, it is also known as revolving or circulating capital or
short term capital.
CONCEPT OF WORKING CAPITALThere are two concepts of working capital:
1) Gross Working Capital
2) Net Working Capital
The gross working capital is the capital invested in the total current assets of the enterprises
current assets are those assets which can convert into cash within a short period normally one
accounting year.
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CONSTITUTENTS OF WORKING CAPITAL1) Cash in hand and at dank
2) Bills Receivables
3) Sundry Debtors
4) Short term loans and advances
5) Inventories of stock
6) Temporary investment of surplus funds.
7) Prepaid expenses
8) Accrued incomes
9) Marketable securities
In a narrow sense, the term working capital refers to the net working. Net working capital is the
excess of current assets over current liability.
FACTORS DETERMINING THE WORKING CAPITAL REQUIREMENTS NATURE OF BUSINESS: The working capital requirements of a firm basically
depend upon the nature of its business. Heavy manufacturing industries require more
working capital than trading and financial firms.
SEASONAL VARIATIONS: In certain industries raw materials is not available
throughout the year. They have to buy raw materials in bulk during the seasons to
ensure an uninterrupted flow and process them during the entire year. A huge amount is
thus blocked in the form of material inventories during such seasons, which gives rise
to more working capital requirements.
WORKING CAPITAL CYCLES: in a manufacturing concern the working capital
cycle start with the purchase of raw materials and ends with the realization of cash from
the sale of finished products this cycle involves purchase of raw materials and stores its
conversion into stocks of finished goods through work in progress with progressive
increment of labour and service cost , conversion of finished stock into sales , debtor
and receivables and ultimately realization of casts and this cycle.
RATE OF STOCK TURNOVER: there is a high degree of Investors Company -
relationship between the quantum of working capital and the velocity or speed with
which the sales are affected. A firm having a high rate of stock turnover will need lower
amount of working capital as compared to a firm having a low rate of turnover.
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CREDIT POLICY: The credit policy of a concern in its dealings with debtors and
creditors influence considerably the requirements of working capital. Concerns that
purchase its requirements on credit and amount of working capital.
BUSINESS CYCLE: Business cycle refers to alternate expansion and contraction in
general business activity. In a period of boom when the business is prosperous there is a
need for larger amount of working capital due to increase in sales, rise in price,
optimistic expansion of business etc. On the contrary in the time of depression when
there is a down swing of the cycle, the business contracts, sales declines, and may have
a large amount of working capital lying idle.
RATE OF GROWTH OF BUSINESS: The working capital requirements of a
concern increase with the growth of expansion of its business activities. It is difficult to
determine the relationship between the volume of business and the growth in the
working capital of a business.
PRICE LEVEL CHANGE: Changes in the price level also affects the working capital
requirements. Generally the raising price will require the firm to maintain larger
amount of working capital as more funds will be required to maintain the same current
assets.
EARNING CAPACITY AND DIVIDEND POLICY: Some firms have more earning
capacity. Such firms with high earning capacity may generate cash profit from
operations and contribute to their working capital. Moreover, a firm that maintains a
steady high rate of cash dividend irrespective of its generation of profits needs more
working capital.
PRODUCTION POLICY: In certain industries, the demand is subject to wide
functions due to seasonal variations. The requirements of working capital in such cases
depend upon the production policy. The production could be kept either steady by
accumulating inventories during slack periods with a view to meet high demand during
the peak season.
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PRINCIPLES OF WORKING CAPITAL MANAGEMENT POLICY
The following are the general principles of a sound working capital management policy:
1) PRINCIPLE OF RISK VARIATION: Risk here refers to the inability of a firm to meet its
obligations as and when they become due for payments. Larger investments in current assets
with less dependence on short term borrowing increases liquidity, reduces dependence on short
term borrowings increases liquidity, reduces risk and there by decreases the opportunity for
gain or loss. On other hand less investment in current assets with greater dependence on short
term borrowings, reduces liquidity and increases profitability.
2) PRINCIPLE OF COST OF CAPITAL: The variation source of raising working capital
finance has different cost of capital and the degree of risk involved. Generally, higher the risk
lower is the cost and lower the risk higher is the cost. A sound working capital management
should always try to achieve a proper balance these two.
3) PRINCIPLE OF EQUITY POSITION: This principle is concerned with planning the total
investment in current assets. According to this principle the amount of working capital invested
in each component should be adequately justified by a firm equity position. Every rupee
invested in the current assets should contribute to net worth of the firm. The level of current
assets may be measured with the help of two ratios: (a) current assets as a percentage of total
assets. (b) current assets as a percentage of total sales.
4) PRINCIPLE OF MATURITY OF PAYMENT: This principle is concerned with planning
the source of finance for working capital. According to this principle a firm should make every
effort to relate maturities of payment to its flow of internally generated fund. Maturity pattern
of various current obligations is an important factor in risk assumptions and risk assessment.
Generally, shorter the maturity schedule of current liabilities in relation to expected cash
inflows, the greater the inability to meet its obligation in time.
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FINANCING WORKING CAPITAL
Financing Working capital is an important part of working capital planning. They are:
Long term financing
Short term financing
Spontaneous financing
Mix of these.
LONG TERM FINANCING:Long term financing includes:
EQUITY SHARES: These are also called ordinary shares. The share holder’s money
is used to finance the current assets.
PREFERENCE SHARES: Preference shares are also a source of working capital
finance. The management should decide the preference shares capital to be used to
finance day to day trading.
DEBENTURE: Debentures are an important source of long term financing. The capital
collected through debentures is used to finance current assets.
SHORT TERM FINANCING: Refers to those short term credit that the firm has to arrange in advance.
BRIDGE LOAN: A short term loan can be used by a person until he removes his
current obligations. It provides instant cash flow. It provides instant cash flow. It is
also known as “interim dividend” gap financing or a swing loan.
COMMERCIAL PAPER: It is an unsecured short term debt instrument issued by a
corporation, typically for the financing of accounts, receivables, inventories and
meeting short term liabilities maturities on commercial paper rarely, range any longer
than a 270 days.
FACTORING: Sales of accounts receivables is caused factoring. It is financing
intermediary that purchase receivables from companies.
SPONTANEOUS FINANCING: They are cost free financing source. Therefore a firm would like to finance as much as possible.
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THE CONCEPT OF ZERO WORKING CAPITAL
In today’s world of intense global competition, working capital management is receiving
increasing attention from managers striving for peak efficiency the goal
of many leading companies today, is Zero working capital. Proponent of the zero working
capital
Concept claims that a movement toward this goal not only generates cash but also speeds up
production and helps business make more timely deliveries and operate more efficiently. The
concept has its own definition of working capital:
inventories+ receivables- payables. The rational here is (i) that inventories and receivables are
the keys to making sales, but (II) that inventories can be financed by suppliers through account
payables .Companies use about 20% of working capital for each sale. So, on average, working
capital is turned over five times per year. Reducing working capital and thus increasing
turnover has two major financial benefits. First every money freed up by reducing inventories
or receivables, by increasing payables, results in a one
timecontribution to cash flow. Second, a movement toward zero working capital permanently
raises a company’s earnings. The most important factor in moving toward zero working capital
is increased speed. If the production process is fast enough, companies can produce items as
they are ordered rather than having to forecast demand and build up large inventories that are
managed by bureaucracies. The best companies delivery requirements. This system is known
as demand flow or demand based management. And it builds on the just in time method of
inventory control. Clearly it is not possible for most firms to achieve zero working capital and
infinitely efficient production. Still, a focus on minimizing receivables and inventories while
maximizing payables will help a firm lower its investment in working capital and achieve
financial and production economies.
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INVENTORY
Inventory refers to goods and materials that held available in stock by a business. In accounting inventory is considered an Asset. Inventory is most expensive Asset of a company, representing as much as 40% of total invested capital.
INVENTORY MANAGEMENT
Inventory management is primarily about specifying the size and placement of stocked goods. Inventory management is required at different locations within a facility or within multiple locations of a supply network to protect the regular and planned course of production against the random disturbance or uncertainties of running out of materials or goods. Balancing these competing requirements leads to optimal inventory levels, which is an on-going process as the business needs shift and react to the wider environment.
Inventory management is the process of efficiently overseeing the constant flow of units into and out of an existing inventory. This process usually involves controlling the transfer in of units in order to prevent the inventory from becoming too high, or dwindling to levels that could put the operation of the company into jeopardy. Competent inventory management also seeks to control the costs associated with the inventory, both from the perspective of the total value of the goods included and the tax burden generated by the cumulative value of the inventory.
FUNCTIONS OF INVENTORY
To maintain certain amount of inventory to prevent the time lag present in the supply chain, from supplier to user at every stage.
Economies of scale-Idea condition of “one unit at a time at a place where user needs it, principle tends to incur lots of cost in terms of logistics. So bulk buying, movement and storing brings in economies of scale thus inventory.
To provide stock of goods to meet anticipated demand of any customers To separate production from the distribution. For example if product demand is high
only during the summer, a firm may build up stock during the winter and thus avoid the costs of shortage and stock out during the summer.
To hedge against inflation and price changes. To protect against any shortage that can occur due to weather, supplier’s shortages,
quality problems or improper deliveries. To take advantage of quantity discount, since purchase in larger quantities can reduce
the cost of goods. To meet the uncertainties and fluctuations in demand. To protect against any shortages that can occur due to weather, supplier’s shortages,
quality problems or improper deliveries. To permits operations to continue smoothly with the use of inventory.
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TYPES OF INVENTORIES
RAW MATERIAL
Raw materials are inventory items that are used in the manufacture’s conversion process to
produce components, sub assemblies, or finished products. These inventory items may be
commodities or extracted materials that the firm or its subsidiary has produced or extracted.
They also may be objects or elements that the firm has purchased from outside organisation.
Even if the item is partially assembled or is considered as finished goods to the suppliers, the
purchaser may consider it as raw material if his firm has no input into its production.
Typically , raw materials are commodities such as ore, paper, wood, paint, steel, food items,
minerals, chemicals, grains etc. However ,items such as nut & bolts, ball bearings, key stock,
casters, seats and even engines may be regarded as raw materials if they are purchased from
outside firm.
WORK IN PROGRESS
Work in process or In-process inventory includes the set at large of unfinished items for products in a production process. These items are not yet completed but either just being fabricated or waiting in a queue for further processing or in a buffer storage. The term is used in production and Supply chain management.
Finished Goods (FG)
When the good is completed as to manufacturing but not yet sold or distributed to the end-user, it is called a "finished good".
New Old Stock (NOS)
New Old Stock is a term used in business to refer to merchandise being offered for sale which was manufactured long ago but that has never been used. Such merchandise may not be produced any more, and the new old stock may represent the only market source of a particular item at the present time.
SPARE PARTS
This category includes those products, which are accessories to main products produced for the purpose of sale. Example of spare items are bolts, nuts, clamps, screws etc.
Stock Keeping Unit (SKU)
SKU is a unique combination of all the components that are assembled into the purchasable item. Therefore any change in the packaging or product is a new SKU. This level of detailed specification assists in managing inventory. Stock out means running out of the inventory of an SKU.
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INVENTORY MODELS
Independent versus dependent demand
Inventory control model assumes that demand for an item is independent of, or dependent in, the demand for other items. For example the demand for refrigerator is independent of the demand for toaster ovens. However, the demand for toaster oven components is dependent on the production of toaster ovens.
Cost associated with independent items:
Holding costs: are the costs associated with holding or “carrying” inventory over time.
Therefore, holding cost also includes cost related to storage, such as insurance, extra staffing, and interest payment.
Ordering cost: includes costs of supplies, forms, order processing, clerical support etc., when order is being manufactured, ordering cost also exist, but they are known as setup cost.
Setup costs: is a cost to prepare a machine or process for manufacturing an order.
INVENTORY MODELS FOR INDEPENDENT DEMANDS
Economic order quantity model.
Production order quantity model.
Quantity discount model.
ECONOMIC ORDER QUANTITY MODELIt is one of the oldest and most commonly known inventory models. It is based on some assumptions. They are:-
1) Demand is known and constant.2) Lead time, the time between the placement of order and the receipt of the order, is
known as constant.3) Receipt of inventory is instantaneous. That is inventory from an order arrives in one
batch, at one time.4) Quantity discount are not possible.5) Stock out can be completely avoided if orders are placed at right time.
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Fig: ECONOMIC ORDER QUANTITY
PRODUCTION ORDER QUANTITY MODEL What happens when firm receives its inventory over a period of time? Such case requires a model that does not require the instantaneous receipt assumption. This model is applicable when inventory continuously flows or build up over a period of time after an order has been placed or when units are produced and sold simultaneously.This model is called production order quantity model because it is suitable for production environment. It is useful when inventory continuously builds up over time and the traditional economic order quantity assumptions are valid.This model is derived by setting ordering cost or setup cost equal to holding cost and solving for Q.Setup cost=(D/Q)SHolding cost=1/2 HQ[1-(d/p)]Where D=Annual demand in units for the inventory items Q= Number of pieces per order S= Setup cost for each order H= Holding or carrying cost per units per year d= Daily demand rate or usage rate p= Daily production rate
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QUANTITY DISCOUNT MODELTo increase sales, many companies offer quantity discount to their customers. It is simply reduced price for the item when it is purchased in larger quantities.
GENERAL POLICIES FOR EFFECTIVE INVENTORY MANAGEMENTEach company must adopt and follow the following internal control policies for inventory:
a) Segregation of duties must exist between record keeping and custodial function.b) Adequate accounting control over inventory must be established and maintained.c) Inventory should be stored where loss form fire, theft, temperature, humidity or other
elements is minimized.d) Store keeper must compare quantities received against receiving reports.e) Materials may be released form storerooms only on the basis of approved requisition.f) Access to storeroom must be controlled.g) An annual physical inventory must be performed regardless of which inventory system
is used.h) If perpetual inventory system is used, then periodic testing of items in the inventory
must be performed to verify the accuracy of the perpetual inventory records.
MONITORING AND CONTROL OF INVENTORIESSome production oriented methods of inventory control to indicate a broad framework for managing inventories efficiently in conformity with the goal of wealth maximization. Selective controls are:
ABC Analysis FSN Classification XYZ Classification HML Classification VED Classification SDE/SOS/Golf Analysis
Technique Basic Main useABC Value of conception To control raw
material, components and work in progress inventories in normal course of business.
XML Unit price of material Mainly to control purpose
XYZ Value of item in storage
To review the inventories and their uses at scheduled interval
VED Critically of components
To determine the stocking level of spare parts
FSN Consumption pattern of components
To control obsolescence
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SDE Problems faced in procurement
Lead time analysis and purchasing strategies
GOLF Source of material Procurement strategies
SOS Nature of supplies Procurement/Holding strategy for seasonal items
METHOD OF VALUATIONUsually closing stock is value at lower of the historical cost and net realizable value. Historical cost means cost of purchase, cost of conversion and other cost incurred in a normal course of business in bringing the inventories up to their present location and condition. Net realizable order to make sale. There is no unique formula for determining historical cost of inventories.Several methods are used for pricing inventories used in production but there are three basic approaches to value inventory that are followed by GAAP:
1. First in, First out(FIFO)2. Last in, First out(LIFO)3. Weighted Average
First in, First out (FIFO)Under FIFO method of inventory valuation, inventories purchased first are issued first. The
closing inventories are valued at latest purchase prices and inventory issues are valued at
corresponding old purchase prices.
Last in, First out (LIFO) LIFO method of inventory valuation states that units of inventory should be valued at the
prices paid for the latest purchase and closing inventories should be valued at the price paid for
earlier purchases.
Weighted Average Under this method, material issues are priced at the weighted average cost of material in the
stock. Under this both inventory and cost of goods sold are based upon the average cost of all
units bought during the period. When inventory turns over rapidly this approach will more
closely resemble FIFO and LIFO.
OTHER METHODS ARE
Highest In, First out (HIFO)
In accounting, an inventory distribution method in which the inventory with highest cost of purchase is the first to be used or taken out of stock. This will impact the company’s books such that for any given period of time, the inventory expenses will be the highest possible.Standard Price MethodMaterials are price based on standard cost which is predetermined. When the material is purchased the stock account will be debited with standard price. The difference between the purchased price and standard price will be carried into a variance account.
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REPLACEMENT/CURRENT PRICE METHOD
In this method the material is priced at the value that is realizable at the time of issue.The valuation of the work in progress and finished goods inventory depends to a certain extend on the method of pricing the raw materials and to a large extent on the method of costing that is used. Direct costing and absorption costing are the two techniques used for allocation of costs to the inventory.
ACCOUNTING STANDARD RELATING TO VALUATION OF INVENTORYThe most generally accepted accounting principle (GAAP) for valuation of closing stock is that it should be valued at historical cost or net realizable value whichever is lower. ‘Historical Cost’ represents an appropriate combination of the:Cost of purchaseCost of conversionOther cost incurred in normal course of business in bringing the inventories up to their present location and condition.Net Realizable Value is the actual or estimated selling price in ordinary course of business, less cost of completion and cost necessarily to be incurred in order to make sale.
AS-2 issued by Council of the ICAI recommend use of FIFO, Average cost or LIFO method
for valuation of inventories cutting down many other alternatives methods.
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INVENTORY AT TATA STEEL
RAW MATERIAL AND MINES:
RAW MATERIALS:Tata Steel consumes different types of raw materials .A raw is classified into different types and they are recognized by name of place from they used to obtain and accounting is done accordingly. For example cooking coal is classified into indigenous and imported. Indigenous is further classified as Jamadoba, bhetland , West bokaro etc..ie.name of place from where they use to obtain and records are maintained accordingly.
LIST OF DIFFERENT TYPES OF ORES CONSUMED BY TATA STEEL
1. Coal2. Midding Coal3. Coking Coal4. Washed Coal5. Injection Coal6. Imported hard coking coal
7. Semi soft Coal8. Imported Anthracite9. High Volatile Coal10. Coke11. Hard Coke12. Nut Coke13. Converted Coke
OTHER RAW MATERIAL Fluorspar Muriate of Ammonia LIMESTONE AT WORKS Indigenous
Dolomite Bhutan Dolomite Pyroxenite Dunite
LIST OF METAL AND FERROY ALLOY USED BY TATA STEELMETALS AND FERROY ALLOY
Ferro Moly Ferro Vanadium Ferro Titanium Ferro Niobium Ferro Boron
Ferro Phosphrous Ferro Silicon Managanese Metal Lamps Ferro Manganese( H.G) Ferro
FINISHED AND SEMI-FINISHED MATERIALS (Works)
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FLAT PRODUCT Hot strip Mill Domestic yard
Works material yard Export yard
LONG PRODUCT M.Mill no. 1 and no.2 M .I and S.Mill
Export yard Wire and rod mill
AT STOCKYARD Flat Long
EXPORTS Flat Long
SEMI – FINISHED GOODSIn process at works
Flat Long
Agrico.ring plant and RR Mill Finished steel/ Semi finished steel Finished tools / rings
Scrap Semi tools/rings
Tubes Divison Finished tubes at plant Steel from works Scrap at branches and plant
W.I.P Non steel external By-products
Cold rolling complex – west(Flat product) RM at plant RM in transit W.I.P Finished goods at plant
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TSSL CRM –SISSODRA At works In transit Stockyards EPA’s Scrap WRM – west At works In transit
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Cold rolling complex east (flat product) Stockyard / consignment agent With EPA’s(Re – rollers) In proces at works
STORES AND SPARES INVENTORY EIC (rings and agrico) RRM Agrico Ring plant LD- 1 Refectories(production) Wire rod mill Hot strip mill CRM (east) CRC(west) LD – 2 Misc plant Secondary product In transit West Bokaro Jamadoba
COAL MINESTata Steel has two collieries in West Bokaro and Jharia ,in the state of Jharkhand. While West Bokaro unit is open cast mines, the Jharia unit is underground. The coal mines are about 150 kms from steel plant at Jamshedpur and produce superior grades of clean coal. Tata Steel
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collieries use ‘SURPAC’, a state of the art software that estimates the volume of coal in every seam. This software is coupled with qualitative detailing that focuses on output consistenvy.To maximize the productivity and utilization, a voice and data equipped Global Positioning System is used which helps to supervise mining activity for machine movement and engine status. The collieries division is equipped with in house washeries, which use the beneficial process to separate coal from impurities. The dense Media Cyclone process utilized over here refines coal particles smaller than 13mm while froth Floatation cells processes coal below 0.5mm. Iron ore mining is integral part of steel making in Tata Steel Limited. It began with discovery of iron ore in 1903.Since then, it has been a long odyssey for Tata Steel mine’s division. The iron ore units are located in Noamundi , Joda and Katamandi in the state of Jharkhand and Orissa .The mineral ore is crushed, right sized and washed in- house at the site and transported to the steel works in Jamshedpur and to other customers.
MINING PRACTICES
Streamlined Processing:Over the years several modern methods of mining have been initiated here resulting in operational excellence. Some of these are:
Roof bolts as the main roof support system in underground operations. Introduction of universal drilling machines for face and roof drilling. Underground usage of Compressed Air drills for Roof bolting operations. Use of Roof Convergence Monitors for Strata control. Use of Screen Bowl centrifuges for dewatering of Fine Clean Coal. Use of PLC based washeries control system. Use of solid bowl centrifuges for dewatering of Tailing.
Maximizing EfficiencyThe West Bokaro Collieries have introduced several innovative practices to improve their operational efficiency. Some of these are:
Processing of weathered coal. Ripper to extract thin Seam. Commercial use of Shale.
Departments Related With Inventory1. Procurement 2. RMH3. Stores4. Finance Accounts5. Inventory control
Raw Materials are life blood for Tata-Steel. As we know that every organization wants to reduce their inventory level because there are number of costs which are directly or indirectly associated with level of inventory. As the level of inventory increases the associated cost like carrying cost, storage cost, maintenance cost etc, also increase and vice-versa.
INVENTORY PLANNING AT TATA STEEL
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Before reducing the inventory level company has to plan properly on the basis of past experience and future planning. Inventory planning is the integral part of inventory management program in Tata Steel. Amount of raw material required, stores and spare parts required is estimated on the basis of sales forecast and the production plan. The Sales forecast is done by Customer Service Department which take care of the sale of finished goods such as steel slabs, ingots etc.As per the production plan, in Tata-Steel it is called Annual Business Plan, which state that there would be a production of certain quantities for the required items. This ABP is based on cost accountancy and it takes into concentration all the related cost associated with the production of the goods.This ABP is circulated in the departments as HSM, CRM, LD#1,LD#2, Blast Furnace A-G, Tube Division of the Tata Steel. As per the inventory planning the budgeting for the raw materials and stores & spared parts is allocated.
INDUSTRY
OVERVIEW
Global Steel industry
The current global steel industry is in its best position in comparison to last decades. The price has been rising continuously. The demand expectations for steel products are rapidly growing for coming years. The shares of steel industries are also in a high pace. The steel industry is enjoying its 6th consecutive years of growth in supply and demand. And there is many more merger and acquisitions which overall buoyed the industry and showed some good results.
The subprime crisis has lead to the recession in economy of different countries, which may lead to have a negative effect on whole steel industry in coming years. However steel production and consumption will be supported by continuous economic growth.
The countries like China, Japan, India and South Korea are in the top of the above in steel production in Asian countries. China accounts for one third of total production i.e. 419m ton, Japan accounts for 9% i.e. 118m ton, India accounts for 53m ton and South Korea is accounted for 49m ton, which all totally becomes more than 50% of global production. Apart from this USA, BRAZIL, UK accounts for the major chunk of the whole growth.
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The world steel industry outlook is promising with production seen rising to 1.5 billion tonnes in 2009, up from 1.4 billion tones, in 2008. The future outlook for the worldwide steel industry is very good. Demand is also seen growing with apparent steel use expected to total 1.282 billion tonnes this year, up 6.7 percent from 2007, according to data from the International Iron and Steel Institute (IISI).
Brazil, Russia, India and China (BRIC) were leading growth with an expected increase of 11.1 per cent for 2008 and 10.3 percent for 2009. China's apparent steel use is expected to grow by over 10 percent in 2008 and by 10 percent in 2009. China accounted for 35 percent of the world total this year.
In the European Union a total of 210 million tonnes of steel were produced in 2007, up 1.6 percent from the previous year. World steel production capacity is seen increasing by nearly 19 percent between 2007 and 2010. The steel industry has undergone a few structural changes in the past 3-4 years. So, the outlook for the next few years is likely to be driven by the kind of consolidation that has taken place in the past few years. The other factor that is likely to affect outlook is the extent of demand emerging from BRIC countries.
In addition to these two major factors, a cost-push is coming from raw material suppliers. Hence, steel manufacturers have to contend with strong demand on one hand, and cost-push on the other. The outlook for the domestic industry looks bright, since India has good iron ore deposits skilled manpower and growing demand for steel. There is an apprehension that if China slows down, it may dump its surplus steel into India. An analysis of global data shows that even if an economy slows down, steel consumption does not fall dramatically.
In the case of China, a slowdown can mean that the growth rate may fall from 19-20% to a lower level. But that doesn‘t mean growth will not take place. China produced around 470 million tonnes (mt) of steel last year, out of which, 66 mt was exported and the rest was consumed within the country. The measures undertaken by the Chinese government recently will reduce exports significantly in the current year. There is also a change in the consumption pattern. For instance, if construction activity slows down, the consumption of white goods will pick up and demand for flat steel products will go up.
The new capacities coming up in China are on the flat products side and not on the long products side. Overall, the impact on the supply side will be less. Similarly, the cost of production is very high — it costs around $500 per ton to produce more than 100 mt of steel in China. Since the cost of production is very high and exports are not allowed, many of these plants will be closed down by ‘09-10.This will reduce the supply of steel.
There‘s a feeling that India doesn‘t have much iron ore, considering the recent capacity
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expansion plans of domestic and foreign steel companies in India.
There is a possibility that if we continue exporting iron ore, we may run out of reserves. Currently, we export 90-100 mt ever year and this is steadily increasing. Ideally, we should increase our steel production capacity — we are a net importer of steel — so that rather than
exporting iron ore, we can add value to it. India should also look at investing in exploring new mines.
Indian Steel Industry-An Overview
India has traditionally been one of the major producers of steel in the world. Till the 1990s the steel industry of India was regulated and controlled by government policies. After the economic reforms of the early 1990s, the Indian steel industry has evolved significantly to conform to India has set a vision to be an economically developed nation by 2020. The steel industry is expected to play a major role in India's economic development in the coming years. The steel industry of India has a very high growth potential and is expected to register significant growth in the coming decades. India is expected to emerge as a strong force in the global steel market in coming years.
Major aspects that are expected to play a significant role in the growth of the steel industry in India are -
Construction Housing Ground transportation
Hi-tech engineering industries such as power generation, petrochemicals, fertilizers The current scenario of the Indian steel industry indicates that there is huge growth potential in this industry. The per capita-consumption of steel in India, according to latest available estimates, is only 29 kg. This is much less compared to the global average of 140kg. The per capita consumption level of developed nations like the United States of America is 400kg. In this respect, one of the major initiatives that need to be taken is to focus on increasing the consumption of steel in the rural areas of India.
The potential for the growth of consumption of steel in the rural areas of India for purposes like rural housing, rural infrastructure, etc is high which needs to be tapped efficiently.
In order to realize the growth potential in the steel industry of India, it is essential to ensure that the industry can remain competitive. One of the major aspects in this regard is the availability of inputs. Shortage of inputs like coke has led to increase in costs earlier. Moreover proper infrastructure facilities like transport infrastructure, power etc are of prime importance in maintaining the competitiveness of the industry.
This has helped in the growth of Indian steel industry. The industry recorded the highest growth rate in the period from 2004-2005, when the growth rate of the steel sector was 4%. The increased consumption of the finished steel products in the domestic market acted as a positive catalyst in the growth process of the Indian steel industry. The favorable market
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condition has helped the companies operating in Indian steel industry to expand their operations and earn huge profit.India continually posts phenomenal growth records in steel production. In 1992India produced 14.33 million tones of finished carbon steels and 1.59 million tones of pig iron. Furthermore the steel production capacity of the country has increased rapidly since 1991-2008, India produced nearly 46.575 million tones of finished steels and 4.393 million of pig iron.
Both primary and secondary producers contributed their share to this phenomenal development, while these increases have pushed up the demand for finished steel at a very stable rate. In 1991, a substantial number of economic reforms were introduced by the Indian government. These reforms boosted the development process of a number of industries – the steel industry in India in particular – which has subsequently developed quite rapidly.
In 1992, the total consumption of finished steel was 14.84 million tones . In 2008, the total amount of domestic steel consumption was 43.925 million tones. With the increased demand in the national market, a huge part of the international market is also served by this industry. Today, India is in seventh position among all the crude steel producing countries. The top companies of the Indian steel sector mostly operate in four different forms like producers of pig iron, producers of stainless steel, producers of finished steel products, and producers of semi-finished steel. The companies functional in the steel industry of India are both public sector companies and private sector companies.
The rate of production of steel in India has been going up at a steady rate in the last few years. In the recent times Orissa and Jharkhand have been identified as the potential steel destinations of India - the ones that would provide the Indian steel industry with its necessary raw material. There are also a number of steel companies in India like Tata and Arcelor -Mittal that are either coming up or have established themselves as prominent forces in the world steel scenario.
In the recent years a number of major steel corporations of the world have come flocking to India to avail the benefits of the flourishing steel industry of India. The number of steel projects in India has increased as well and this implies that the number of companies lining up to participate in these projects would be increasing.
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COMPANY PROFILE
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Fig.4 Over view of TATA STEEL ( Source: Internet)
The TATA Iron and STEEL Company, formerly known as TISCO, began its production in
1911. It was the vision and foresight of Mr. Jamshedji Nusserwanji Tata, that on 27th
February, 1908, the first stake was driven into the soil of Sakchi. His vision helped Tata steel
overcome several period of adversity and strive to improve against all odd. He untiringly strove
to create an organization that could provide India with the strength to stand on its own feet.
Tata Steel is the world’s sixth largest steel company, with an annual crude steel capacity of 30
million tonnes per annum. It is the second largest private sector steel company in India in terms
of domestic production. Ranked 315th on fortune global 500, it is based in Jamshedpur,
Jharkhand, India.
It is part of TATA Group of companies in private sector with consolidated revenues of
Rs.1,32,110 cores and the net profit of over Rs12,350 cores, during the ended March 31st ,2008.
Its main plant is located at Jamshedpur in Jharkhand with its acquisition of Corus, Nat steel and
Millennium Steel it has become a multinational company with operations in various countries
The registered office of TATA STEEL is in Mumbai.
Tata steel Jamshedpur (India) works has a crude steel production capacity of 6.8 MTPA which
is slate to increase to10MTPA by 2011. The company also has proposed three Greenfield steel
project in the state of Jharkhand, Orissa and Chhattisgarh in India with additional capacity of
23 MTPA and a Greenfield project in Vietnam.
Through investments in Corus , millennium steel (renamed Tata steel Thailand ) and Nat steel
holdings, Singapore , Tata steel has created a manufacturing marketing network in Europe ,
south east Asia and the pacific –rim countries. Corus, which manufactured over 20 MTPA of
steel in 2008, has operations in the Netherlands, Germany, France, Norway and Belgium.
TATA STEEL Thailand is the largest producer of long steel products in Thailand, with a
manufacturing capacity of 1.7 MTPA. Tata steel has proposed a 0.5 MTPA mini blast furnace
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project in Thailand. Natsteel holdings produce about 2MTPA of steel products across its
regional operations in seven countries.
Tata steel has lined up a series of Greenfield projects in India and outside which includes:
a) 6 million tonnes plant in Orissa
b) 12 million tonnes plant in Jharkhand
c) 5 million tonnes plant in Chhattisgarh
d) 3 million tonnes plant in Iran
e) 6.8 million tonnes capacity expansion at Jamshedpur.
f) 4.5 million plant in Vietnam.
TATA STEEL, through its joint venture with Tata Blue Scope Steel ltd., has also entered the
steel building and construction applications market.
The iron ore mines and collieries in India give the company a distinct advantage in raw
material sourcing. Tata Steel is also striving towards raw materials security through joint
venture in Thailand, Australia, Mozambique, Ivory Coast and Oman. Tata Steel has signed an
agreement with Steel Authority of India Limited to establish a 50:50 joint venture company for
coal mining in India. Also Tata Steel has brought 19.9% stake in New Millennium Capital
Corporation, Canada for iron ore mining.
Fig.5 TATA STEEL General Office (Source: Internet)
CAPACITY
Tata Steel has set an ambitious target to achieve a capacity of 100 million tonne by 2015.
Managing Director B. Muthuraman stated that of the 100 million tonne, Tata Steel is planning
a 50-50 balance between greenfield facilities and acquisitions.
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Overseas acquisitions have already added up to 21.4 million tonne, which includes
Corus production at 18.2 million tonne, Natsteel production at two million tonne and
Millennium Steel production at 1.2 million tonne. Tata is looking to add another 29
million tonnes through the acquisition route
Tata Steel has lined up a series of greenfield project in India and outside which includes
1. 6 million tonne plant in Orissa (India)
2. 12 million tonne in Jharkhand (India)
3. 5 million tonne in Chhattisgarh (India)
4. 3-million tonne plant in Iran
5. 2.4-million tonne plant in Bangladesh
6. 5 million tonne capacity expansion at Jamshedpur (India)
7. 4.5 million tonne plant in Vietnam .
Vision & mission of tata steel
Vision:-We aspire to be the global steel industry benchmark for Value Creation and Corporate Citizenship.
We make difference through- Our PEOPLE- By fostering team work, nurturing talent,
enhancing leadership capability and acting with pace, pride and passion.
Our OFFER- By becoming supplier of choice, delivering premium products and services and creating value with our customers.
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Our INNOVATION APPROACH- By developing leading edge solution in technology, processes and products.
Our CONDUCT- By providing a safe working place, respecting the environment, caring for our communities and demonstrating high ethical standards.
Mission:-Consistent with the vision and values of the founder, Jamshetji Tata, Tata Steel strives to strengthen India’s industrial base through the effective utilization of staff and materials, the means envisaged to achieved this are high technology and productivity, consistent with modern management practices.Tata Steel recognizes that while honesty and integrity are the essential ingredients of a strong and stable enterprise, profitability provides the main spark for economic activity.Overall, the company seeks to scale the heights of excellence in all that it does in an atmosphere free from fears, and thereby reaffirms its faith in democratic values.
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BOARD MEMBERS
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MR.RATAN TATA- CHAIRMAN
MR.B. MUTHURAMAN- VICE CHAIRMAN
MR.ISHAAT HUSSAIN- COMPANY SECRETARY
MR. JACOBUS SCHRAVEN- BOARD MEMBER.
MR. ANDREW ROBB- BOARD MEMBER
MR. S.M. PALIA- BOARD MEMBER
MR. SURESH KRISHNA- BOARD MEMBER
DR. KARL-ULRICH KOEHLER- MANAGING DIRECTOR & CEO TATA STEEL EUROPE.
MR. H.M. NERURKAR- MANAGING DIRECTOR, TATA STEEL LTD.
MR. NUSLIN N. WADIA- BOARD MEMBER
TYPES OF PRODUCT
AGRICULTURAL IMPLEMENTSTATA STEEL manufactures superior quality agricultural implements through its Agrico
division from TATA high carbon Steel, after using a single piece by forging. The high
quality of the product makes them the 1st choice in agricultural equipment procurement
both in public and in private sector.
Fig.7 Agricultural implements (Source: Internet)
BEARINGA wide variety of bearing and auto assemblies are manufactured at TATA STEEL at its
bearing division with a production capacity of 30 million bearing division with a
production capacity of 30 million bearing numbers per annum. TATA bearing and auto
components happen to be the preferred choice of the key players in the targeted industry
segment.
Fig.8 Bearing (Source: Internet)
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FLAT PRODUCTGalvanized corrugated sheets under brand name TATA Shaktee has been consistently
delivering on its promises of longevity and strength TATA STEELUM, another product of
the plant product division happens to be the world’s 1st branded cold rolled steel and has a
strong presence in the retail segment through exclusive shops called Selenium zones.
LONG PRODUCTThermo Mechanically Treated (TMT). Rebar from the long Product Division are produced
under the brand name ‘Tiscon’ and are the 1st of its kind to have been introduced in India
Tiscon has been the 1st rebarin the country to be awarded the ‘super brand’ status in the
constant rebar category.
Fig.9 Long Products (Source: Internet)
PLANT AND EQUIPMENTMultidisciplinary engineering approach for design manufacture and supply of high
precision equipment is offered to various industry sector by TATA STEEL’s growth shop
division services include erection and commissioning of all types of equipment in plants
and industrial building in addition to a wide variety of jobs in matching and assembly.
Fig.10 Plant (Source: Internet)
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RAW MATERIALS
With a century of experience in sourcing raw material through scientific research and
development and sustainable mining, TATA STEEL’s three main areas of raw material,
operation are iron- ore, chromites and coal. The company’s long term strategy has been
designed to have greater control over raw material.
Fig.11 Raw Material (Source: Internet)
TURBO
Pipes manufactured by the company’s strategy business unit TATA TUBES, is the most
prominent brand in the industry today which is retailed through a wide distribution
network. A deeply thought out branding exercise was under taken in order to unleash the
power of the ‘TATA PIPES’ brand in the welded steel.
Fig.12 Turbo (Source: Internet)
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WIRES:
Steel wires under the brand name TATA Wiron compromise 30% of market share of the
organized wire market in India. A wide range of wires manufactured by TATA STEEL’s
wire division cater to the needs of the various industry segments such as automobiles,
infrastructure, power and general engineering.
Fig.13.TATA wires (Source: Internet)
TECHNOLOGY
A collaborative approach, cross-fertilization of better practices and technology absorption
through integration of processes have led to measurable results in the Tata Steel Group’s
performance in the direction of continuous improvement.
Fig.14. Molten Iron (Source: Internet)
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EAF (electric arc furnace)
The capital costs involved in EAF is lower as compared to BOF (Basic Oxygen Furnace).
Modern EAF has features such as high transformer capacity, Oxygen lances, Oxy – fuel
burners, coal injection system, bottom purge holes, water cooled boxes above the slag line,
water cooled roof, EBT (eccentric bottom tap hole), Charge hoppers with vibrators etc. to
improve productivity. To reduce the power consumption, hot DRI (directly reduced iron)
charging facility is available in modern furnaces.
EAF process uses predominantly scrap. DRI is used when the scrap is not available.
A new process, which is known as ‘CONARC’ has been developed by SMS- DEMAG. It
employs hot metal, scrap and DRI to different proportions as per their availability.
Fig.15. Liquid iron from the furnace (Source: Internet)
BOF (ld Process)
BOF is a very widely used0 process and does not require external heat, as the process
utilises the heat generated by the exothermic reactions during the melting operation. Hot
metal and scrap are used for melting. Oxygen is blown through a multi-hole lance to carry
out the refining operation. Modern converters have tueyers at the bottom through which
Argon or Nitrogen gas is purged.
Instrumentation in LD has improved for better productivity. Developments include better
multi-hole lances, improvement of blow profile by mathematical models, and use of Mag-
carb bricks to improve the lining life.
Some of the developments in steel making process at Tata Steel include a) Stack
temperature measurements, b) suitable flux practices, c) installation of sub lance, d)
Development of SMART lance, e) practices to avoid the converter slag in to steel ladle at
the time of tap, f) Auto alloy additions, g) bottom purging of steel ladle etc.
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Secondary refining technology for the production of special grade steels has been
introduced. This includes Ladle refining, CAS, Vacuum refining such as RH and Stream
Degassing, AOD and calcium treatment etc.
Continuous Casting Technology
Continuous casting technology has replaced ingot technology, resulting in higher yield and a
substantial increase in productivity and quality. Thin slab casting and strip casting have also
been developed to reduce overall CAPEX cost of steel production.
Hot Rolling Technology
Developments in Hot rolling technologies include:
Some of the advancements in slab reheating technology include a) development of high
capacity reheating furnaces,
b) development of heat models, c) walking beam concept for uniform heating, d)
atmosphere control (% Oxygen) during heating, e) multi fuel burners, f) development of
tunnel furnace technology etc.
Implementation of High performance descalers (Water pressure: 200 – 450 bar) for better
removal of furnace scale prior to rolling.
Instituting Vertical Edgers and short stroke hydraulic cylinders for better width control of
the finished product.
Development of Semi HSS and oil lubrication in improving the productivity and quality
performance of the roughing stand of the hot strip mill.
Fig.16 Hot rolling technology. (Source: Internet)
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Cold Rolling Technology
Developments in Cold Rolling technologies include:
Introduction of heat shield, edge heating by Induction heaters prior to finish rolling, semi
continuous rolling, coil box etc.
Some of the developments implemented in the finishing mill include:
o Continuously variable crown
o Roll bending / Roll shifting
o Mill lubrication to reduce the rolling load
o Use of HSS rolls for longer campaign life and better product surface quality
o Inter-strand cooling · Completely automated rolling with second level automation system
o Sophisticated measuring house for width, thickness and flatness control
o ROT cooling models
o Robust coilers for winding high strength steels
o CSP mills have been developed to roll wider / thinner gauge steels.
Surface Inspection System is present in hot strip mills to aid the inspection and quality
certification process Ferritic rolling is a process technology, which has been developed to
roll thin / soft quality grades.
Development of 6 HI mills for rolling coils with excellent shape control. These mills
achieve heavy reduction per pass (higher productivity) with good thickness and flatness
controls.
PLTCM (pickling line and Tandem Cold mill) converts hot rolled coils to cold rolls
continuously in a very short period of time. High Productivity and good quality are achieved
in these mills. The modern mills have auto shape and hydraulically controlled AGC (auto
gauge control).
PLTCM has UC (universal crown) crown to achieve better flatness. Work rolls and the
intermediate rolls are bent to obtain the desired roll gap profile.
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Developments in Pickling Technologies
Pickling facility is equipped with tension leveller to loosen the scale and improve the strip
shape prior to pickling. Hot hydrochloric acid is used to obtain complete removal of surface
scale of hot rolled coil prior to cold rolling. Some of the modern pickling lines use Turbo
pickling to hasten the scale removal.
Single stand reversing mills are available for the production level of 200 000 TPA. Typical
capacity of PLTCM is about 1.25 to 2.0 MTPA. The concept of twin stand mill has been
developed to meet the intermediate production capacity around 0.4 – 0.8 MTPA.
The rolling mills use rolling oils (stable / metastable / unstable) of different quality
depending on the mill design and product mix.
Modern pickling units are equipped with ARP (acid regeneration plant) to regenerate the
acid thereby reducing pollution.
Single stand reversing mills are available for the production level of 200 000TPA. Typical
capacity of PLTCM is about 1.25 to 2.0 MTPA. The concept of twin stand mill has got
developed to meet the intermediate production capacity around 0.4 – 0.8 MTPA.
The rolling mills use rolling oils (stable / metastable / unstable) of different quality
depending on the mill design and product mix.
Electrolytic cleaning line removes the rolling oil, which is present on the cold rolled surface.
The facility helps to achieve clean and bright surface after cold rolling.
Developments in Annealing Technologies:
There are two types of annealing – Batch Annealing and Continuous Annealing. Batch
Annealing is chosen when the volume involved per size is small (fragmented orders).
During annealing, a protective gas such as HNX (4-6% Hydrogen with balance nitrogen) or
100% Hydrogen is circulated between the coils and the protective cover to facilitate
annealing. Pure Hydrogen is preferred in modern annealing furnaces because of superior
heat transfer; higher annealing base productivity and good CR surface quality. Continuous
annealing line generally has capacity 0.50 – 1.0 MTPA. Because of higher productivity,
many integrated steel plants prefer continuous annealing. The mechanical properties and
surface quality of CR coils are good and consistent. If the CRM complex has PLTCM and
CAL, the hot rolled coil is converted into CR in less than one hour.
High strength steels can be produced by only CAL process.
Galvanising is a process by which the steel is coated by passing it through a molten zinc
bath. The coating thickness is controlled by wiping with air or nitrogen, when the strip
comes out of the zinc bath.
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Zinc coating on steel prevents the corrosion of iron by sacrificial protection (Cathodic
Protection).
Fig.17. Annealing Technology (Source: Internet)
BUSINESSS AREASThe activities of the enterprises promoted by TATA’s are classified into 12 sectors:
Metal and associated industries
Automobiles
Energy
Engineering
Chemical and Pharmaceuticals
Consumer products
Services
Agro industries
Information technical and communication
Exports and overseas operations
Finance
Constructions.
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COMPANY STRATERGY
Despite the current slowdown in consolidation within the global steel industry, mergers and
acquisitions remain a critically important business strategy for most corporate. Steel
analysts are expecting new wave of consolidation to take place in the next three years.
Global giants are re focussing on positive markets by applying their resources to the core
business where they are most needed. This creates opportunities to gain more market share
from competitors who diversify and spilt their focus. Acquisition and strategic alliances are
also critical to strengthen, refocus and position companies for increased growth and
profitability. The Tata Steel group is strongly pursuing its long term strategy for acquiring
and developing mining projects for its raw material security for iron ore and coking coal.
The group has been concentrating in the geographies that are logistically favourable with
respect to its plan in Europe and Asia.
CORPORATE OBJECTIVES EVA positive core business
Sustainable growth
Invest in attractive new business
Dives, merge, acquire
Move from commodities to brand
Value creating partnership with customers.
Value creating partnership with suppliers.
Continue to be the lowest cost producer of steel
Outsourcing strategically
Excel at TBEM
Manage knowledge
Improve the quality of life of employees.
Improve the quality of life of the communities we serve.
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TATA STEEL’S INTERNATIONAL VENTURES
1. Corus is Europe’s second largest steel producer. With main steelmaking operations in the UK and the Netherlands, Corus supplies steel and related services to the construction, automotive, packaging, mechanical engineering and other markets worldwide. Corus comprises three operating Divisions, Strip Products, Long Products and Distribution & Building Systems and has a global network of sales offices and service centres, employing around 37,000 people worldwide.
2. Headquartered in Bangkok, Tata Steel Thailand is a major steel producer in Thailand and is the largest producer of long steel products with a manufacturing capacity of 1.7 mtpa.
3. NatSteel Holdings is headquartered in Singapore and is a leading supplier of premium steel products for the construction industry. It became a 100% subsidiary of Tata Steel in February 2004. NSH produces about 2 MT of steel products annually across its regional operations.
4. Tata NYK Shipping Pte Limited is a Singapore based 50:50 joint venture between Tata Steel and Nippon Yusen Kabushiki Kaisha (NYK line), a Japanese shipping major.
5. Tata steel KZN South Africa proposes to set up high carbon ferrochrome plant in South Africa. The plant is slated to be commissioned by October 2007 with an annual production capacity of 135,000 tonnes during Phase I.
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SWOT ANALYSIS
Strengths:- LOW COST AND EFFICIENT LABOUR FORCE
STRONG MANAGERIL CAPABILITIES.
STRONGLY GLOBLISED INDUSTRY AND EMERGING
GLOBAL COMPETITIVENESS.
MODERN NEW PLANT.
STABLE BALABCE SHEET.
EXPERINCE OF TATA GROUP IN DOING.
WEAKNESS:- HIGH COST OF ENERGY.
HIGHER DUTIES AND TAXES.
DEPENDENCE ON IMPORTS FOR SALE.
MANUFACTURING EQUIPMENTS AND TECHNOLOGY.
OPPORTNITIES:- HUGE INFRASTRUCTURE DEMAND.
RAPID URBANIZATION.
INCREASING DEMAND FOR CONSUMERS DURABLES.
UNTAPPED RURAL DEMAND.
CONSILIDATION TREND IN STEEL INDUSTRY TO GET
EXPOSED TO THE GLOBAL STEEL MARKET.
THREATS:- SLOW GROTH IN INFRASTRUCTURE DEVELOPMENT.
MARKET FLUCTATION.
GLOBAL ECONOMY SLOW DOWN
THRETS TO HOSTILE TAKEOVER BY ITS COMPETITORS.
49 | P a g e
AWARDS AND ACHIEVEMENTS Tata Steel has won Golden Peacock Award for Corporate Social
Responsibility, march 2009
Tata Steel also won the ET award for the company of the year, Jamshedpur,
January 2009.
Tata Steel got the best Establishment Award by the president of India,
November 2008.
Tata steel also received Deming application Prize 2008
Tata Steel also won Make Asia Award for fifth time in October 2008.
The company was also recognised as the world’s best steel producer by the
world steel Dynamics in 2005. The company is listed in Bombay stock
exchange and National stock exchange.
TATA STEEL has backed 100 glorious years of experience in steel making.
Established in 1907, it is the first integrated steel plant in Asia and now in the
world’s second most geographically diversified steel producer and a Fortune
500 company.
TATA STEEL has a balanced global presence in over 50 developed European
and fast growing Asian markets, with manufacturing units in 26 countries.
MARKET SHARE OF TATA STEELAccording to Mr B Muthuraman MD of TATA Steel, better product quality and efficient
services are the reasons for TATA Steel's large market share in the country.
Mr Muthuraman told reporters that "India demand grew by 5.5% on quarter on quarter basis in
the first quarter. TATA Steel sold 20% more. So we actually took higher market share. It is
because of the product and service quality.”
He said that during the first quarter this fiscal, sales the firm's domestic operations rose from
1.15 million tonnes in the year ago period to 1.42 million tonnes. However, sales in monetary
terms came down to INR 5,554 crores in the period under review from INR 6,087 crore in the
first quarter of 2008-09 due to falling steel prices.
He said that there is a considerable scope to create value in steel by providing quality products
and quality service adding that focus on quality and branding resulted in rich dividends to the
company compared to other players.
50 | P a g e
GROWTH AND FUTURE PROSPECTS OF TATA STEEL
TATA Iron and Steel Company (Tata Steel), Asia's first and the country's largest integrated
private sector steel plant, is aiming to become a EVA positive company ahead of the three year
time frame that it had set for itself.
Stating this, Mr B. Muthuraman, Tata Steel, Managing Director, told Business Line here that
there has been good progress on the EVA front. "An awareness has been created on this issue,
costs were down and Tata Steel was now one of the lowest cost producers of hot rolled coils.''
Company sources said that with costs being brought down Tata Steel has one of the lowest
operating costs producing hot rolled coils at between $150 and $160 a tonne as against the Rs
154 per tonne cost of production of Pohang Steel of Korea.
It may be mentioned here that hot rolled products such as plates, sheets and coils are widely
traded all over the world because of their varied applications. Hence they are used as the
industry benchmark.
Mr Muthuraman said the company had launched several initiatives to reduce costs right from
the mining of coal to procurement of raw materials. Moreover, outsourcing of those activities
that do not form the core of Tata Steel's business was also progressing well. A.T. Kearney had
been appointed consultants for helping out the company with its efforts in this direction.
Beginning from this year, Tata Steel, one of India's most respected companies, embarked on its
journey to become an EVA positive company. EVA, or economic value addition (a relatively
new concept in the corporate world), is the difference between the return on net assets and the
weighted average cost of capital multiplied by the invested capital. Mr Muthuraman said that
there were only a handful of steel companies in the world who have a positive EVA and as of
now Tata Steel was not among them.
To become an EVA positive company Tata Steel would "mobilise all its resources and efforts
through value-based management that will help the company earn better returns than the cost
of capital. Company sources said that at the current level of investment, Tata Steel requires a
PBT of Rs 800 to Rs 1,000 crore to become EVA positive. Tata Steel expects to complete the
journey in about three years time. With the progress made in this direction in the last few
months it looks possible to achieve it ahead of the target.
51 | P a g e
Alongside its journey towards transforming itself from an EVA negative to a EVA positive
status, Tata Steel is laying special emphasis on another area — managing knowledge,
according to Mr Muthuraman.
Knowledge is being regarded in the 21st century as the fourth factor of production (the three
conventional ones being land, labour and capital).
The central theme of knowledge management is to leverage knowledge and reuse knowledge
resources that already exist in a company so that people seek out best practices rather than re-
invent the wheel.
Referring to the current year, the Tata Steel Managing Director said that production and market
reports were good and hot metal production would be more than the targeted amount. The
company had improved its product mix and would be selling more of branded products. To a
question on future growth areas, he said that entry into some non-steel areas was still being
probed. On acquisitions he said that the company as part of its EVA positive enterprise would
look out for acquisitions as a means to enhance shareholder value.
COMPETITORS
The major competitors of TATA STEEL are
SAIL,
JINDAL,
JSW STEEL ltd,
VISA STEEL ltd.,
Essar steel ltd,
Electro steel steels ltd.,
OCL iron and steel ltd.,
Techno craft Industries ltd.,
Gallantt Ispat ltd,
Steel Exchange India ltd.,
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FINANCIAL ANALYSIS OF TATA STEEL
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NET WORKING CAPITAL= CURRENTASSETS/CURRENT LIABILITIES
Table 1: NET WORKING CAPITAL ( in crores)
CURRENT ASSETS 2006-07 2007-08 2008-09 2009-10 2010-11
STORES & SPARES 505.44 557.67 612.19 623.76 716.18STOCK IN TRADE 1827.54 2047.31 2868.28 2453.99 3237.3SUNDRY DEBTORS 631.63 543.48 635.98 434.83 428.03INTEREST ACCURED ON INVESTMENT 0.2 0.2 0 0.29 0CASH AND BANK BALANCE 455.41 465.04 1590.6 3234.14 4141.54LOANS AND ADVANCES 3055.37 2452.58 4340.43 3628.28 9501.39TOTAL(A) 6475.59 6066.28 10047.48 10375.29 18024.44
CURRENT LIABILITY 2006-07 2007-08 2008-09 2009-10 2010-11
SUNDRY CREDITORS 3145.99 3243.42 2218.02 2572.94 3139.51SUBSIDIARY COMPANIES 102.61 115.74 1358.12 1514.3 1711.07INTEREST ACCRUED BUT NOT RECEIVED 47.11 231.05 506.68 676.66 679.31
198.28 226.03 297.37 334.99 293.84
29.21 39.02 34.91 40.49 42.54PROVISION FOR RETIRING GRATUITIES 49.31 0 0 0 0PROVISION FOR EMPLOYEES BENEFITS 470.19 848.54 1143.08 1127.5 1601.75PROVISION FOR TAXES 448.68 854.74 493.95 507.13 791.29PROVISION FOR FRINGE BENEFITS 18.37 19.12 19.12 2.12 3.88PROPOSED DIVIDENDS 943.91 1191.12 1278.4 709.77 1151.06TOTAL(B) 5453.66 6768.78 7349.65 7485.9 9414.25
NET WORKING CAPITAL 1021.93 -702.5 2697.83 2889.39 8610.19
ADVANCES RECEIVED FROM THE CUSTOMER
LIABILITY TOWARDS INVESTORS EDUCATION & PROT FUND
Graph 1: NET WORKING CAPITAL:
54 | P a g e
-10000
100020003000400050006000700080009000
1021.93
-702.5
2697.83 2889.39
8610.19
NET WORKING CAPITAL
NET WORKING CAPITAL
2007 2008 2009 2010 2011
INTERPRETATION
Net working capital refers to the excess of current asset over the current liabilities. In the five
years, we can see highly fluctuating figures of net working capital. In the year 2007 the net
working capital is moderately low but positive. But in the year 2008, the figure falls and becomes
negative. This is because of fall in the amount of loans and advances by almost 500 crores. In the
subsequent years, the net working capital becomes positive and also improves. In 2011 the net
working capital increases to 8610.19 which is a good sign for the company. The increase is
majorly due to increase in inventories, loans and advances and cash and bank balances.
55 | P a g e
Table 2: CHANGES IN WORKING CAPITAL
CHANGES IN WORKING CAPITALCURRENT ASSETS 2007-08 2008-09 2009-10 2010-11STORES & SPARES 10.33357 9.776391 1.889936 14.8166STOCK IN TRADE 12.02545 40.09994 -14.4438 31.91985SUNDRY DEBTORS -13.956 17.01995 -31.6284 -1.56383INTEREST ACCURED ON INVESTMENT 0 -100 0 -100CASH AND BANK BALANCE 2.114578 242.0351 103.3283 28.05692LOANS AND ADVANCES -19.7289 76.97404 -16.4074 161.8704TOTAL(A) -6.32081 65.62836 3.262609 73.72469
CURRENT LIABILITYSundry creditors 3.096958 18.47926 6.346187 15.52421subsidiary companies 12.79602 1073.423 11.49972 12.99412interest accrued but not due 390.4479 119.2945 33.5478 0.391629advances received from the customer 13.99536 31.56218 12.65091 -12.2839liability towards investor education & prot fund 33.58439 -10.5331 15.98396 5.062979provision for retiring gratuities -100 0 0 0provision for employee benefits 80.46747 34.71139 -1.36298 42.06208provision for taxes 90.50103 -42.2105 2.668286 56.03297provision for fringe benefits 4.082744 0 -88.9121 83.01887proposed dividends 26.19 7.327557 -44.4798 62.17366TOTAL(B) 24.11445 32.58534 0.280798 22.18096
Graph 2: CHANGES IN NET WORKING CAPITAL
-300.000
-200.000
-100.000
0.000
100.000
200.000
300.000
400.000
500.000
-168.742
-252.750
28.200
410.920
Changes in Net working capital
Net working capital
2007-08 2008-09 2009-10 2010-11
INTERPRETATION
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The net working capital of TATA STEEL falls in the year 2008 and 2009 by around 49%. This indicates poor working capital management of the company. The fall is basically due to increase in the provisions in the two years. In the year 2009, the net working capital increases and becomes positive indicating improved working capital management. 2011 shows high raise in the net working capital. The raise is due to increase in inventories, cash and bank balances and loans and advances. This is a indication of improved working capital management strategies of TATA STEEL.
LIQUIDITY MEASUREMENT RATIO
CURRENT RATIO= CURRENT ASSETS/ CURRENT LIABILITY
Table 3: CURRENT RATIO:
( in crores)
PARTICULARS 2011 2010 2009 2008 2007CURRENT ASSET 18024.44 10375.29 10047.48 6066.28 6475.59CURRENT LIABILITY 10995.81 8999.61 8974.41 6768.78 5453.66CURRENT RATIO 1.64 1.15 1.12 0.90 1.19
Graph 3: CURRENT RATIO
0.00
0.20
0.40
0.60
0.80
1.00
1.20 1.12 1.15 1.12
0.90
1.19
CURRENT RATIO
CURRENT RATIO
2011 2010 2009 2008 2007
INTERPRETATION
As per the conventional rule, the current ratio of 2:1 is said to be ideal for any company. In 2007-2008, it has decreased by 24.36% due to decrease in current assets as well as increase in current liabilities, which is not a good sign. Contrary to this, the ratio increased by 24.4% in 2008-2009, 2.67% in the year 2009-2010 and by 42.60 % in 2010-2011.this shows that the company is trying to get upto the standard of 2:1 ratio and is achieving a good position.
Table 4: ABSOLUTE RATIO:
ABSOLUTE RATIO= CASH &BANK/ CURRENT LIABILITY
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( in crores) PARTICULARS 2011 2010 2009 2008 2007CURRENT LIABILITY 10995.81 8999.61 8974.41 6768.78 5453.66CASH AND BANK 4141.54 3234.14 1590.6 465.04 7681.35ABSOLUTE RATIO 0.38 0.36 0.18 0.07 1.41
Graph 4: ABSOLUE RATIO
0.00
0.50
1.00
1.50
2.00
2.50
0.65 0.55 0.54
0.22
2.08
ABSOLUTE RATIO
ABSOLUTE RATIO
2011 2010 2009 2008 2007
INTERPRETATION
Absolute liquid ratio was quite high in the year 2006-2007 but in the following years the ratio decreased considerably. The fall was due to increase in current liability as well as decrease in fall in cash balance of TATA STEEL, which indicates that the company maintains low cash balance for the company.
58 | P a g e
ACID TEST RATIO= CURRENT ASSETS-INVENTORIES/CURRENT LIABILITY
Table 5: ACID TEST RATIO:
( in crores)PARTICULARS 2011 2010 2009 2008 2007CURRENT LIABILITY 10995.81 8999.61 8974.41 6768.78 5453.66CASH AND BANK 4141.54 3234.14 1590.6 465.04 7681.35
ACID TEST RATIO 0.38 0.36 0.18 0.07 1.41
Graph 5:ACID TEST RATIO
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40 1.34
0.880.80
0.59
0.85
ACID TEST RATIO
ACID TEST RATIO
2011 2010 2009 2008 2007
INTERPRETATION
A quick ratio of 1:1 is considered favorable for a company. TATA STEEL In 2007-2008, quick ratio has decreased by 30.58% which is not a favorable condition as compared to the previous year. In 2008-2009 the ratio has increased by 35.59%, 10% in 209-2010 and by 52.2% in the year 2010-2011. In 2010-2011 the ratio has crossed the standard of 1:1 which is a good sign for the company. This increase in quick ratio was due to increase in liquid assets and the reason behind this increase was increase in value of stock as compared to previous year.
59 | P a g e
PROFITABILITY MEASUREMENT RATIO:
GROSS PROFIT RATIO= (GROSS PROFIT/NET SALES)*100
Table 6: GROSS PROFIT RATIO
( in crores)
PARTICULARS 2011 2010 2009 2008 2007
GROSS PROFIT 11085.6 9121.89 8854.62 8244.68 6930.64NET SALES 29396.35 25021.98 24315.77 19693.28 17552.02G.P RATIO 37.71 36.46 36.42 41.87 39.49
Graph 6: GROSS PROFIT RATIO
33.00
34.00
35.00
36.00
37.00
38.00
39.00
40.00
41.00
42.00
37.71
36.46 36.42
41.87
39.49
GROSS PROFIT RATIO
GROSS PROFIT RATIO
2011 2010 2009 2008 2007
INTERPRETATION
The years 2006-2007, 2007-2008 shows high gross profit a ratio which falls in the following years. In the year 2007-2008, the increase is by 6.02% .where as in the year the ratio falls by 13.04% and continues to be low in the following years. In spite of increase in the gross profit, the ratio falls because the total amount of sales also increases.
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NET PROFIT RATIO= (NET PROFIT/NET SALES)*100
Table 7: NET PROFIT RATIO
( in crores)PARTICULARS 2011 2010 2009 2008 2007NET PROFIT 6865.69 5046.8 5201.74 4687.03 4222.15NET SALES 29396.35 25021.98 24315.77 19693.28 17552.02N.P RATIO 23.36 20.17 21.39 23.80 24.06
Graph 7: NET PROFIT RATIO
18.00
19.00
20.00
21.00
22.00
23.00
24.00
25.00
23.36
20.17
21.39
23.8024.06
NET PROFIT RATIO
NET PROFIT RATIO
2011 2010 2009 2008 2007
INTERPRETATION
The net profit ratio decreases by 1.08% in the year 2007-2008, by 10.1% in 2008-2009 and by 5.70% in 2009-2010. But in the year 2010-2011 the ratio increases by 15.81% which indicates a high proportionate increase in net profit as compared to the last 4 years.
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OPERATING PROFIT= (OPERATING PROFIT/NET SALES)*100
Table 8: OPERATING PROFIT
( in crores)
PARTICULARS 2011 2010 2009 2008 2007OPERATING PROFIT 3421.78 2324.56 2632.43 3091.42 1271.37
NET SALES 29396.35 25021.98 24315.77 19693.28 17552.02O.P RATIO 11.64015 9.290072 10.82602 15.69784 7.24344
Graph 8: OPERATING PROFIT RATIO
0
2
4
6
8
10
12
14
16
11.64
9.29
10.83
15.70
7.24
O.P RATIO
O.P RATIO
2011 2010 2009 2008 2007
INTERPRETATION
The operating profit ratio increases by 6.27% in the year 2007-2008, but it falls by 9.84% in 2008-2009, by 5.69% in the year 2009-2010. There is a positive change (increase) in the year 2010-2011 by 6.77%. Although the sales are increasing, the proportionate increase in operating profit is much more in 2010-2011.
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TURNOVER RATIO
Table 9: DEBTORS TURNOVER RATIO
( in crores)
DEBTORS TURNOVER RATIO= (NET SALES/ AVERAGE DEBTORS)
PARTICULARS 2011 2010 2009 2008 2007
NET SALES 29396.35 25021.9824315.7
7 19693.28 17552.02AVG DEBTORS 431.43 535.41 589.73 587.56 577.022Debtors Turnover Ratio 68.14 46.73 41.23 33.52 30.42
Graph 9: DEBTORS TURNOVER RATIO
0
10
20
30
40
50
60
70 68
4741
3430
DEBTORS TURNOVER RATIO
DEBTORS TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
This ratio finds out how faster debts are being collected, so higher the ratio better is the debtor turnover. The above chart and table of Tata steel ltd. shows that the debtors turnover ratio is constantly increasing over the years by 13.3%, 20.5%, 14.6%, 44.6% in the year 2007-08,2008-09,2009-10,2010-11 respectively. In 2010-11, the sales has increased but the debtor has decreased, this shows that Tata Steel has concentrated more on cash sales and this has resulted in an increase in the ratio, which is very good sign for further short term investment or for purchasing stocks.
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CREDITORS TURNOVER RATIO= (CREDIT PURCHASE/ AVERAGE DEBTORS)
Table 10: CREDIOTORS TURNOVER RATIO
( in crores)
PARTICULARS 2011 2010 2009 2008 2007NET CREDIT PURCHASE 10606.47 9346.33 9581.46 6852.49 6417.97AVERAGE CREDITORS 2856.23 2395.48 2730.72 3194.7 2840.01
CREDITORS TURNOVER RATIO 3.71 3.90 3.51 2.14 2.26
Graph 10: CREDITORS TURNOVER RATIO
0
0.5
1
1.5
2
2.5
3
3.5
4 3.713.9
3.51
2.14 2.26
CREDITORS TURNOVER RATIO
CREDITORS TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
Any business firm purchases raw materials on credit from its suppliers. Creditor’s turnover ratio denotes that in how quickly a company is able pay back its suppliers. So higher the Creditors turnover ratio better it is for the manufacturing company as well as the supplier, as they can maintain a better relationship between them. The above chart and table shows that Tata steel maintains a poor creditor’s turnover ratio. This means that company’s credit worthiness is not favorable. But on the contrary we can say that Tata steel is taking full advantage of the credit facilities given to them by their suppliers. At the same time being a huge brand they have also maintained a healthy relationship with their suppliers.
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FIXED ASSETS TURNOVER RATIO= (NET SALES/ FIXED ASSETS)
Table 11:FIXED ASSET TURNOVER RATIO
( in crores)
PARTICULARS 2011 2010 2009 2008 2007NET SALES 29,396.35 25021.98 24315.77 19693.28 17552.02FIXED ASSET 18774.48 16006.03 14482.22 12623.56 11040.56F.A TURNOVER RATIO 1.57 1.56 1.68 1.56 1.59
Graph 11: FIXED ASSET TURNOVER RATIO
1.45
1.5
1.55
1.6
1.65
1.7
1.571.56
1.68000000000001
1.56
1.59
F.A TURNOVER RATIO
F.A TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
This ratio shows how effectively company uses its fixed asset to generate sales. The above chart and table of Tata steel ltd. shows that fixed asset ratio is decreased in the year 2007-08 by 1.88%, then increased in the year 2008-09 by 7.69%,then decreased in 2009-10 by 7.14% and in the year 2010-11 it increase by 0.64%.Though there is fluctuation in the ratio but there is slight changes every year. We can see from the table that there is increase in net sales as well as fixed assets. Inspite of this increase in sales is not in proportion to the increase in fixed assets.
WORKING CAPITAL TURNOVER RATIO= (NET SALES/ NET WORKING CAPITAL)
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Table 12: WORKING CAPITAL TURNOVER RATIO
( in crores)
PARTICULARS 2011 2010 2009 2008 2007NET SALES 29,396.35 25021.98 24315.77 19693.28 17552.02NET W.C 7028.63 1375.68 1073.07 -702.5 1022.29W.C TURNOVER 4.18 18.19 22.66 -28.03 17.17
Graph 12: WORKING CAPITAL TURNOVER RATIO
-30.00
-20.00
-10.00
0.00
10.00
20.00
30.00
4.18
18.1922.66
-28.03
17.17
WORKING CAPITAL TURNOVER RATIO
WORKING CAPITAL TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
This ratio indicates the velocity of the utilization of net working. In 2006-07 the ratio is 17.17
times which is good. But in 2007-08 there is a decrease of 263.25% due to negative net
working capital. But in 2008-09 it has increased by180.4% due to increase in cash, stocks and
loans and advance. But again in 2009-10 the ratio has decreased by 19.72%, while the sales and
working capital both have increased as compared to previous year. In 2010-10 the ratio falls
greatly by 77.02% but remains positive. This indicates that Tata steel needs to pay attention
towards its working capital management.
CURRENT ASSET TURNOVER RATIO= (NET SALES/ CURRENT ASSETS)
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Table 13: CURRENT ASSET TURNOVER RATIO
( in crores)
PARTICULARS 2011 2010 2009 2008 2007CURRENT ASSET 18024.44 10375.29 10047.48 6066.28 6475.59NET SALES 29,396.35 25021.98 24315.77 19693.28 17552.02C.A TURNOVER RATIO 1.63 2.41 2.42 3.25 2.71
Graph 13: CURRENT ASSET TURNOVER RATIO
0
0.5
1
1.5
2
2.5
3
3.5
1.63
2.41 2.42
3.25
2.71
C.A TURNOVER RATIO
C.A TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
This ratio shows how effectively company uses its current asset to generate sales. The above
chart and table shows that there is increase in current asset ratio by 19.93% in the year 2007-
08.In the year 2008-09 we can see in the table that there is increase in both net sales as well as
current asset but still there is decrease in the ratio by 25.54% due to inefficient use of current
asset to generate sales. In the year 2009-10 there is no change in current ratio. Again in 2010-
11 there is decrease in the ratio by 32.37%.this indicates that Tata Steel need to pay attention to
its current ratio.
INVENTORY TO WORKING CAPITAL = INVENTORY/WORKING CAPITAL
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Table 14: INVENTORY TO WORKING CAPITAL
( in crores)
PARTICULARS 2011 2010 2009 2008 2007INVENTORY 3237.58 2453.99 2868.28 2047.31 1827.54WORKING CAPITAL 7028.63 1375.68 1073.07 -702.5 1022.29RATIO OF INVENTORY TO WORKING CAPITAL 0.46 1.78 2.67 -2.91 1.79
Graph 14: INVENTORY TO WORKING CAPITAL
-3.00
-2.00
-1.00
0.00
1.00
2.00
3.00
0.46
1.78
2.67
-2.91
1.79
RATIO OF INVENTORY TO WORKING CAPITAL
RATIO OF INVENTORY TO WORK-ING CAPITAL
2011 2010 2009 2008 2007
INTERPRETATION
In order to ascertain that there is no over stocking, the ratio of inventory to working capital is calculated. According to the standard norm Inventory to working capital ratio is 1:1. There has been irregular rise and fall in the ratio. The major reason behind this is sporadic changes in the working capital of Tata steel.
DEFENSIVE INTERVAL RATIO=Absolute Liquid Assets/Daily cash requirement
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Table 15: DEFENSIVE INTERVAL RATIO
( in crores)
PARTICULARS 2011 2010 2009 2008 2007ABSOLUTE LIQUID ASSETS 7141.33 4953.37 4859.93 1492.88 11364.92PROJECTED DAILY CASH REQUIREMENT 11.50 8.98 4.42 1.29 21.34DEFENSIVE INTERVAL RATIO 620.75 551.37 1099.95 1155.68 532.64
Graph 15: DEFENSIVE INTERVAL RATIO
0.00
200.00
400.00
600.00
800.00
1000.00
1200.00
620.75 551.37
1099.95 1155.68
532.64
DEFENSIVE INTERVAL RATIO
DEFENSIVE INTERVAL RATIO
2011 2010 2009 2008 2007
INTERPRETATION:-
The defensive interval ratio is quite good throughout the five years. TATA STEEL has high absolute liquid asset and moderate daily projected cash requirement due to which the company is able to maintain high defensive interval ratio.
TOTAL ASSETS TURNOVER RATIO=Net Sales/Total Assets
Table 16: TOTAL ASSETS TURNOVER RATIO
( in crores)
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PARTICULARS 2011 2010 2009 2008 2007NET SALES 29396.35 25021.98 24315.77 19693.28 17552.02TOTAL ASSETS 78555.91 64232.78 58741.77 47075.52 25597.50TOTAL ASSETS TURNOVER RATIO 0.37 0.39 0.41 0.42 0.69
Graph 16: TOTAL ASSETS TURNOVER RATIO
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
TOTAL ASSETS TURNOVER RATIO
TOTAL ASSETS TURNOVER RATIO
INTERPRETATION
The Total assets turnover ratio examines how efficient a company uses its assets to generate sales. There has been a fall in the ratio in the five years which is not a good sign. There are been a constant increase in the Total Assets of the company throughout the year. But Net sales do not increase in the same proportion.
INVENTORY RATIOS
INVENTORY CONVERSION PERIOD This ratio shows that in how many days’ inventories are converted into net sales and generates revenue for the company.
Table 17: INVENTORY CONVERSION PERIOD
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( in crores)
PARTICULAR 2011 2010 2009 2008 2007CLOSING INVENTORY 3237.58 2453.99 2868.28 2047.31 1827.54
SALES 29396.35 25021.98 24315.77 19693.28 17551.09
INVENTORY CONVERSION PERIOD 40.20 35.80 43.06 37.95 38.01
INVENTORY CONVERSION PERIOD=(INVENTORY/SALES)*365
Graph 17: INVENTORY CONVERSION PERIOD
0
5
10
15
20
25
30
35
40
4540.19
35.79
43.05
37.94 38.006
INVENTORY CONVERSION PERIOD
INVENTORY CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
The inventory conversion period shows how efficiently inventory is converted into sales. Smaller the Inventory Conversion Period better is the company’s performance. In 2007-2008,it has decreased by 0.16% further In 2008-2009 it has increased 13.47% ,in the year 2009-2010 decreased by 16.86% and in 2010-2011 increased by 12.2%,.This ratio establishes the relationship between sales with average stock. Therefore the company should make an attempt to increase its sales in order to minimize its inventory conversion cost.
Stores and spare part index
This ratio shows the index of spare parts, which are used to fixed assets.
Table 18: STORES AND SPARES PART INDEX
( in crores)
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PARTICULARS 2011 2010 2009 2008 2007STORES & SPARE PARTS 716.18 623.76 612.19 442.66 505.44
NET BLOCK FIXED ASSET 18774.48 16006.03 14482.22 9865.05 11040
STORES AND SPARES PART INDEX 3.81 3.90 4.23 4.49 4.58
SPARES PART INDEX=(STORES & SPARE PARTS/NET BLOCK FIXED ASSET)*100
Graph 18: STORES AND SPARES PART INDEX
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
5
3.81 3.894.22 4.48 4.57
STORES AND SPARES PART INDEX
SPARES PART INDEX
2011 2010 2009 2008 2007
INTERPRETATION
The ratio shows the index of spare parts, which are used for fixed asset. . The ratio is quite high in 2006-2007. But it falls over the 5 years, which is a good sign. The company should try to maintain the ratio below 4 times. The company should always make an attempt to reduce the use of Fixed Asset so that the expense is reduced. In 2010-2011 it has been decreased by 2.05% as compared to 7.81% in 2009-2010.
Stock turnover ratioEvery firm has to maintain a certain level of inventory of finished goods so as to be able to meet the requirement of the business. But the level of inventory should neither be too high nor too low.The stock turnover ratio measure the number of times a company sells its inventories during the year.
Table 19: STOCK TURNOVER RATIO
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( in crores)
PARTICULARS 2011 2010 2009 2008 2007COST OF GOODS SOLD 19619.5 17807.68 17000.16 12641.08 11290.37AVG STOCK 2845.78 2661.13 2457.8 1937.43 1779.82
STOCK TURNOVER RATIO 6.89 6.69 6.92 6.52 6.34
STOCK TURNOVER RATIO=COST OF GOODS SOLD /AVG STOCK
Graph 19: STOCK TURNOVER RATIO
6
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
7
6.89
6.69
6.91
6.526.34
STOCK TURNOVER RATIO
STOCK TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
A low ratio indicates speedy conversion of stocks to cost of goods sold or sale. From the above table, we can see that there has been almost a consistent increase in the stock turnover ratio of TATA STEEL. This is a good sign for the company as it indicates that high conversion period leads increased sales and thus increases the profitability of the firm.
Finished goods to current assetThe ratio indicates the percentage of finished goods in the current asset of the company. Finished goods are such a component of the current assets which can be easily converted into cash.Table 20: FINISHED GOODS TO CURRENT ASSET
( in crores)
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FINISHED GOODS TO CURRENT ASSETS=FINISHED GOODS /CURRENT ASSETS*100
PARTICULARS 2011 2010 2009 2008 2007FINISHED GOODS 1392.51 1141.4 1361.85 1074.27 1078.08CURRENT ASSET 18024.44 10375.29 10047.48 6066.28 6475.59FINISHED GOODS TO CURRENT ASSET 7.73 11.00 13.55 17.71 16.65Graph 20: FINISHED GOODS TO CURRENT ASSET
0
2
4
6
8
10
12
14
16
18
7.7311
13.55
17.71 16.65
FINISHED GOODS TO CURRENT ASSET
FINISHED GOODS TO CURRENT ASSET
2011 2010 2009 2008 2007 2007
INTERPRETATION
Ratio of current asset with finished goods has reduced over the years because of increase in sales of the company. The amount received from the sales was used to make day to day investment in the firm to carry out the operation process. It is a good sign for the company. It has shown increase in 2007-2008 by 6.36%, in 2010-11 it has reduced by 29.72% and in all the years the graph showed the downward movement.
Raw material to current asset:
This ratio indicates the percentage of raw material in the current asset of the Company.Table 21: RAW MATERIAL TO CURRENT ASSET
( in crores)
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RAW MATERIAL TO CURRENT ASSET =RAW MATERIAL(Closing)/CURRENT ASSETPARTICULARS 2011 2010 2009 2008 2007
RAW MATERIAL CLOSING 1763.88 1153.94 1433.26 901.56 720.52
CURRENT ASSET 18024.44 10375.29
10047.48
6066.28
6475.59
RAW MATERIAL TO CURRENT ASSET 0.10 0.11 0.14 0.15 0.11
Graph 21: RAW MATERIAL TO CURRENT ASSET
0.00
0.02
0.04
0.06
0.08
0.10
0.12
0.14
0.16
0.100.11
0.14 0.15
0.11
RAW MATERIAL TO CURRENT ASSET
RAW MATERIAL TO CURRENT ASSET
2011 2010 2009 2008 2007
INTERPRETATION
The Ratio Raw Material to Current Assets has been reduced over years because of increase in sales of the company. The raw material gets converted into finished goods and these finished goods are sold immediately. So the amount received from the sales is used to make day to day investment in the firm to carry out the operation process. It is a good sign for the company. It has shown increase in 2007-2008 by 33.5%, in 2010-11 it has reduced by 12.01% and in all the years the graph has shown downward movement.
Raw material conversion periodThis ratio states that how much time (in terms of days) raw materials have to spent in stores before sending to the production department for work-in-progress. High raw material holding period indicates greater ability of company to recover cost incurred in production. Less raw material holding period means increasing warehousing cost and thus less profit.
Table 22: RAW MATERIAL CONVERSION PERIOD
( in crores)
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PARTICULARS 2011 2010 2009 2008 2007OPENING STOCK 1153.94 1433.26 901.56 720.52 707.54CLOSING STOCK 1763.88 1153.94 1433.26 901.56 720.52AVERAGE STOCK 1458.91 1293.6 1167.41 811.04 714.03TOTAL RAW MATERIALS 6244.01 5494.74 5709.91 3429.52 3121.46RAW MATERIAL CONVERSION PERIOD 85.28 85.93 74.63 86.32 83.49
RMCPERIOD=AVG STOCK OF RAW MATERIAL/TOTAL RAW MATERIAL CONSUMED*365
Graph 22: RAW MATERIAL CONVERSION PERIOD
64.00
72.00
80.00
88.00 85.28 85.93
74.63
86.32
83.49
RAW MATERIAL CONVERSION PERIOD
RAW MATERIAL CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
From the above table we can see that raw material conversion period of TATA STEEL is quite high throughout the five years. Although the conversion period falls in the year 2009-2010, it increases further in the preceding years. This is not a good sign as the raw material conversion period increases, the storing cost also increases. Hence the company should try to reduce the raw material conversion period.The raw material holding period is the lowest in the year 2008-09. The reason is the huge increase in the amount of raw materials consumed. This 70% increase is mainly due to higher prices of coal and coke and also due to higher production resulting from the commissioning of ‘H’ Blast furnace as well as other facilities and operational improvements. Increase in the prices of Ferro alloys also contributed to the increase in raw materials consumed. There is a sudden decrease in the amount of raw material consumed driven primarily by non-usage of imported coke, which led to increase in the raw material holding period.
Finished goods conversion period
It refers to the time in which the finished goods are converted into Sale or in other way we can say that the time period between production and sales when the finished goods are kept in the ware house before the actual sale is made.
Table 23: FINISHED GOODS CONVERSION PERIOD
( in crores)
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FINISHED GOODS CONVERSION PERIOD=AVG STOCK OF FINISHED GOOD/C0S*365PARTICULARS 2011 2010 2009 2008 2007OPENING STOCK 1141.4 1361.85 1074.27 1078.08 1000.6CLOSING STOCK 1392.51 1141.4 1361.85 1074.27 1074.27
AVG STOCK OF FINISHED GOODS 1266.955 1251.625 1218.06 1076.175 1037.27COST OF GOODS SOLD 11232.53 12641.05 17000.2 17807.68 11290.37FINISHED GOODS CONVERSION PERIOD 41.17 36.14 26.15 22.06 33.53Graph 23: FINISHED GOODS CONVERSION PERIOD
0
5
10
15
20
25
30
35
40
45
41.1636.13
26.1522.05
33.53
FINISHED GOODS CONVERSION PERIOD
FINISHED GOODS CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
The finished goods holding period is the highest in the year 2010-11. It is the signal of inefficiency. There is poor sales and liquidity position whereas the finished goods holding period is the lowest in the year 2007-2008 due to efficient sales policies adopted by the company and the demand is met efficiently. It signifies better liquidity position of the company in 2007-2008 as compared to 2010-2011.
Work in progress conversion period:This indicates the speed with which the company is converting its work in progress into finished goods. If the work in progress conversion period increase it means the company is taking more time to convert it into finished goods i.e., production is delayed. Lesser the work in progress holding period lesser will be the blockage of company’s fund in the production process.
Table 24: WORK IN PROGRESS CONVERSION PERIOD
( in crores)
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PARTICULARS 2011 2010 2009 2008 2007OPENING STOCK 158.65 73.17 71.48 28.94 23.93CLOSING STOCK 81.19 158.65 73.17 71.48 28.93AVG STOCK OF WIP 119.92 115.91 72.325 50.21 26.44COST OF PRODUCTION 19189.59 17412.01 16428.44 12414.18 11555.46WIP CONVERSION PERIOD 2.28 2.43 1.61 1.48 0.84
WORK IN PROGRESS CONVERSION PERIOD=(AVG STOCK OF WIP*365)/COP
Graph 24: WORK IN PROGRESS CONVERSION PERIOD
0
0.5
1
1.5
2
2.5
2.280
2.42
1.60 1.47
0.83
WIP CONVERSION PERIOD
WIP CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
In the year 2007, we can see that the WIP conversion period is less than a day. Which is a good sign indicating that the Work in progress is converted to finished goods is less time. Over the five years, the conversion period increases. This is not a good sign and indicates reduced efficiency of the company. The major reason can be increase in stock of finished goods.The work in progress is the lowest in the year 2006-07, which shows that there is lot of increase in the demand of steel products( long and flat products)in India due to increase in the infrastructure activities. Huge amount of raw materials are processed into the finished goods.
OPERATING CYCLE
Table 25:OPERATING CYCLE
( in crores)
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Year 2011 2010 2009 2008 2007RAW MATERIAL CONVERSION PERIOD =
Opening stock of Raw Materials 1153.94 1433.26 901.56 720.52 707.54Closing stock of Raw Materials 1763.88 1153.94 1433.26 901.56 720.52Average Stock of Raw Materials 1458.91 1293.60 1167.41 811.04 714.03Total raw material consumed 6244.01 5494.74 5709.91 3429.52 3121.46RMCP(days) 85.28 85.93 74.63 86.32 83.49WORK IN PROGRESS CONVERSION PERIOD =
Opening stock of WIP 158.65 73.17 71.48 28.94 23.93Closing stock of WIP 81.19 158.65 73.17 71.48 28.94Average Stock of WIP 119.92 115.91 72.33 50.21 26.44Cost of production 19189.59 17412.01 16428.44 12414.18 11555.46WIPCP(days) 2.28 2.43 1.61 1.48 0.83FINISHED GOODS CONVERSIONPERIOD =
Opening stock of FG 1141.40 1361.85 1074.27 1078.08 1000.62Closing stock of FG 1392.51 1141.40 1361.85 1074.27 1078.08Average Stock of FG 1266.96 1251.63 1218.06 1076.18 1039.35Cost of goods sold 19619.50 17807.68 17000.16 12641.08 11290.37FGHP 23.57 25.65 26.15 31.07 33.60
365*Average stock of Raw Materials Total raw material consumed
365*Average stock of WIP Cost of Production
365*Average stock of Finshed Goods Cost of goods sold
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DEBTORS COVERSIONPERIOD =
Opening Debtors 434.83 634.88 543.48 631.63Closing Debtors 428.03 434.83 634.88 543.48Average Debtors 431.43 534.86 589.18 587.56Net Credit Sales 29401.35 25021.98 24315.81 19693.25DCP 5.36 7.80 8.84 10.89
CREDITORS CONVERSION PERIOD=
Opening Creditors 2572.94 2218.02 3243.42 3145.99Closing Creditors 3139.51 2572.94 2218.02 3243.42Average Creditors 2856.23 2395.48 2730.72 3194.71Net Credit Purchases 10,606.47 9,346.33 9,581.46 6,852.49CCP(days) 98.29 93.55 104.03 170.17
Year 2011 2010 2009 2008
Gross Operating cycle (Days) 116.4893418 121.8162 111.2286 129.7579
Net Operating Cycle (Days) 18.19819263 28.26614 7.203483 -40.40909
365*Average Debtors Net Credit Sales
365*Average Creditors Net Credit Purchases
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OPERATING CYCLE
The operating cycle consists of the time period between procurement of inventory and the collection of receivables. Quicker the operating cycle less the amount of investment in working capital is needed and it improves the profitability. The duration of the operating cycle depends on the nature of industry and the efficiency in working capital management.
Graph 25: OPERATING CYCLE
98
105
112
119
126
133
116.48121.81
111.22
129.75
130.10
Gross Operating cycle (Days)
Gross Operating cycle (Days)
INTERPRETATION
The operating cycle is the highest in the year 2006-07, so there is the highest need of working capital in this year, whereas the operating cycle is the lowest. It shows that there is less need for the working capital. This year shows the favorable situation.
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NET OPERATING CYCLE
Graph 26: NET OPERATING CYCLE
-50
-40
-30
-20
-10
0
10
20
30
-31.39-40.43
7.149
28.2118.14
Net Operating Cycle (days)
Net Operating Cycle (days)
2007 2008 2009 2010 2011
INTERPRETATION
Net Operating Cycle was negative earlier but with the increase in year it is becoming positive because it is TATA STEEL’s policy to pay back to its creditors on time and if it does any delay in paying back the company gives back both the principle and interest and thus maintain its creditworthiness.
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COMPARISON BETWEEN TATA STEEL, JSW AND SAIL RATIOS
INVENTORY CONVERSION PERIOD
Table 26: INVENTORY CONVERSION PERIOD
( in crores)
INVENTORY CONVERSION PERIODPARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 40.20 35.80 43.06 37.95 38.01JSW 65.39 51.95 53.46 49.64 42.98SAIL 96.99 81.17 84.35 62.64 70.72
Graph 27: INVENTORY CONVERSION PERIOD
0.00
20.00
40.00
60.00
80.00
100.00
120.00
40.2035.80
43.0637.95
38.01
65.39
51.95 53.46 49.64 42.98
96.99
81.17 84.35
62.6470.72
INVENTORY CONVERSION PERIOD
TATA STEELJSWSAILD
AY
S
2011 2010 2009 2008 2007
INTERPRETATION
Inventory conversion period denotes that in how many days inventory is being cashed out in sales. So lower the inventory conversion period the better it is for the company. From the above table, we can see that Tata Steel has the best inventory conversion period. That means Tata Steel has inventory which is converted into sales very quickly. Sail has the worst inventory conversion period while JSW has slightly better than that of SAIL.
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STOCK TURNOVER RATIO
Table 27: STOCK TURNOVER RATIO
( in crores)
STOCK TURNOVER RATIOPARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 6.89 6.69 6.92 6.52 6.34JSW 6.79 7.73 8.98 9.37 7.63SAIL 21.72 18.11 23.80 20.63 20.64
Graph 28: STOCK TURNOVER RATIO
0
5
10
15
20
25
6.89 6.696.92 6.52 6.34
6.797.73
8.98 9.377.63
21.72
18.11
23.8
20.63 20.64
TATA STEELJSWSAIL
STOCK TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
Above table shows that SAIL has the highest stock turnover ratio. This indicates that they have higher number of times stock being converted into sales. Tata Steel has a fairly low stock turnover ratio which averages 6.67 times. If they want to improve their Stock turnover ratio, they have to increase their net sales. JSW has slightly better Stock Turnover ratio than Tata Steel averaging 8.08 times.
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AVERAGE INVENTORY TURNOVER
Table 28: AVERAGE INVENTORY TURNOVER
( in crores)
AVERAGE INVENTORY TURNOVERPARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 9.68 10.94 9.16 8.73 9.01JSW 48.83 43.50 43.29 37.00 37.85SAIL 21.56 21.73 17.21 14.63 16.19
Graph 29: AVERAGE INVENTORY TURNOVER
0
10
20
30
40
50
60
9.68 10.94 9.16 8.73 9.01
48.83
43.5 43.29
37 37.85
21.56 21.7317.21
14.63 16.19
TATA STEELJSWSAIL
AVERAGE INVENTORY TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
Average Inventory Turnover Ratio signifies how rapidly and how efficiently inventory is converted into sales. If average inventory turnover is high then company would incur a lot of cost for holding back the inventory as holding cost would increase. The inventory might also become technologically obsolete. Tata Steel has the lowest average inventory turnover ratio among the three which signifies that Tata steel has a better position in terms of converting their inventory into sales.
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FINISHED GOODS TO CURRENT ASSETS
Table 29: FINISHED GOODS TO CURRENT ASSETS
(in crores)
FINISHED GOODS TO CURRENT ASSETSPARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 7.73 11 13.55 17.71 16.65JSW 13.53 17.29 19.91 19.22 7.89SAIL 15.68 5.01 5.64 7.36 9.26
Graph 30: FINISHED GOODS TO CURRENT ASSETS
0
5
10
15
20
25
7.73
11
13.55
17.7116.65
13.53
17.29
19.91 19.22
7.89
15.68
5.01 5.647.36
9.26
TATA STEELJSWSAIL
FINISHED GOODS TO CURRENT ASSET
2011 2010 2009 2008 2007
INTERPRETATION
Finished goods to current assets of a company denotes that the percentage of finished goods to current assets of the company. Tata Steel’s finished goods to current asset is decreasing over the years because of increase in sales. In five years Tata Steel’s finished goods to current asset has decreased by 115.3% which shows that Tata Steel has improved drastically. On the contrary SAIL & JSW has increasing Finished Goods to current assets.
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RAW MATERAIL TO CURRENT ASSETS
Table 30: RAW MATERIAL TO CURRENT ASSETS
(in crores)
RAW MATERIAL TO CURRENT ASSETSPARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 0.10 0.11 0.14 0.15 0.11JSW 18.61 23.00 17.30 40.21 24.59SAIL 7.84 5.01 5.64 7.36 9.26
Graph 31: RAW MATERIAL TO CURRENT ASSETS
0
5
10
15
20
25
30
35
40
45
0.1 0.11 0.14 0.15 0.11
18.61
23
17.3
40.21
24.59
7.845.01 5.64
7.369.26
TATA STEELJSWSAIL
RAW MATERIAL TO CUR-RENT ASSET
2011 2010 2009 2008 2007
INTERPRETATION:
Raw material to current assets denotes that in how many days we can convert raw materials into finished goods and then to sales to generate current assets like cash. From the above table and graph we can say that Tata Steel has the superior Raw material to Current asset ratio than that of JSW and SAIL The Ratio Raw Material to Current Assets has been reduced over years because of increase in sales of the company. The raw material gets converted into finished goods and these finished goods are sold immediately. So the amount received from the sales is used to make day to day investment in the firm to carry out the operation process.
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RAW MATERIAL CONVERSION PERIOD
Table 31: RAW MATERIAL CONVERSION PERIOD
(in crores)
RAW MATERIAL CONVERSION PERIOD(days)PARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 85.28 85.93 74.63 86.32 83.49JSW 39.26 36.29 37.35 50.76 50.32SAIL 46.99 55.23 36.57 41.53 48.81
Graph 32: RAW MATERIAL CONVERSION PERIOD
0
10
20
30
40
50
60
70
80
90
100
85.28 85.93
74.63
86.32 83.49
39.26 36.29
37.3550.76
50.32
46.99
55.23
36.5741.53
48.81
TATA STEELJSWSAIL
RAW MATERIAL CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
Raw material conversion period is the time period between receiving the raw material and sending them for production. It is the period of stocking the raw materials for usage..Tata Steel has higher Raw material conversion period which is not a good sign for the company as cost of holding period is increasing. JSW& SAIL maintains a superior raw material Conversion period. SAIL has improved its ratio in 2010-2011 from its previous year 2009-2010. JSW has the best conversion period.
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WORK IN PROGRESS CONVERSION PERIOD
Table 32: WORK IN PROGRESS CONVERSION PERIOD
(in crores)
WORK IN PROGRESS CONVERSION PERIOD(days)PARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 2.28 2.43 1.61 1.48 0.84JSW 3.40 3.26 2.89 2.04 3.89SAIL 0 0 0 0 0
Graph 33: WORK IN PROGRESS CONVERSION PERIOD
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
2.28 2.43
1.61 1.48
0.840000000000001
3.4 3.262.89
2.04
3.89
0 0 0 0 0
TATA STEELJSWSAIL
WORK IN PROGRESS CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
Work-in-progress conversion period is the time period when the raw materials are received for production and the time for their dispatch. Tata steel has better work in progress conversion period than that of its competitors, which indicates that TATA steel is able to dispatch its raw material in lesser time than its competitor.
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FINISHED GOODS CONVERSION PERIOD
Table 33: FINISHED GOODS CONVERSION PERIOD
(in crores)
FINISHED GOODS CONVERSION PERIOD(days)PARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 23.57 25.65 26.15 31.07 33.54JSW 18.70 19.18 17.11 12.00 9.66SAIL 170.85 193.17 166.53 177.31 178.71
Graph 34: FINISHED GOODS CONVERSION PERIOD
0
50
100
150
200
250
23.57 25.65 26.15 31.07 33.54
18.7 19.1817.11 12 9.66
170.850000000001
193.17
166.53177.31 178.71
TATA STEELJSWSAIL
FINISHED GOODS CONVERSION PERIOD
2011 2010 2009 2008 2007
INTERPRETATION
Finished goods conversion period is the time of storage of finished goods in the warehouse until they are sold. Tata steel is superior in converting their finished goods to sales. Whereas SAIL has a very high conversion period which indicates that they incur high holding costs. JSW has the best Finished Goods Conversion Period.
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DEBTOR’S TURNOVER RATIO
Table 34: DEBTOR'S TURNOVER RATIO
(in crores)
DEBTOR'S TURNOVER RATIOPARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 68.14 46.73 41.23 33.52 30.42JSW 32.95 37.95 38.09 39.11 35.34SAIL 11.11 12.45 14.42 14.90 15.58
Graph 35: DEBTOR'S TURNOVER RATIO
0
10
20
30
40
50
60
70
80
68.14
46.7341.23
33.52
30.42
32.95 32.95 38.0939.11 35.34
11.11 12.45 14.42 14.9 15.58
TATA STEEL
JSW
SAIL
DEBTOR'S TURNOVER RATIO
2011 2010 2009 2008 2007
INTERPRETATION
Debtor’s turnover ratio or accounts receivable turnover ratio indicates the velocity of debt collection of a firm. In simple words it indicates the number of times average debtors (receivable) are turned over during a year. This denotes that Tata steel has better credit lending policies and is able to convert the debtors into cash more quickly than its competitors. Also Tata Steel has improved its turnover ratio over the five years. On the contrary SAIL has a poor turnover ratio and it has decreased during the five years which indicates that SAIL has liberal credit policy. While JSW maintains a constant and better debtors turnover ratio.
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CREDITOR’S TURNOVER RATIO
Table 35: CREDITOR'S TURNOVER RATIO
(in crores)
CREDITOR'S TURNOVER RATIO(days)PARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 3.71 3.90 3.15 2.14 2.26JSW 7.88 6.50 6.00 6.66 6.69SAIL 3.66 3.36 5.92 4.83 5.34
Graph 36: CREDITOR'S TURNOVER RATIO
0
1
2
3
4
5
6
7
8
9
3.713.9
3.15
2.14 2.26
7.88
6.5 6 6.66 6.69
3.66 3.36
5.924.83
5.34 TATA STEEL
JSW
SAIL
CREDITORS TURNOVER RATIO
2011 2008 2009 2008 2007
INTERPRETATION
It indicates the speed with which the payments are made to the trade creditors. It establishes relationship between net credit annual purchases and average accounts payables. Accounts payables include trade creditors and bills payables. Tata Steel has a poor Creditors turnover Ratio as compared to its competitors. This indicates that Tata Steel has low credit worthiness but it utilizes the credit facilities given by its suppliers very well. Whereas SAIL has the highest credit turnover ratio over the five year period, which is a good sign and is more reliable for its suppliers.
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GROSS OPERATING CYCLE
Table 36: GROSS OPERATING CYCLE
(in crores)
GROSS OPERATING CYCLE(days)PARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 116.49 121.82 111.23 129.75 130.04JSW 72.44 68.40 69.57 77.39 74.10SAIL 228.95 260.86 217.52 233.74 243.11
Table 37: GROSS OPERATING CYCLE
0
50
100
150
200
250
300
116.49 121.82111.23
129.75 130.04
72.44 68.4 69.57 77.39 74.1
228.95
260.86
217.52233.74 243.11
TATA STEELJSWSAIL
GROSS OPERATING CYCLE
2011 2010 2009 2008 2007
INTERPRETATION
The above data represents the comparative gross profit of the 3 companies. we can clearly see that the gross profit of SAIL is very high as compared to TATA STEEL and JINDAL and JINDAL has the lowest gross profit.
NET OPERATING CYCLE
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Table 36: NET OPERATING CYCLE
(in crores)
NET OPERATING CYCLE(days)PARTICULARS 2010-2011 2009-2010 2008-2009 2007-2008 2006-2007TATA STEEL 18.14 28.21 7.15 -40.43 -31.39JSW 18.07 6.51 -1.36 13.03 23.21SAIL 29.63 36.09 48.31 37.41 51.92
Graph 37: NET OPERATING CYCLE
-60
-40
-20
0
20
40
60
18.1428.21
7.15
-40.43-31.39
18.076.51
-1.36
13.03
23.2129.63
36.09
48.31
37.41
51.92
TATA STEELJSWSAIL
NET OPERATING CYCLE
2011 2010 2009 2008 2007
INTERPRETATION
Net operating cycle is determined by gross operating cycle. The shorter is the net operating
cycle, the better it is for the organization. Tata steel is having the least net operating cycle
among all, means it is also paying back to its creditors in maximum time period. Sail is having
maximum net operating cycle means it is carrying out its work that is raw material conversion
period, work in progress, finished goods and debtor’s conversion in maximum time period and
thus keep large amount of cash to carry out its work.
WORKING CAPITAL RATIOS
CURRENT RATIO
Table 37: CURRENT RATIO
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(in crores)
PARTICULARS 2011 2010 2009 2008 2007TATA STEEL 1.64 1.15 1.12 0.90 1.19JSW 1.01 0.73 0.61 0.75 1.09SAIL 2.2 2.26 2.02 1.99 1.86
current ratio =CURRENT ASSET/CURRENT LIABILITY
Graph 38: CURRENT RATIO
0.00
0.50
1.00
1.50
2.00
2.50
1.64
1.15 1.120.90
1.191.01
0.730.61
0.75
1.09
2.2 2.26
2.02 1.990000000000011.86123456248893
TATA STEELJSW SAIL
CURRENT RATIO
2011 2010 2009 2008 2007
INTERPRETATION
Among the three companies, SAIL seems to have the highest current ratios. This is because SAIL has very high current assets, as compared to its competitors . basically the inventories and cash and bank balances is the major reason for the high ratio of SAIL. Whereas Jindal and TATA STEEL maintain low cash and bank balances and also the inventory level is low.
ACID TEST RATIO
Table 38: ACID TEST RATIO
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(in crores)
ACID TEST RATIOPARTICULARS 2011 2010 2009 2008 2007TATA STEEL 1.34 0.88 0.80 0.59 0.85JSW 0.60 0.39 0.34 0.37 0.64SAIL 1.55 1.75 1.42 1.47 1.25Graph 39: ACID TEST RATIO
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40
1.60
1.80
2.00
1.34
0.880.80
0.59
0.85
0.60
0.39 0.34 0.37
0.64
1.55
1.75
1.42 1.47
1.25 TATA STEELJSW SAIL
2011 2010 2009 2008 2007
INTERPRETATION
In Acid test ratio, the inventories are deducted from the current assets. Although the inventories are not considered, SAIL continues to have higher ratio than TATA STEEL and Jindal because of the cash and bank balances of SAIL, which is much higher than the other 2 companies. This indicates that SAIL has superior liquidity position than others.
ABSOLUTE QUICK RATIO
Table 39: ABSOLUTE QUICK RATIO
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(in crores)
ABSOLUTE QUICK RATIOPARTICULARS 2011 2010 2009 2008 2007TATA STEEL 0.65 0.55 0.54 0.22 2.08JSW 0.21 0.06 0.06 0.14 0.16SAIL 1.00 1.28 1.06 1.04 0.88Graph 40: ABSOLUTE QUICK RATIO
0.00
0.50
1.00
1.50
2.00
2.50
0.650.55 0.54
0.22
2.08
0.210.06 0.06
0.14 0.16
1.00
1.28
1.06 1.040.88
TATA STEELJSW SAIL
2011 2010 2009 2008 2007
ABSOLUTE RATIO
INTERPRETATION
Absolute quick ratio is the ratio of cash and bank balances and short term securities marketable to current liabilities. Here, the ratio of TATA STEEL is very high in the year 2007, but falls greatly in the next year. This happens basically because of very heavy fall of cash and bank balance in the year 2008 and the years ahead. On the other hand , SAIL consistent raise in the ratio over the five years and even Jindal’s ratio increases in the five years but remains very low as compared to the competitors.
WORKING CAPITAL TURNOVER RATIO
Table 40: WORKING CAPITAL TURNOVER RATIO
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(in crores)
WORKING CAPITAL TURNOVER RATIOPARTICULARS 2011 2010 2009 2008 2007TATA STEEL 4.18 18.19 22.66 -28.03 17.17JSW -22.29 -8.81 -4.79 -11.21 43.00SAIL 2.01 1.82 5.96 7.51 3.41
Graph 41: WORKING CAPITAL TURNOVER RATIO
1 2 3 4 5
-40.00
-30.00
-20.00
-10.00
0.00
10.00
20.00
30.00
40.00
50.00
4.18
18.1922.66
-28.03
17.17
-22.29
-8.81-4.79
-11.21
43.00
2.01
1.825.96 7.51
3.41
TATA STEELJSW SAIL
2011 2010 2009 2008 2007
WORKING CAPITAL TURN OVER RA-TIO
INTERPRETATION
The ratio establishes a relation between average Net Working capital & Sales. This ratio indicates how effectively working capital is being utilized by the concern. In JSW Net working capital is negative because creditors are very high except in the year 2007, where net w.c is positive because creditors are less. In Tata Steel net w.c is negative in 2008 because loans and advances are less as compared to the other years.
DEFENSIVE INTERVAL RATIO
Table 41: DEFENSIVE INTERVAL RATIO
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(in crores)
DEFENSIVE INTERVAL RATIOPARTICULARS 2011 2010 2009 2008 2007TATA STEEL 620.75 551.37 1099.95 1155.68 532.64JSW 410.94 620.17 362.36 588.97 378.18SAIL 360.00 360.00 360.00 360.00 360.01
Graph 42: DEFENSIVE INTERVAL RATIO
0.00
200.00
400.00
600.00
800.00
1000.00
1200.00
1400.00
620.75 551.37
1099.951155.68
532.64
410.94620.17 362.36
588.97378.18
TATA STEELJSW SAIL
2011 2010 2009 2008 2007
DEFENSIVE INTERVAL RATIO
INTERPRETATION:
This ratio examines the liquidity position of a firm in relation to its ability to meet projected daily expenditure from operations. In other words the ratio measures the time span a firm can operate on present liquid assets. From the above graph we can see that SAIL has a very stable and low ratio . this is because, the daily projected cash requirement of SAIL is very high. TATA STEEL has higher demand of daily projected cash as compared to Jindal, but still maintains high ratio as it has high absolute liquid asset.
TIME SERIES TREND ANALYSIS OF TATA STEEL
YEARS X Y X2 Y2 XY2007 1 10133.9 1 102095929.2
110133.9
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2008 2 -7025 4 49350625 -140502009 3 8714.3 9 75939024.49 26142.92010 4 13756.2 16 189233038.4
455024.8
2011 5 70289.1 25 494055757.81
351445.5
Sum 15 109918.5 55 5357776196 406470
For a Linear Equation, Y = a + bXThe set of normal equations are:
ЄY = na + bЄX………..(1)ЄXY = aЄX + bЄX2 ….(2)
Substituting the table values in equation (1) and (2), we get:109918.5 = 5a + 15b….(1)406470 = 15a + 55b.….(2)
Solving the set of simultaneous equations by multiplying equation (1) by 3 and then subtracting it from equation (2), we get,
B = 7671.45Substituting this value of b in equation (1), we have:
109918.5 = 5a + 15*(7671.45)109918.5 = 5a + 115071.755a = -5153
Therefore, a = -1030.65Thus, the trend equation is
Yc = -1030 + 7671.45X
Yc stands for computed values of working capital based on the least squares equation in the form of Yc = a + bX, where the equation comes to Yc = -1030 + 7671.45X with origin at the year 2007;
X unit = 1 year and Y unit = rupees in crore.Year Actual
W.CIndices Estimated
W.C (Yc)Difference
2007 10133.9 100 6640.8 3493.12008 -7025 -69.32 8317.9 -1292.92009 8714.3 85.99 21983.7 -13269.42010 13756.2 135.74 29655.15 -15899.02011 70289.1 693.6 37326.6 32962.5
INTERPRETATION
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From the table we can see that the net working capital after a negative figure of -7025 in 2008 has increased considerably till 2011. In 2007 the decrease in working capital was mainly because the current assets in 2008 was far less than the current liabilities and his happened because there was a big decrease in sundry debtors in 2008 which decreased the current assets. The reductions were in the areas of Flat Products and Long products in the Steel division mainly due to continuous monitoring coupled with introduction of insurance-backed factoring facility. The average debtors in terms of number of days as on 31st March, 2008 were 12 days as compared to 14 days as on 31st March, 2007. But since 2009 the working capital started increasing on account of better performance. Although the working capital improved over the years till 2010 but the difference was negative on account of recovery which resulted in better performance. In 2011 the difference got positive because of expansion for various projects which resulted in the ROI of 17%.
TIME SERIES-TREND ANALYSIS
NET OPERATING CYCLE-TATA STEEL
YEARS X Y X2 Y2 XY2006-2007 1 -31.411 1 986.6509 -31.4112007-2008 2 -40.409 4 1632.887 -80.8182008-2009 3 7.203 9 51.88321 21.6092009-2010 4 28.266 16 798.9668 113.0642010-2011 5 18.198 25 331.1672 90.99
SUM 15 -18.153 55 3801.555 113.434
FOR A LINEAR EQUATION, Y=a+bXThe set of normal equations are
ЄY = na + bЄXЄXY = aЄX + bЄX2
Substituting the table values in eq., we get-18.153=5a+15b……… (1)113.434 = 15a +55b…. (2)Solving the set of simultaneous equations by multiplying equation (1) by 3 and then subtracting it from equation (2), we get
167.893=10bTherefore, b=16.789
Substituting this value of b in equation (1), we have-18.153=5a+ (15*16.789)-18.153=5a+ 251.8355a=-18.153- 251.8355a=-269.988Therefore, a=-53.9976Thus, the trend equation isYc=53.9976+16.789XYc stands for computed values of Operating Cycle based on the least squares equation in the form of Yc = a + bX, where the equation comes to Yc = -1030 + 7671.45X with origin at the year 2007;X unit = 1 year and Y unit = rupees in crore
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Year Actual Operating cycle
Indices Estimated Operating Cycle
2007 -31.411 100 70.7866
2008 -40.409 128.64 87.576
2009 7.203 -22.931 104.3646
2010 28.266 -89.987 121.1536
2011 18.198 57.935 137.9426
INTERPRETATION
From the table we can see that the net operating cycle after a negative figure of -40.409 in 2008 has increased considerably till 2010. In 2007 the decrease in net operating cycle was mainly because the creditor’s conversion period is decreasing which in turn makes the operating cycle negative.
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FINDINGS AND RECOMMENDATIONS
FINDINGS
During the project I got lots of information regarding INVENTORY MANAGEMENT for steel division and that information put forward the project.
Major types of inventory in TATA STEEL are Raw Materials, Work in Progress, Finished goods.
TATA STEEL uses inventory management uses ABC Analysis and for Spare planning VED classification is used.
TATA STEEL applied concept of VENDOR MANAGEMENT INVENTORY which helped to reduce the cost incurred in inventory.
Finished and semi – finished products produced and purchased by the company are carried at lower of cost and Net Realizable value.
Work in progress is carried at lower of cost and Net Realizable value.
TATA STEEL has transformed from traditional purchase department to modern procurement department.
TATA STEEL does not follow EOQ methods. They calculate their Annual Requirement by other methods.
RECOMMENDATIONS
TATA STEEL could go for other techniques for inventory control. For example it follows ABC Analysis for inventory and VED for spare parts inventory; similarly it can go for other methods for raw material inventories, different for W.I.P and finished goods.
Company should try to reduce the Raw material conversion period and should produce according to demand, so that the cost associated with it can be reduced.
Company’s average investment period is high as compared to its competitors. It should go for rapid sale to reduce blockage of cash in inventory.
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CONCLUSION
This project studies the inventory management of TATA STEEL, which is one of the most
important aspects of any organization, as it deals in managing the entire stock of raw materials,
stores and spares and finished and semi- finished goods . inventory management is a difficult
task at TATA STEEL as it is a manufacturing company and needs huge stocks at all point of
time to avoid lag time and delay in production.
The inventory ratio is a key figure in financial management of TATA STEEL. It characterizes
how much stocks are required at a point of time and and how much time does the stock takes to
be converted into finished goods and sales. The core objective is to maintain the lowest
inventory in order to reduce inventory holding cost. Further the increased inventory also locks
up short term funds of the company. For that reason the directors of TATA STEEL set
standards for each subsidiary which it is obliged to follow.
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BIBLIOGRAPHY
ANNUAL REPORTS TATA STEEL JINDAL STEEL SAIL
BOOKS Cost Accounting-By B.K.Mehta, SBPD publication. I.M.Pandey, 2007 Financial Management New Delhi, Vikas publishing
House. Shashi k.Gupta & R.K.Sharma 2005, Management Accounting
Principles and Practice. Inventory Management and Working Capital- By P.Gopal Krishnan. Principle of Operation Management-By Barry Render, Jay heizer.
WEBSITES www.moneycontrol.com www.tatasteel.com www.jpsindainsteel.com www.ibef.org
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