frozenfoodproducts - 3.imimg.com · the chemistry of resin formation and resin ... potash alum is...

HI-Tech Projects, Feb' 2013 # 03 www.eiriindia.org

Alum are represented by the general formulaR 1/2 SO4, R2"(SO4)3.24.H2O. Where Rand R”are respectively monovalent andtrivalent radicals. They are usually thedouble salts of ammonium, potassium orsodium sulphate with aluminium. Chromiumor iron sulphate, and are readily prepared yby concentrating and cooling a solutioncontaining molecular proportions of theComponent Sulphate. Alum is marketed invarious grades. The cheapest grade called“alum cake”. Potash alum also known asalum alumen. Ferric alumin is aluminisulphate containing iron obtained from thebauxite ore. Potash alum is prepared from itsnaturally occuring minerals such as alunite,and Ratinite, but in India these do not occur inappreciable quantities. Alum was formerlyprepared from alum shales by roasting themin year and leaching it out with water. Alum isnow produced in India by crystallizingtogether equivalent produced in India byCrystallizing together equivalent proportionof potassium sulphate and aluminiumsulphate. The solution is concentrated andthe crystals are separated out are melted toyield lump alum or recrystalized to obtainlarge crystals.

Cost EstimationPlant Capacity 20 MT./DayLand & Building (Area 1500 sq.mt.)Rs. 29 LacsPlant & Machinery Rs. 50 LacsW.C. for 3 Months Rs. 55 LacsTotal Capital Investment Rs. 1.60 Cr.Rate of Return 58%Break Even Point 36%

ALUM

A blowing agent may be defined as acompound, organic or inorganic, thatreleases a gas when heated to a definiteminimum temperature. It is infact, thedecompos i t ion tempera tu re wh ichdetermines the usefulness of a blowingagent, many different and diverse materials,have been used for blowing agents, rangingfrom the domestic product backing powder tomaterials which can be classed as mildexplosives. However in case or rubber underwell defined condition, blowing agentsliberate gases giving expended closed cell oropen cell structure rubber product. The mostcommonly used inorganic blowing agent insodium bicarbonate, though ammoniumcarbonate and bicarbonate are still in use.These liberate CO2 and yield an open horestructure. Ammonium Carbonates are of theearlist blowing agents used for production orsponege rubber and is still used for toiletsponge. Sodium bicarbonate is still quitepopular because of its low cost compared toorganic blowing agents. It is used inquantities upto 10% a high close of stearicac id is normal ly used to fac i l i t ydecomposition of the bicarbonate before thecuring starts, in the production of open cellsponge rubber.

Cost EstimationPlant Capacity 500 KGS/DayLand & Building (Area 500 sq.mt.) Rs. 6 LacsPlant & Machinery Rs. 7 LacsW.C. for 3 Months Rs. 22 LacsTotal Capital Investment Rs. 37 LacsRate of Return 66%Break Even Point 36%

BLOWING AGENTS

The book Modern Technology of Frozen FoodProducts covers Introductgion to Freezing, FrozenFood Composition, Frozen Natural Food Product,Effects of Freezing on Nutritional and MicrobiologicalProperties of Foods, Selecting Refrigeration andFreezer Plant, Emerging and Novel FreezingProcesses, Freezing of Meat, Process forProducing Freeze Dried Meat, Chilling of MeatProducts, Process for Quick Freezing of Meat,Apparatus for Freeze Forming Meat Products,Method for modifying pH within meat products,Dehydrated Meat Product Protected AgainstOxidation, Method for Treating Frozen Meat, SoftFrozen Liquid Egg Product, Freezing of Fish, Methodof Freezing Fishery Products, Production ofRefrigerated Minced Fish Flesh, Process forProviding a Frozen Fish Product, Fish Storage Trayand Dividers and Method of Storing Frozen Fish.

ISBN- 9789380772103 Price-1040/-

Modern Technology of

Frozen Food Products

The book Citrus Fruits Cultivation & ProcessingTechnology covers Citrus Industry in India,Background, Cultivation of Citrus Fruits, Techniqueof Hybridization, Influence of Climatic Factors, SoilsRequirement of Different Citrus Species,Establishing an orchard, Seed Propagation, CitrusRootstocks in India, Nutrition, Irrigation Requirementof Citrus Trees, Weed control in nurseries,Harvesting, Quality of Fruit, Post harvestTechnology, Problems in Citriculture, The Extractionof Orange Products, Kagzi Lime CarbonatedBeverage, Citric Acid from Citrus ProcessingWastes, Utilization of Kinnow Waste in Value AddedProducts, Rangupur Lime (Citrus Limonia Osbeck)Preparation and Storage of Beverages, Citrus andFortunella, Lists the Products which can be Obtainedfrom Citrus Fruits, Citrus and Other Fruit Juices,Spray Drying Technology for Fruit Juice Drying,Processing of Citrus

ISBN- 9788189765996 Price-1140/-

Citrus Fruits Cultivation &Processing Technology

Hi-Tech ProjectsAn Industrial Monthly Magazine onHi-Tech Projects & developed and

underdeveloping Technologies with lucrativeProject opportunities

EditorSudhir Gupta (Industrial Consultant)

Ankur Gupta (Assistant Editor)

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‘O’ rings are essential components in theautomotive engine and machinery such asgear boxes, hydraulic and pneumaticcylinder, pumps and compressors etc. It isused for preventing the escape of lubricatingoil from rotating shaft and as also to prevent.Dust from entering inside the engine andother working parts when both contactingparts are stationery the seal is named as“static seal” and when in motion dynamic sealare used. ‘O’ rings are most popular in use.The metal reinforcement is necessary toprovide rigidily when assembling. Thesprings are used for exesting pressure toensure good sealing as the rubber graduallywear. The variety of sizes than can bemanufactured are innumerable. Elastomerswhen exposed to heat tend to harden andbecomes brittle.

Cost EstimationPlant Capacity 16000000 Nos./DayLand & Building (Area 500 sq.mt.) Rs. 12 LacsPlant & Machinery Rs. 3 LacsW.C. for 1 Months Rs. 11 LacsTotal Capital Investment Rs. 27 LacsRate of Return 98%Break Even Point 28%

‘O’ RINGSS

HI-Tech Projects, # 04Feb' 2013 www.eiriindia.org

Most of the parts of our life is spent at home.We start for our regular works from ourpermanent dwelling place, we get ourselvesready for each and every work of the day athome and we eat, drink, sleep and do allthevariety of works there only. Therefore, everyone’s prime interest goes to collect things ofcomforts for his house. Those articles whichgo into helping our household works areformed domestic articles. These are ofvarious types and for various functions eg. forcooking, serving and others. There are somestandard household items which essentiallyare required for every family big or small, pooror rich. But, certain other domestic itemsrequire more than average expenses butmore-or-less are unsparable like coolers,fans, air conditioners for keeping the housecool during summer season. Heatconvectors, heater etc. are essential forheating the room air when ambienttemperature goes down and biting coldweather affects normal living. Similarly waterboilers and immersion heating rods, Geysersand water heaters etc are importantappliances to get desirably hot water duringwinter season for bathing.

Cost EstimationPlant Capacity 14 Nos./DayLand & Building (Area 2000 sq.mt.)Rs. 1.25 Cr.Plant & Machinery Rs. 7 LacsW.C. for 3 Months Rs. 18 LacsTotal Capital Investment Rs. 1.51 LacsRate of Return 19%Break Even Point 58%

ELECTRICAL APPLIANCESAND SPARE PARTS

One hospital bed out of four in the world isoccupied by a patient who is ill because ofpolluted water. Provision of safe andconvenient water supply is the single mostimportant activity that could be under taken toimprove the health of people living in ruralareas of the developing countries - it is thestatement of world health organisation. Watermakes life possible, and it is difficult toimagine any programme for humandevelopment or improvement that does notpre-suppose or require a readily availablesupply of water. Probably there may bepotentially enough water to meet forthcoming needs. But frustratingly, it tends to beavailable in the wrong place, at the wrongtime or with the wrong quality, and in one wayor another, all societies are served with anadequate and safe water supply. Less than30% of the world’s population has access topiped water, the rest of the people rely onwells, rivers and other sources. Most ofthese water sources are open tocontamination by pathogenic organism.Where there is no water, there is no life.Where there is contaminated water, there is ashort life expactancy and a high incidence ofdisease and sufferings. Over 70% of India’srural population does not have access to safedrinking water. Villagers have to trek formiles to get water. It is estimated that at least24 million people are living at risk in about34,000 cholera, endemic villeges, and smalltowns.

Cost EstimationPlant Capacity 2.50 MT./DayLand & Building (Area 1800 sq.mt.)Rs. 26 LacsPlant & Machinery Rs. 29 LacsW.C. for 3 Months Rs. 1.04 Cr.Total Capital Investment Rs. 1.70 Cr.Rate of Return 35%Break Even Point 50%

PVC PIPES & FITTINGS

Iron Oxides are extensively used in thepreparation of paints. There are two mainstains yellow and red, Both these varietiesare available in synthetic and natural forms.Yellow oxide of iron is widely used as aretainer in glass paints, undercoats, of ironfinds application in paints rubber, plastics,ceramics, paper linoleum and for polishingglass, metals and diamonds, Iron oxides areused in paints for exterior work on account ofthe low cost and protective value. They areused as primers for structural steel,automobiles bodies, ship bottoms of ironprolong life of the substance by eliminatingthe dest- ructive effect light on the film. Ironoxide pigments own their yellower tint tofeerous oxide and ferric hydroxide while redred dish-brown colour is essentially due toanhydrous ferric oxide Fe203. There arevarious types of deposits of yellow and redOxides of iron available in various places inthe world mainly they are classified as under.

Cost EstimationPlant Capacity 2 MT./DayLand & Building (Area 1000 sq.mt.) Rs. 9 LacsPlant & Machinery Rs. 9 LacsW.C. for 3 Months Rs. 20 LacsTotal Capital Investment Rs. 40 LacsRate of Return 31%Break Even Point 56%

SYNTHETIC RED& YELLOW IRON OXIDE

Rubber is the coagulated juice or latex ofvarious species of Heaves and certain otherplants. The climatic conditions prevailing inthe equatorial low areas are favourable togrowth of rubber trees. Malaysia contributesmaximum production of rubber all over theWorld. India produces adequatic amount ofrubber to meet the country needs. Of themany applications of rubber metal boundedassemblies, rubber roller cover a wide fieldranging from typewriter to textile industry. Arubber roller is in fact a cylinder of rubberbounded to a metallic core. The rubbercylinder protects the metallic core againstchemical attack, and protects the materialbeing handled against damage. Rollers areused for application of liquid to or wiping aliquid off a surface, squeezing liquid out of asubstract and sometimes giving a mildabrasion to the material surface.

Cost EstimationPlant Capacity 10 Pcs/DayLand & Building (Area 300 sq.mt.) Rs. 9 LacsPlant & Machinery Rs. 6 LacsW.C. for 3 Months Rs. 5 LacsTotal Capital Investment Rs. 22 LacsRate of Return 37%Break Even Point 57%

RUBBER ROLLERS& EBONITE ROLLERS

Patrons you can deposit theamount in EIRI Account

CA-054010200006248

(IFS Code: UTIB0000054)

AXIS BANK LTD

Automobiles body building units generallyspeciallise in a few types of vehicles. Forexample, a body building workshop of smallcapacity can under take either trucks orbuses of standard design or mini buses ordelivery vans or similar other vehicles usedfor commercial transportation of goods &passengers. But, sufficiently big auto-bodybuilding factories can under take a range ofchassises for constructing and mountingbody on them. Auto-body building involves alot of structural designs, wood & metalworking processes, fastening techniquessurface protection measures, arrangingvarious accessories and instrumentselectricals and safety devices at properplaces. Such a factory requires to be fullyequipped with full-range of wood/metalworking machines and tools, treating andtesting equipments, high level of productivityand quality oriented team and much morefacilities indeed. Body building is a labour-oriented work where all calibres ofpersonnels and hard working labourers aretreated as assets.

Cost EstimationPlant Capacity 3 Bus Bodies/Day

5 Truck Bodies/DayLand & Building (Area 12.50 Acres)Rs. 65 LacsPlant & Machinery Rs. 75 LacsW.C. for 1 Months Rs. 1.80 Cr.Total Capital Investment Rs. 3.59 Cr.Rate of Return 73%Break Even Point 29%

BUS & TRUCKBODY-BUILDING


The catering equipments are the roots of anyHotel and the quality of items produced in theequipments depends on proper fabricationand structural material etc. Catering industry,a specialized industry of paramountimportance & bridges the gap between themain producer of steel and its consumers.This industry is essentially of a jobbing typeand covers a vast range of widely differentstructural. Attempt may be made to find thebroad limits of the industry in terms of thebasis processes undertakes, which includecutting, welding and rivetting, primarily, andcasting, forging and machining as subsidiaryprocess. Steel fabrication find extensive usein various developmental activities thoughthe range and extent of their utilization mayvary from one sector to another. Traditionallythe most important fabrications are thegeneral use for all types of residentialkitchens factories, offices, shops, schools,hospitals for conventional uses. For hydroelectric and irrigation schemes, structuals forsluice gates, operating gate, and pen stockare that types broadly used.

Cost EstimationPlant Capacity 5.20 MT./DayLand & Building (Area 2000 sq.mt.)Rs. 12 LacsPlant & Machinery Rs. 12 LacsW.C. for 3 Months Rs. 1.20 Cr.Total Capital Investment Rs. 1.50 Cr.Rate of Return 143%Break Even Point 19%

KITCHENWARES & CATERINGEQUIPMENTS (FOR S.S. AND M.S.)

Distempers and snow cem powder as a classbelong to water paints. These are thepowder mixture of pigment and binder whichwhen dispersed in water gives the requiredwater paint. Distempers are manufactured ina wide range of bright colours and findextensive use as well coatings on cementedsurfaces just like white wash. Recently,distempers have replaced white wash andcalcimine. This is mainly due to the superiorretention powder, durability, and lightfastness on exposure to exterior conditionsthroughout the year. Calcimine is a distemperin whiting as the principal pigment. It is soldin the form of dry powder to be mixed withwater by the painter and is intended primarilyfor the decoration of plastered interior walls.Calcimine represent the latest expensivedecorative coating available above the crudelevel of white wash or lime wash. It makes faltcoatings with clear. Soft colour that do notfade and do not turn yellow in subsuced light.Distemper form a cheap, durable and easilyapplied decoration for internal use on mostbuilding material except wood and metalwhose moisture & thermal movement arelikely to cause flaking. They are eminentlysuitable for decorating large surfaces ofplaster cement products bricks and variousforms of wall boards such as plaster boardand insulating board, if suitably formulatedthey may be used externally on cementproducts or on brick work.

Cost EstimationPlant Capacity 1 Ton/DayLand & Building (Area 1000 sq.mt.)Rs. 24 LacsPlant & Machinery Rs. 11 LacsW.C. for 3 Months Rs. 18 LacsTotal Capital Investment Rs. 56 LacsRate of Return 37%Break Even Point 52%

DRY DISTEMPER ANDSNOW CEM POWDER

The gloves are made from latex by dippingmethod. In the same plant of hand gloves,other products like finger stalls, baloons, etc.can also be manufactured. Deposition ofrubber by dipping an article in rubber solutionin order to obtain thin walled articles in andold process, toy baloons, gloves for surgicaland household use were made by dippingforms in milled rubber solution as cements.Asingle dip was sufficient for producing verythin articles, but in case of heavy ones thedipping and drying operations had to berepeated several times. The solution uses asof high viscosity, yet it contain only a verysmall percentage of rubber, consequently theusage of solvent was high and the method ofsolvent recovery were very inefficient. It wasnot surprising that when latex becomecommercially available attempts were madeto use it in place of rubber solutions. Dippedgoods from latex especially surgical gloves,industrial gloves, finger stalls etc. are findingincreasing use formerly almost these articleswere importan. However, some large scaleunits in the country almost monopolished themanufacture and the marketing of theseproducts. Recently much progress has beenmade in small sector. Especially becausetechnical know how is no longer a problemand all the raw materials are availableindignously.

Cost EstimationPlant Capacity 900000 Doz/DayLand & Building (Area 1000 sq.mt.) Rs. 9 LacsPlant & Machinery Rs. 53 LacsW.C. for 3 Months Rs. 25 LacsTotal Capital Investment Rs. 91 LacsRate of Return 39%Break Even Point 54%

SURGICAL GLOVESFROM LATEX

Instant soup mix, Idli mix, Dosa mix, Vadamix, Sambar mix, Gulab Jamun and DahiVada mix have come into existence due to thegreat advances in food technology. In thismodern world, these mixes are gettingimmense popularity. These are widely used inhotels restaurants, dhaba, homes, etc.people have developed a natural fancy forsuch fast food parlour dishes. They have alsodeveloped a great taste and relish for suchpalatable items. Owing to their greatpopularity, there is an eventually a greatdemand for these product which are thusselling like hot cakes. Besides such prevalentfood items can be early procurable fromvariegated shops, vendors, and mobile foodsnacks parlours. These items are quieteconomical which are within the access of amiddle class man. With the growingpopulation and refinement in taste and eatinghabbits, the demand of these items isincreasing tremendously. Therefore it is veryimperative that more units should come up inthe field to prepare such items to cater.

Cost EstimationPlant Capacity 1.20 Ton./DayLand & Building (Area 500 sq.mt.) Rs. 8 LacsPlant & Machinery Rs. 13 LacsW.C. for 3 Months Rs. 30 LacsTotal Capital Investment Rs. 56 LacsRate of Return 100%Break Even Point 29%

IDLI MIX, DOSA MIX,SAMBAR MIX, VADA MIX

GULABJAMUN MIX, TOMATOSOUP MIX ETC.

(INSTANT FOOD)

Coal tar pitch is a byproduct of turning coalinto coke or coal gas. It is a sticky, dark brownor black liquid that resists flowing and has avery strong smell. In most cases, the volumeof coal tar pitch used in medicinalpreparations is very small in comparison tothe amounts produced. As a result, most ofthe pitch is further processed to removeuseful chemicals or is simply burned. CoalTar Pitch Manufacturing Process. Crude CoalTar received from by-product coke ovenplants is heated to temperatures up to400oC in specially designed distillationstills. This removes moisture, Naphthalene,Light Creosote Oil and Heavy Creosote Oilfrom the Coal Tar. The resultant product iscalled Coal Tar Pitch. Depending on theblend of Crude Coal Tar and thetemperatures to which the distillation iscarried out different grades of Coal.

Cost EstimationPlant Capacity 25 MT./DayLand & Building (Area 1 Acre) Rs. 1.27 Cr.Plant & Machinery Rs. 75 LacsW.C. for 3 Months Rs. 5.49 Cr.Total Capital Investment Rs. 7.65 Cr.Rate of Return 73%Break Even Point 29%

COAL TAR PITCH

ISBN- 9788189765989

The book Modern Technology of Printing Inks coversSilk Screen Printing Machine, Modified Silk ScreenPrinting Machine, Deinking Formulation forFlexographic Inks, Apparatus and Method forFortification of Black Pigment Based Ink using BlackDye Based Ink, UV Curing Intaglio Ink, Ink JetPrinting Cloth, Ink-Jet Printing Process and Print,Dampening Inking Unit for Offset Printing Machines,Ink Composition for Offset Printing, Silk ScreenCleaner Composition, Toner Compositions BlackGravure Inks, Polymeric Flexographic Ink, UV-Curing Printing Inks, Ink Composition for Ink-JetTextile Printing, Ink-Jet Printing Method, Black InkComposition, Multiple Digital Ink, Flexographic InkPrinting Machine, Aqueous Flexographic PrintingInks, Water Based Intaglio Printing Ink, UV andWater Resistant Ink or China Ink, Aqueous Gel InkFilled Ball Point Pen, Mixing Equipment of PrintingInk, Analysis of Printing Ink, Inks for Ink JetRecording, Aqueous Inkjet Ink Composition, WaterBase Ink Composition, Rapid-Drying printing Ink anda Printing Process using same, Ink for dryPlanographic Printing, Ink Composition for Printingon Polyolefin, Erasable Ink Composition, ErasableInk Composition containing a Polymer encapsulatedcolourant derived from monomer containingdissolved colourant, Liquid Developer.

ModernTechnology ofPrinting Inks

Price-1290/-


Acetic acid is a constituent of vinegar in whichit occurs to the extent of 3-5 percent. glacialacetic acid is the pure compound (99.8%min); as distinguished from the usual watersolutions known as acetic acid. Vinegar is adilute acetic acid. It is flammable and hasmoderate fire risk. It is highly toxic byingestion and is strong irritant to tissue. Thetolerance limit in air is 10 ppm. Largequantities of acetic acid are required for themanufacture of acetate rayon, esters andlacquers and vrnishes. It is also used for foodindustries. In India, the acid is mostlyemployed for the coagulation of rubber latex,and for the manufacture of pigments likewhite lead verdigris, etc. It is also employed inthe preparation of acetates and acetic esters,and in the dyeing and printing of textiles. Atpresent, the commercial methods used forthe production of acetic acid are: (1) Byacetaldehyde conversion method, (2) ByOxidation of n-butone, (3) By methanolconversion method. But, since the last fewyears, biotechnological process usingmolasses as the raw material is fastly comingup. This process is divided into 2 major steps,viz. (i) Conversion of molasses into ethanolby fermentation process. (ii) conversion ofethanol into acetic acid by aerobic bacterialoxidation (ie. by air oxidation using certainen\ymes as catalyst).

Cost EstimationPlant Capacity 4 MT./DayLand & Building (Area 1500 sq.mt.)Rs. 1.23 Cr.Plant & Machinery Rs. 1.47 Cr.W.C. for 1 Months Rs. 69 LacsTotal Capital Investment Rs. 3.58 Cr.Rate of Return 48%Break Even Point 54%

ACETIC ACID FROMMOLASSES

Thymol C10H14O is a commerciallyimportant aroma chemical found in Nature inthe essential oils of Thymus vulgarice,ajowan ocimum gratisimum and ‘O’ viride andin many other oil. Thymol can be isolatedfrom the natural sources by enrichment byfractional distillation or by direct isolation byconventional method of recovery of phenolsfrom essential oil. Thymol is obtained fromthe volatile oils of Thymus vulgarice linn ofM o n a r d a p u n c t u a t e l i n i a n d o ftrechyrpermum ammi (Linn). Sprague.Thymus vilgaris is a low peranial undershrub20-30 cm. high, successfully introduced inthe Nilgiris at higher elevations. It isextensively cultivated in Germany, France,England, Greece and various othercountries, both for searoning and for itsvolatile oils and in India its cultivation oncommercial scale may be tried in the westerntemperature Himalayas from Kashmire toKumauna between altitudes of 1500 and4000 m. The plant grows heat in the hills. Theherb has a pungent taste. It is said to possessantiseptic anthelacintic, expectorantcarminative direct emmenogogue andsedative properties due to the presence of avolatile oil. A liniment prepared from theshoots is applied in shenmatism and skintroubles.


THYMOL FROMAJOWAN OIL

Galvanising is a method of coating steel ofiron articles with zinc, the product beingknown as galvanized steel or iron.Galvanized coating usually resist, for areasonable time, such ordinary corrosiveconditions as fairly pure air, moderately harddomestic waters, sea water and brines. Thezinc particularly under atmosphericconditions, after becomes covered with aprotective layer or film believed to be a zinc-hydroxide-carbonate mixture. Zinc is anodicto iron and therefore protects the base metal,where exposed, until the adjacent outer layerof zinc is dissolved. Galvanized coatings areunsuitable where are corroding agent is veryacid, as in certain mine waters and industrialsolutions, or where the solutions areexcussively alkaline of calcium brines with anexcess of caustic alkalinity. Galvanizedcoatings are commercially applied, (a) bydipping the article in molten zinc (b) byelectroplating (c) by heating in contact withzinc powder.

Cost EstimationPlant Capacity 80 MT./DayLand & Building (Area 1000 sq.mt.)Rs. 10 LacsPlant & Machinery Rs. 1.27 Cr.W.C. for 1 Months Rs. 78 LacsTotal Capital Investment Rs. 2.23 Cr.Rate of Return 89%Break Even Point 33%

GALVANISING PLANT

Spieces are Nature’s own Production. In theart of cooking these are the magiccinstituents without which all culinarycreations would be dull and lifeless. It is onlyin Indian that one can find all spices rangingfrom pepper. the king of spices andcardamom the aristocrat among spices, toginger, turmeric, chillies, coriander, saffornetc. The following paragraphs deal with themost important aspects of all the well knownspices in brief. Ajowan (Carum Copticum ofcarum ajowan , Umbellifere) is grown in Indiato to someextent in Egypt, Perisa andAfghanistan, india, it is cultivated in about7,000 tonnes of seeds out of which 48,600kgs. are exported. ajowan is an herbaceousplant. The seeds contain small quantity ofvolatile oil and thymol is the major contituent.Ajowan is used both in cooking and medicine.It is used in many Indian savouries-to impart athyme-like flavour. It is a crude sbstitute forthyme.

Cost EstimationPlant Capacity 12.50 KGS/DayLand & Building (Area 316.10 sq.mt.)Rs. 6 LacsPlant & Machinery Rs. 11 LacsW.C. for 2 Months Rs. 37 LacsTotal Capital Investment Rs. 58 LacsRate of Return 31%Break Even Point 55%

EXTRACTION OFESSENTIAL OIL

(CARDAMON, JEERA,AJOWAN, GINGER OIL ETC)

& PACKING OF GROUNDSPICES (EXPORTORIENTED UNIT)

A m o n g t h e n o n l i n i n g a n d l i n i n gthings,however,there is a material whichfinds this category perfectly that is Teflon.Like a true ascetic, Teflon remains untouchedeven in the most corrosive environment. Noteven aqua-regia, the powerful chemicalwhich can dissolve gold,can affect it.Teflonlining has acquired unique place amongmaterials of industrial importance, by virtue ofits remarkable stability and non-adhesiveproperty. What has made Teflon the prince ofplastics. It is the C.F (carbon fluorine) bond, abond formed with Fluorine, the mightiest of allnonmetals. The birth of Teflon came aboutthrough an accident the story is a cylindercontaining a gas made of fluorine and carbonatoms (tetrafluoroetheylene) was leftstanding in a place for quite sometime. A littleoxygen from the surrounding air leaked inand initiated a process which converted thegas into a semisolid as a resin. When thecylinder weighed as it full but no gas cameout, the researchers became curious and cutopen the cylinder to find a new substance.

Cost EstimationPlant Capacity 2 Ton/DayLand & Building (Area 1500 sq.mt.) Rs. 69 LacsPlant & Machinery Rs. 76 LacsW.C. for 1 Months Rs. 50 LacsTotal Capital Investment Rs. 2.04 Cr.Rate of Return 66%Break Even Point 34%

TEFLON LINING

We are well acquainted with the various glassitems in domestic as well as scientic,industrial and medical fields. It is used fromdecorative and luxury item to very vitalcomponents of scientific and medicalapparative. In daily use we see domesticglass ware, bangles, vares, bottles vials &phials and many other important items withwhom we are not directly attached but are ofgreat importance as glass beeds, ampoulesand many other small items. Glassampoules play very important roll in medicalfield. The various life saving injection such asvaccines serums or distilled water forinjection etc. Glass ampoules are special thinwalled tubular glass containers to holdvaccines, serums and other medicatedsolutions, solvents etc. These may beobtained as either than plain or theconstricted type.

Cost EstimationPlant Capacity 5 Ton./DayLand & Building (Area 2000 sq.mt.)Rs. 26 LacsPlant & Machinery Rs. 20 LacsW.C. for 3 Months Rs. 20 LacsTotal Capital Investment Rs. 73 LacsRate of Return 53%Break Even Point 40%

EMPTY AMPOULES


Magnesite is natural magnesium carbonate(MgCo3). The term ‘magnesite’ is looselyused as a synonym for magnesia as are alsothe terms ‘caustic calcined magnesite’deadburned magnesite and synthetic magnesite.Magnesite is a mineral which may be used forepsum salt and for manufacture ofmagnesium metal. Magnesite is one of themost widely distributed element in the earth’scrust and constitutes nearly 2.7% of thesame. It is eighty element in order ordecorance in the world. It was discovered byDavy in 1808; was first isolated in 1829 byBusy. It was mainly used in flash lightpowders and pyrotechnics. Magnesiumalloys for aircraft were developed and usedduring world war II. The other extensive useduring that period was incendiary bombs. It islightest metal with widespread industrialapplications. It is element of atomic No. 12 ofgroup IIA in the periodic table. Our country isextremely rich in mineral wealth andpractically all the minerals except few areavailable in the country. It is unfortunate thattheir commercial utilisation and developmentof industries based on these minerals wasquite slow in the past. The present progressin the field is quite satisfactory and thisindustry has bright future in the years tocome.

Cost EstimationPlant Capacity 48 Ton./DayLand & Building (Area 3200 sq.mt.)Rs. 46 LacsPlant & Machinery Rs. 69 LacsW.C. for 3 Months Rs. 51 LacsTotal Capital Investment Rs. 1.79 Cr.Rate of Return 63%Break Even Point 42%

CALCINATION OFMAGNESITE

Copper is an exceedingly important metal.For many centuries, it has played a notablepart in the industrial development ofcivilization and the complete exhaustion ofour copper deposits would cause atremendous readjustment in our economicstructure. It’s not, however an absolutenecessity, as aluminium, silver and thestainles steels could replace it at a price. Inthese days of research and specializationtraditional uses are on the defensive; hardware is no longer made exclusively of brass,and aluminium is being more widely used inelectrical and other fields. An attempt to traceman’s use of copper back to its originalsources gets out of bounds. Moderna r c h a e o l o g y , w h e r e g e o l o g i s t ,anthropologist, and engineer work as acoordinated team with official governmentsupport, is only about 75 years old, but it haspushed the historical horizon back some6000 years. Beyond that twilight zone historybecomes a sort of backward prophecy andsome students give copper at least another2000 years.

Cost EstimationPlant Capacity 10 MT./DayLand & Building (Area 2000 sq.mt.)Rs. 34 LacsPlant & Machinery Rs. 58 LacsW.C. for 1 Months Rs. 38 LacsTotal Capital Investment Rs. 1.54 Cr.Rate of Return 2065%Break Even Point 2%

CONTINUOUS CASTINGCOPPER WIRE RODS

China clay owes its name to the fact thatoriginally it was used in china under the nameKaolin; for the production of fine whiteprocelain. China clay or Kaolin is amicrocrystalline hydrated silicate ofaluminium, approximately Al2O3, 2SiO3,2H2O, corresponding to 46 percent of silica,40 percent of alumina and 14 percent of watercommercial grades generally contents smallamounts of quartz, oxides of iron andtitanium, oxides and silicate of calcium andmagnesium, potash and soda. This clay isformed as the result fo the decomposition ofgranite in situ granite is an igenous rockcomposed of associated crystals of mica,quratz feldspar, the latter consistingessentially of slicates of alumina, withvariable proportions of silicates of potash,soda or lime under the prolonged influence ofweathering and exposure to water andcarbondioxide under great pressure thefeldspar crystals are decomposed, the sodaor potash being extracted, leaving thehydrated silicate of alumina. This processknown as kaolinisation, converts the graniteinto a friable mass of clay mixed with theunder decomposed crystals of quartz andmica, and the quantity of china clay dependson the completeness with which the alkalies,iron and other constituents have beenleached out duringg the decomposition.

Cost EstimationPlant Capacity 30 Ton/DayLand & Building (Area 600 sq.mt.) Rs. 7 LacsPlant & Machinery Rs. 28 LacsW.C. for 3 Months Rs. 63 LacsTotal Capital Investment Rs. 1 Cr.Rate of Return 78%Break Even Point 34%

CHINA CLAY WASHING/PURIFICATION

The book covers Banana, Cultivation of Bananas,Banana and its By products, Technology of BananaProducts, Banana Chips Manufacturing, Paper andBoards from Banana Stem Waste, Fruit Juices andWines Technology, Technology of BananaDehydration, Physiology of the Banana RootSystem, Banana Beer Technology, Tissue Culture inthe Banana Industry, Processing of Banana, TheRipening of Bananas, Banana Wine, Technologiesand Packages of Banana, Making Export QualityBananas, Dried and Dehydrated Products ofBanana, Improvement of Banana, Banana and itsBye Products (Project Profile), Banana FibreExtraction and Hand Made Paper, Banana FibreExtraction and Weaving, Banana Plantation, BananaPowder (Dried Banana), Banana Wafers, OrganicCultivation of Banana, Wine From Banana (ProjectProfile).

ISBN- 9789380772219 Price-1115/-

Complete Book on

BANANA CULTIVATION, DEHYDRATION,

RIPENING, PROCESSING, PRODUCTS

AND PACKAGING TECHNOLOGYRs. 1040/- Rs. 790/-

Rs. 940/- Rs. 890/-

Just published

Technology Books

Rs. 890/- Rs. 890/-

Rs. 1040/- Rs. 1040/-

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A standard steel fabrication workshopconsists of a shed with (L x W x H) 100m x20m x 12m and all facilities for fabricating allkinds of universal steel. It includes, steelshearing, punching, forming, welding, rolling,sandblasting, plasma cutting and painting. Itcan be used in making structural steel andequipment. Such as, Flats, Angles, T Bars,Channels, Angle, Posts, Universal Beams &Columns, Sub Floor Access Doors, wideflange columns and beams, structural HSSand channel shapes, welded wide flange,deep girder beams, open web steel joists,etc. Planning is a continuous movementtowards desired goals. While preiseformulation of our five year plans objectiveshave varied from plan-to-plan, the essentialgoals have remained unchanged. The modelon which our goals are based. emphasize theproduction of basic materials viz. Coal, Iron &Steels, Power, Non-Ferrous materials,Fertilizers, agricultural impliments andgrowth of heavy industries. These basicmaterials ensure self-reliant development ofthe nation. The growth of both basic materialsand machines for processing materials isnecessary to build a powerful nation.

Cost EstimationLand & Building (Area 2000 sq.mt.) Rs. 1 Cr.Plant & Machinery Rs. 33 LacsW.C. for 3 Months Rs. 82 LacsTotal Capital Investment Rs. 2.25 Cr.Rate of Return 108%Break Even Point 28%

STEEL FABRICATIONWORKSHOP

The districts in Haryana indulged in theproduction of guar are Bhiwani, Sirsa,Mahendragarh and Rewari and the districts inGujarat are Kutch, Banaskantha, Mehsana,Sabarkantha and Ahmadabad. Jodhpur cityin Rajasthan is one of the major processingcenters of guar gum in India. Guar alsoknown as cluster b ean (Cyamopsistetragonoloba (L.) Taub) is a drought hardyleguminous crop. Guar is being grown forseed, green fodder, vegetable and greenmanuring. It is an annual plant, about 4 feethigh, vertically, stalked, with large leaves andclusters of pods. Each pod is about 5-8 cmlong and has on an average 6-9 smallgrayish-white pea shaped seeds. The podsare used as a green vegetable or as a cattlefeed besides the industrial extraction of guargum. Guar seed consists of major threeportions viz. the Seed coat, the endospermand the innermost proteinacious portion, thegerm. The en dosperm is mechanicallyseparated from seeds which yields 35-42% ofgum (galactomannan).The left out portion,i.e., the outer seed coat and the germtogether cons titute guar meal.

Cost EstimationPlant Capacity 30 Tons/DayLand & Building (Area 2 Acres) Rs. 1.27 Cr.Plant & Machinery Rs. 2.13 Cr.W.C. for 1 Months Rs. 11.13 Cr.Total Capital Investment Rs. 15.09 Cr.Rate of Return 92%Break Even Point 25%

GUAR GUM POWDER

There are two types of Old Age Homes inIndia. One is the “Free” type which cares forthe destitute old people who have no one elseto care for them. They are given shelter, food,clothing and medical care. The second type isthe “Paid” home where care is provided for afee. Nowadays, such “Retirement” homeshave become very popular in India and theyare well worth considering. Rehabilitationcentre for aged and needy persons is a direneed of the hour. It is voluntary service whichis generally render for those, livingorphanage life and are generally kept awayfrom the society due to developed modernconcept of living standard. These include oldage persons, persons whose familymembers do not like or those old people whowant to stay away from family to avoid familydisturbances, quarrels, or those people whowant to spend their life in isolation. Theserehabilitation centre serve their purpose andrender services to them at no profit no lossbasis. Besides these centres serve thesociety to reduce the overburden of thisfamilies in the busy life. So this concept hasbeen taken into account to serve all overIndia. The development of housing forresidential apartments of aged & needypersons was hardly gives any attentionbefore independence. After independenceinvestment in housing has increased in publicas well as private sector.

Cost EstimationPlant Capacity 54 MembersLand & Building (Area 1215 sq.mt.)Rs. 71 LacsPlant & Machinery Rs. 1 LacsW.C. for 1 Months Rs. 2 LacsTotal Capital Investment Rs. 75 LacsRate of Return 8%Break Even Point 69%

OLD AGE HOME

Spices which are basically plant products, have adefinite role to play in enhancing the tasteflavour, relish or piquancy of any food, most ofthe spices are pagrant, aramatic and pangent.They comprise seeds, bartes, rhizamer, leavesfruits and other parts of plants, which belong tovarigated species and genera since timeimmorial, india in renamed to be the have ofspices. Most important spices like black pepper(king of spices) cardamon (queen of spices)cardamon (queen of spices), ginger, chillies andturmeric, which are produced in india import itgreat reputation, and these constitute. Themajor group of spices. In the list of spices, clave,nutmeg, cinnamon and cassia are known as treespices, However , spices like fennel, fenergreek,garbic, onion, coriander, cumin, vanilla, saffron;etc. There are a number of spices used alongwith food, namely; 1. Common Salt, 2. Coriander,3. Chill, 4. Haldi, 5. Ajwain & Maithee, 7.Onionand so on; These spices are not used are at atime. For preparation of any dish may be Indianor European, may be vegetarian or non-vegetarian we use more than are shice for itspreparation. The combination of all the spicesbut together for the use of one particular dish asknown as ‘masala’ of the spices, the bulk of thedry matter consists of carbohydrater, proteins,tannius, resins, volatill oil, fixed oil, for pigments,mineral, elements, etc. These constituents differgrately in their composition and content indifferent spices.

Cost EstimationPlant Capacity 2000 KGS/DayLand & Building (Area 1500 sq.mt.)Rs. 97 LacsPlant & Machinery Rs. 1.10 Cr.W.C. for 2 Months Rs. 2.63 Cr.Total Capital Investment Rs. 4.89 Cr.Rate of Return 38%Break Even Point 53%

SPICES/MASALA WITHPACKAGING

Bottling plant is a plant where beverages areput into bottles with a cap. These bottles arewidely used for storage purposes. Liquefiedpetroleum gas (LPG) consists mainly ofpropane, propylene, butane, and butylene invarious mixtures. However, in the UnitedStates, the mixture is mainly propane. It isproduced as a by-product of natural gasprocessing and petroleum refining. Thecomponents of LPG are gases at normaltemperatures and pressures. LPG bottlingplant is a plant where LPG is put into bottlesfor storage. The plant has the facility torecieve bulk LPG by pipeline from a reliablesource or any area. This is the safest and thecheapest way of transporting bulk LPG. Theplant is equipped with hydraulic cylindertesting equipment for periodic testing of thecylinders.

Cost EstimationPlant Capacity 10000 Cylinders/DayLand & Building (Area 10000 sq.mt.)

Rs. 11.50 Cr.Plant & Machinery Rs. 2.30 Cr.W.C. for 2 Months Rs. 5.67 Cr.Total Capital Investment Rs. 27.51 Cr.Rate of Return 56%Break Even Point 25%

L.P.G. BOTTLING PLANTThe recovery of waste paper is traditional inthe paper and paper board manufacturingindustry. The importance of utilisation ofwaste paper in the paper and board industryshould not be under estimated. It furnishesabout 30 per cent of all the fiberous rawmaterials consumed in the paper and boardmills in the U.S.A. Europe and Japan. Theestablishment of the local manufacture ofpaper board in a country after proceeds thatof paper pulp. In this case, waste paper isone of the first sources of fiberous material towhich resources is taken to reduce thepurchase of the pulp. Waste paper in fact, asource of prepared fibre which needs only tobe placed in suspention in water in order toobtain a pulp, making possible the formationof sheets of paper or paper board a verysimple treatment which is within the ability ofartisans. The utilisation of waste papersupplements of a great extent the overall fibrerequirements in any conuntry, every possibleattempt should be made.

Cost EstimationPlant Capacity 15 MT./DayLand & Building (Area 4000 sq.mt.) Rs. 27 LacsPlant & Machinery Rs. 80 LacsW.C. for 3 Months Rs. 86 LacsTotal Capital Investment Rs. 2.03 Cr.Rate of Return 29%Break Even Point 71%

PAPER RECYCLING(PAPER FROM WASTE PAPER)


Face fresher tissue paper, when applied onthe face, it removes the dirts, soils from faceskin and freshen the face and keep it moist.The skin becomes glossy and freshappearance. In a modern age people aremore prone to sophisticate modes ofmaintaining health and hygienic conditions oftheir body through the contingencies ofcosmetics and other allied measures whichpromote these functions effectively. This iseleganthy achieved by the application of wetface freshner tissue. This is very economicalitem and portable. It can be easily carried outin pocket while going in a car, flight, rail etc.This is a product of recent times as a nice outcome of innovation in cosmetology. After theuse of this item one feel very much fresh,comfortable, cosy. Now a days it is even apart of fashion to use such a handy item in theupper stetra of society. Where grace is oftenexhibited. By using this item people feelhighly dignified while attending seminar,meetings conferences, symposium,congregations, debates, gettogethermarriage parties and other parties, socialfunction etc. Even it is very much acceptableitem by the modern working lady, models,filmstars, air hostess, college girls, operadancers, business executives, corporateexecutives etc.

Cost EstimationPlant Capacity 200 KGS/DayLand & Building (Area 500 sq.mt.) RENTEDPlant & Machinery Rs. 7 LacsW.C. for 2 Months Rs. 10 LacsTotal Capital Investment Rs. 18 LacsRate of Return 29%Break Even Point 61%

PAPER NAPKINS

Clove are aromatic, st imulant andcarminative, used for dyspepsia and gastricirritation. Chief value of cloves lies in theiressential oil content. Essential oil called cloveoil, is extensively used for flavouring foodproducts and fermented beverages. Clove oilis employed as a local analgesic forhypersensitive clentines and curious cavities.It is also used externally as a rebefacient andcounter-irritant, and internally as acarminative and antispasmodic. Clove stemand leaf oils are valued mainly for theireugenol content. Stems and dried buds areoften distilled gogether to obtain as oil knownin trade as vanillin clove oil. Clove oil is thenatural occurring essential oil and it contains95% eugenol and 5% iso-eugenol. Thougheugenol can be prepared synthetically fromgyaiacol-o-carboxylic acid etc. But it is mostlyprepared from essential oils containingeugenol such as clove oil. The characteristicspicy odour of cloves is due to its essential oilwhich contains 80-95% eugenol. Clove oil isfrequently used instead of pure eugenol togive desired spicyness in perfumecompositions. The clove oil constituents ineugenol and iso-eugenol both have an odourstrongly reminiscent of carnations andtherefore, form the basis of carnation typeperfumes.

Cost EstimationPlant Capacity 100 KGS/DayLand & Building (Area 1000 sq.mt.)Rs. 16 LacsPlant & Machinery Rs. 28 LacsW.C. for 3 Months Rs. 35 LacsTotal Capital Investment Rs. 96 LacsRate of Return 34%Break Even Point 50%

EUGENOL FROM CLOVEAND CLOVE OIL

The book Complete Hand Book on Frozen FoodProcessing and Freeze Drying Technology coversFreezing of Fruits & Vegetables, Preservation ofFruits and Vegetables, Freezing of Vegetables,Frozen Block Process for Vegetable or Fruitconvenience Foods, Method for Producing FrozenVegetable Food Material having soft texture,Preparation of Frozen Food (Cooked Burdocks),Seasoning Individually Quick Frozen Vegetables,Freezing of Bakery and Dessert Products, BananaBased Frozen Nondairy Dessert, Coated FrozenCheese Granules, Aerated Frozen DessertCompositions, Non-Fat Frozen Dairy Product,Method of Preparing a Frozen Dairy Desserts, ICECream Maker, Method of Making Frozen Patties,Method for Making Frozen Drinks, Frozen DessertDispensing Apparatus, Miscellaneous LaminatedFrozen Food Product, Frozen Comestibles,Apparatus and Method for Dispensing FrozenAquarium Food, Frozen Cat Food, Hard Frozen FoodContaining Alcohol, High Protein Frozen FoodProduct, Microwave Heating of Certain FrozenFoods, Freeze Drying, Process and Apparatus forthawing frozen food, Frozen Food MasticatingMachine, Apparatus for Defreezing Frozen Foods,Machine for Cutting Frozen Foods, ElectricallyHeated Frozen Food Server, Household Appliancefor Making Frozen Food Products, Frozen FoodTransport.

ISBN- 9789380772158 Price-1140/-

Complete Hand Book on Frozen FoodProcessing and Freeze Drying Technology

Electric cables from the essential connectingline between one piece of electricalapparatus or machinery and another, but thevariety of uses, conditions of service, andtechnical methods associated with themanufacture and installation of impregnatedpaper insulated power cables have resultedin a large number of constructions andprotective finishes. Essentially power cablesused for the transmission and distributionpurposes consist of conductors strandedfrom plain high conductivity annealed copperwires insulated with oil-impregnated papertapes. The single or multicore assembly inthem enclosed in an impermeable metalsheath, and where necessary depending oninstallation conditions, the assembly inprotected by steel or mourings. In a paperread to the institution of electrical engineersin 1901 M.O. Gorman gave the followingdesidrata for a perfect cable dielectric.Modern Cable technology is still pursuing theabove ideal.

Cost EstimationPlant Capacity 800 CLS/DayLand & Building (Area 450 sq.mt.) Rs. 24 LacsPlant & Machinery Rs. 14 LacsW.C. for 3 Months Rs. 1.13 Cr.Total Capital Investment Rs. 1.55 Cr.Rate of Return 38%Break Even Point 38%

PVC WIRE & CABLE

The Electric Meter of moving iron type is ainstrument comprising the combination ofdirect current or an alternating current electricprepayment meter element with moving ironmechanism, which latter is wholly or partiallycontrolled by the meter element to which it isattached. A switch incorporated in the coin-freed mechanism opens the main circuit andcuts off the supply to the consumer when thevalue of the energy of other commoditycorrosponding to the coin or coins insertedhas been used. Electric meters orinstruments for registering real or fictitiouskwh, are as regards the underlaying principleof their action, of three main types. These areAC/DC moving iron type electric meter,electrolytic meters and motor meters. Themoving iron type of electric meters used forAC DC and energy measurements. A bodymoving with constant speed will, according toNewton’s first law, cover space proportionalto time. Thus, with uniform speed, distance isa measure of time with rotational motion.

Cost EstimationPlant Capacity 680 Nos./DayLand & Building (Area 600 sq.mt.) Rs. 21 LacsPlant & Machinery Rs. 23 LacsW.C. for 3 Months Rs. 52 LacsTotal Capital Investment Rs. 1 Cr.Rate of Return 50%Break Even Point 48%

DIGITAL PANEL METERS

Technology of

Food Preservation

and ProcessingPRICE 1090/-

Common putty, as used by carpenters,painters, and glaziers, in whiting mixed withlinseed oil and other ingredients, to theconsistency of dough. Plasters use a finelime master that is called putty. Jewelers usea tin oxide for polishing, called putty powderor puts powder. In general, fillers & stoppersare paste-like materials, highly pigmented,used to fill surface imperfections (fillers) andto make good gross surface defects prior topainting operations (stoppers). A variety ofnon-setting materials such as mastics,sealants & putties, which are designed to stayflexible, can also be included in this class.Metal casement putty is generally similar toglazing putty but contain a small amount offatty acid or sulphonated oil to improve thewetting characteristics and consequently theadhesion to the metal surface. Caulkingcompounds, putties and same cements havea boiled drying oil, usually combine withresins that act as the binder putty is the thickmixture of finally powdered calciumcarbonate (whiting) and acid refined linseedoil which imparts good wetting and grindingcharacteristics. There are variegated types ofputties for wood too. For glazing wood &filling holes and cracks on the surface, oftimber or metal, a stiff paste of linseed oil andwhiting is used. This composition isthetraditional putty.

Cost EstimationPlant Capacity 200 KGS/DayLand & Building (Area 1000 sq.mt.) Rs. 8 LacsPlant & Machinery Rs. 3 LacsW.C. for 1 Months Rs. 30 Th.Total Capital Investment Rs. 12 LacsRate of Return 316%Break Even Point 10%

PUTTY AND WATERPROFFING PAINT


The book Technology of Plastic Additives withprocesses and Packaging covers Plastic Additives:An Introduction, Organic Peroxides, Plasticizers,Polyurethane Catalysts, Fillers, Specialty Alloys,Maximizing Performance Using Copper Alloys,Structurally Enhanced Plastics with FillerReinforcements, Cellular Plastic Additive,Environmentally Friendly Additives for Plastics,Polyimide Processing Additives, Storage stablePlastics Additives, Liquid Colourant/AdditiveConcentrates for Plastics, Hydrophilic Additives,Hydrophobicizing Additives, Asphalt Additive, Antitreeing Additives, Rubber Additive, Waste PlasticAdditive for Asphalt, Impregnation of PlasticSubstrates with Photo chromic Additives, Low dustGranules of Plastic Additives, Mixed Ester PlasticAdditive, Fire retardant Plastics with GlycosideAdditive, Additive for Papermaking, DegradablePlastics Containing Dual function Additive System,Packaging for Plastics Additives Low Visibility LaserMarking Additive, Preparation of Plastic ExtrudateContaining anAdditive, Injecting LiquidAdditives intoPlastic Extruders, Method of Preparing MoldablePlastic and Additive Agents, Engineering Plasticsand Additive, Spray Application of plastics Additivesto Polymers, Machine for Producing AdditiveContaining Plastic Articles, Additive MeteringApparatus for Plastic Processing Machine.

ISBN- 9789380772141 Price-1040/-

Technology of Plastic Additives withprocesses and Packaging

1. ALUMINIUM EXTRUSION 17 Cr.2. ALCOHOL FROM BROKEN RICE 6 Cr.3. AUTOMATIC BRICK PLANT 4 Cr.4. AUTOMATION CONTROL EQUIP. 50 Cr.5. BATTERY-OPERATED 3 WHEELER 6 Cr.6. BEER INDUSTRY 41 Cr.7. BED SHEET, BED COVER,

SOFA CLOTH, 27 Cr.8. BIOFERTILIZER 2 Cr.9. BUTYL RUBBER 7 Cr.10. BOTTLING PLANT 41 Cr.11. BIOCIDES FOR DISTILLER 20 Cr.12. BENIFICATION PLANT

-MANGANESE ORE 18 Cr.13. CHICKEN FARMING (HATCHERY) 22 Cr.14. CORRUGATED SHEET BOARD

& BOXES 5 Cr.15. COMPUTER SOFTWARE

DEVELOPMENT 3 Cr.16. CONSTRUCTION CHEMICALS 5 Cr.17. CHICKEN PROCESSING 28 Cr.18. CHROME BENEFICIATION PLANT 114 Cr.19. CASEIN FROM MILK 63 Cr.

20. DEHYDRATION OF ONION& GARLIC 6 Cr.

21. DEHYDRATION OF FRUITS &VEG. BY IQF TECHNOLOGY 5 Cr.

22. DISPOSABLE PLASTIC SYRINGES 14 Cr.23. E.R.W. STEEL PIPES & TUBES 27 Cr.24. FERRIC ALUM 9 Cr.25. GUARGUM POWDER FROM

GUAR SPLIT 8 Cr.26. HOSPITAL (100 BEDS) 68 Cr.27. IRON ORE MINING 302 Cr.28. INTEGRATED UNIT OF DAIRY,

FARMING MILK COLLECTION 9 Cr.29. I M F L (WINE, BRANDY, WHISKY 41 Cr.30. KATHA & KUTCH 5 Cr.31. KRAFT PAPER 23 Cr.32. KRAFT PAPER FROM BAGASSE 15 Cr.33. MULTIPRODUCTS 1795 Cr.34. MULTIPURPOSE COLD STORAGE 14 Cr.35. MEGA FOOD PARK 16 Cr.36. M.S. PIPE (WELDED) 20 Cr.37. MEDICAL COLLEGE, HOSPITAL 17 Cr.38. MILD STEEL SECTION MILL

(ANGLES,CHANNELS, ROUND,SQUARES, ETC.) 17 Cr.

39. MONOCHLORO ACETIC ACID 23 Cr.40. MONOCHLORO ACETIC ACID

FROM ETHANOL AND CHLORINE 18 Cr.41. MINERAL WATER CUM PET

BOTTLE MANUFACTURING UNIT 10 Cr.42. PORTLAND CEMENT PLANT 178 Cr.43. POWER PLANT FROM BIO GAS 12 Cr.44. PRODUCTION OF BIO-OIL 3 Cr.45. PVC PIPE AND FITTING 3 Cr.

46. PAPER PLANT 140 Cr.47. POWER PLANT (GAS BASED) 17Cr.48. RESIDENTIAL COMPLEX 520 Cr.49. ROLLING MILL BY TMT TECH. 16 Cr.50. ROLLING MILL WITH

INDUCTION FURNACE 79 Cr.51. SUGAR PLANT 90 Cr.52. SPONGE IRON FROM IRON ORE 148 Cr.53. SOLAR POWER (ENERGY) PLANT 105 Cr.54. STEEL PLANT BASED ON

INDUCTION FURNACE 39 Cr.55. STEEL PLANT (BILLETS) BASED

ON INDUCTION FURNACE 232 Cr.56. STEEL TRANSMISSION LINE

TOWER & HOT ROLLING MILL 60 Cr.57. SODIUM TRIPOLY PHOSPHATE 71 Cr.58. TYRES, TUBES & FLAP 94 Cr.59. TUBULAR STEEL

SWEDGE TYPE POLE 12 Cr.60. TMT STEEL BARS 4 Cr.61. UREA FERTILIZER PLANT 2505 Cr.62. VODKA FROM POTATOES 26 Cr.63. WOMEN POLYTECHNIC COLLEGE 24 Cr.

Contact

for required Project report

apart from this list.

6363MULTI CRORESPROFITABLEPROJECTSFrom 1 Cr. to 50 Cr. above projects

Price of this CD Rs. : 73034/-

Rs. 790/- Rs. 1090/-

TechnologyBooks on

Gums, Adhesives& Resins

Rs. 1115/- Rs. 940/-

Screw conveyors are one of the bulk-materialtransporting devices capable of handling agreat variety of materials, which haverelatively good flow ability. Flow abilitydenotes the degree of freedom of individualmaterial particles to move past each other.This characteristic is important in case ofscrew operation as the screw helix, mountedon a central pipe or shaft, rotates within afixed trough or tube, pushes the materialalong the bottom and sides, shearing thematerial in the radial clearance between thehelix and the trough and causing the materialto tumble upon itself as the moving face ofthe helical flight tends to lift the materialScrew conveyors may be operatedhorizontally, or an incline or verticallyfrequently inclined screw conveyors simplifythe conveying system because they can do inone conveyor assembly what otherwisewould require a more elaborate combinationof horizontal and vertical units.

Cost EstimationPlant Capacity 18 Nos./DayLand & Building (Area 2000 sq.mt.)Rs. 2.09 Cr.Plant & Machinery Rs. 70 LacsW.C. for 3 Months Rs. 3.12 Cr.Total Capital Investment Rs. 6.12 Cr.Rate of Return 34%Break Even Point 54%

ROTARY AIR LOCKS, SCREWCONVEYOR, MOTORIZED/

PNEUMATIC DAMPER,FLAP VALVES, AIR

SLIDES REQUIRED INCEMENT PLANTS AND

THERMAL POWER PLANT

The earliest fungicides were inorganic materialslike sulphur, lime-sulphur, copper, and mercurycompounds. Elemental sulphur has beenrecognized as fungicidal for at least 170 years.Hence, in 1803, the Royal Gardener Forsythrecommended the use of a sulphur spray againstmildew on fruit trees. In the nineteenth centurysulphur was increasingly employed againstpowdery mildew on fruit and later for control ofpowdery mildew on grapes. It may be applied asdusts or sprays, and the more finely divided thesulphur, the more effective is the formulationagainst the disease. Ingeneral, wettablepowders are manufactured for large number ofpesticides among the significant over beingAldrin, (40%, 50%), Malathion (25%, 40%, 50%),Vindane (13%, 20%), etc. other pesticides whichare formulated in water dispersible powders are,sulphur, endosulphan, zineb, etc. Like all dustpowder preparation it is desirable to have awater-dispersible powder with good flowability.Flowability is influenced by the flawability of thecarrier powder and the concentration of thetoxicant. One of the most important desirableproperty of the water dispersible powders inwettability. It is primarily influenced by the typeand concentration of the toxicant as well asthewetting agent used.


WETTABLE SULPHUR


The largest tonnage manganese additionalloy used in the steel industry is high carbonFerro Manganese commonly known asstandard ferro manganese of the averageoverall usage of 7.5kg. mn/t steel 75% issupplied as the high carbon alloy. Untilrecently most high carbon Ferro Manganeseused by the steel industry was produced in ablast furnace process similar to theproduction of iron the balance was producedin electric furnaces. To take up the shortfalland satisfy the increased demand ferromanganese resulting from the large increasein production of steel many new large highcarbon ferro manganese electric furnaceshave been built ranging from 20 to 40 mw insize. Ferro Manganese encompasses a widehorizon of application in various fields viz. inthe manufacture of tool steels structural steelspecial steels having high manganesecontent as well as alloying element inmetallurgical ioerations and a hostful of otheruses. Silico Manganese is an alloy ofmanganese and iron that contains 18.25%silicon and is available in various grades.Their prominience attributes to their usage forsprings and high - strength structural steel,etc.

Cost EstimationLand & Building (Area 5000 sq.mt.)Rs. 2.32 Cr.Plant & Machinery Rs. 72 LacsW.C. for 3 Months Rs. 4.26 Cr.Total Capital Investment Rs. 7.59 Cr.Rate of Return 70%Break Even Point 23%

FERRO MANGANESE/SILICOMANGANESE BY ELECTRIC

FURNACE PROCESS

Plates are the components/parts of a storagebattery cell and lead storage plats are dividedbroadly into types designated by the namesof their respective makers the formed andpasted types. In the formed type the activematerial consists of a comparatively thin layersuperficially formed by an electro chemicalprocess from the metalic lead of thesupporting grid. To obtain the desiredcapacity a highly developed grid surface isessential. In the paste type the active materialis applied to the supporting grid in the form ofa paste consisting of lead powder mixed witha liquid (water dilute sulphuric acid or otheracqueous solution) to a putty like consistencyfollowed by setting, drying and formingoperations. Formed type positive plates havebeen developed three types: Those in whichthe developed surface is produced by cutting,spinning or rolling upstudying fines or leaveson the face of a pure lead bank. Those inwhich the surface has obtained by castingpure lead in the desired form of grid providingthin closelly spaced vertically disposed fineinterconnecting comparatively heavyhorizontal ribs. Those in which the pure leadbase in the form of resettes of lead ribboncorrugated cross wire X rolled into spirals andinserted by heavy pressure into circularopenings. In a cost lead anitmony alloy gird.

Cost EstimationPlant Capacity 0.20 MT./DayLand & Building (Area 800 sq.mt.) Rs. 47 LacsPlant & Machinery Rs. 19 LacsW.C. for 2 Months Rs. 25 LacsTotal Capital Investment Rs. 97 LacsRate of Return 19%Break Even Point 70%

BATTERY PLATES

Magnesium does not occur free in nature butits compounds are widely distributed. Itsimportant minerals are Magnesite Mg Co3;Dolomite Mg Co3. CaCo3; Carnallite, Kcl.MgCl2 6H2o Asbestos, Ca Mg3(SiO3)4.Magnesium carbonate occurs in nature asmagnesite and in another form in associationwith calcium carbonate as dolomite. Thenatural product as magnesite is too impurefor direct use in industry. Technical carbonateis prepared from magnesite or dolomite bycalcining in rotary kilns, slaking the calcineand then carbonates is carried out (withscrubbed flue gases) at as low a temperatureas possible and under a pressure of 75 P.S.I.The resulting mixture contains magnesiumbicarbonate in solution and calciumcarbonate and other impuri t ies insuspension. The solution is separated,filtered and treated with live steam toseparate the basic carbonate since thesolubility of calcium carbonate is very lowunder the conditions employed.

Cost EstimationPlant Capacity 1898 KGS/DayLand & Building (Area 4000 sq.mt.)Rs. 1.12 Cr.Plant & Machinery Rs. 24 LacsW.C. for 3 Months Rs. 60 LacsTotal Capital Investment Rs. 2 Cr.Rate of Return 106%Break Even Point 18%

MAGNESIUM CARBONATE,MAGNESIUM METAL &CALCIUM CARBONATE

FROM DOLOMITE

The book covers Natural Rubber, Basic Concepts ofSynthetic Rubber, Styrene Butadiene Rubber,Polybutadiene, Polychloroprene and PolyisopreneRubbers, Butyl and Nitrile Rubber, MiscellaneousRubbers, Latex Product Manufacturing Technology,Foam Products Manufacturing Technology,Plasticisers, Factice and Blowing Agents, Mouldingand Finishing of Rubber Components, CompoundingIngredients and Compound Design, FootwearTechnology, Conveyor Belt Technology, V-Belt andFan Belt Manufacturing Technology, HoseTechnology, Rubber Sports Goods ManufacturingTechnology, Cable Technology, Rubber-To-MetalBonding Components, Rubber-Covered Rolls,Sealing Technology, Nitrile Rubber and ItsApplication in Construction Industry, Rubber-ResinPressure Sensitive Adhesive Tape Technology, TestMethods in Rubber Industry, Recycling of Wastesfrom Rubbers and Plastics.

ISBN- 9788189765194 Price-1640/-

Modern Rubber Chemicals, Compounds

& Rubber Goods Technology

TECHNOLOGY OF PAINTS &

COATINGS WITH FORMULATIONS

Resins (Water Borne) for Coatings

High Solids Green Coatings (Air Drying)

Primer Compositions (Alkyd Resins)

Acrylic Polyols Technology

Biodegradable Surface Coatings

Binders for Premium Paints

Cyclized Rubber in Surface Coatings

Coatings for MedicalApplication

Epoxy Resin

Epoxy Resins,Acrylic Resins,Alkyd ResinsPolyester Resins, Polyurethane ResinsAnionic, Cationic, Non-IonicAcetone process(Solution process), Pre-polymer mixingprocessHot melt process, Ketamine or Ketazine, Selfdispersing of solids, Blocked isocyanates,

Synthesis of Resins, Preparation of dry films,Characterization methods, RheologicalCharacter is t ics, Dry ing propert ies,Mechanical properties, Optical properties,Atomic Force Microscopic (AFM) imaging,Chemical resistance and Durability

Synthesis of alkyd resin & alkyd emulsion,Stability of emulsion, Synthesis of woodprimers and cement primers

Acrylic polyols, acrylic polyols, Applicationsof acrylic polyols, Synthesis of acrylic-Polyurethane hybrid coatings, Modifiedacrylic polyols, OEM coatings based onAcrylic Polyols, Wood coatings, IndustrialCoatings, Two component polyurethanecoatings,Automotive refinishing coating

Biodegradable coatings, Necessity ofbiodegradation, Life cycle of biodegradablecoating, Classification of biodegradablecoatings, Natural biodegradable coatings,Synthetic biodegradable coatings, Synthesisof biodegradable coatings Oils, LallemantiaIbericaEurphorbia Legascae (Vernonia oil)

Testing of premium interior brands in India,Formulating low VOC low odor paint, Resultsand Discussions: Odor and VOC, PaintProperties, Scrub Resistance, StainResistanceBurnish resistance, Resistance

Technical benefits of cyclized rubber,Solvents and compatibility, Compatibility,Compatibility with drying oils, Compatibilitywith resins, Solubility and solvent mixtures

Medical coating characteristics, Medicalcoating classification, Methods, Polymers formedical application, Polylactide (PLA),Parylene, Degradation, Specialised medicalcoatings, Drug-Eluting Stents, DES Basics,Dacro CoatingDacro Structure, Dacro Process, DacroAdvantage, DacroAnalysis, Dacro Scope,

Structure, Epoxy resin coating,Hybridisation,The method of curing, Modification of resin,Mixture of resins, Blending, Alloying, InterPenetrating Networks, Sol-Gel method

Extraction, Modification and Applications ofCNSL/Cardanol Based Epoxy ResinExtraction of CNSL, Cardanol based novolacresins, Epoxidized novolac resins

Application of polyurea coatings, Typicalproperties of polyurea coatings, Applicationareas of olyurea coatings

Formulation of 2K Waterborne ConcreteFloor CoatingsMaterials and Formulations, Preparation ofD r a w d o w n s & C o n c r e t e P a n e l s ,Performance Testing Gloss Measurement,Adhesion testing,Chemical resistance testing

Need for green, Regulations for lead inEurope, Regulationsfor lead in Australia,Regulations forlead in US, Pollution frompain ts F luorosur fac tant , Emerg ingtechnologies

Turmeric in Herbal Paints, Chemistry ofturmeric, Oleic acid, Experimental, Materialsand Methods, Method of Extraction,Evaluation of Turmeric resin extract, Analysisof oleic Acid modified Turmeric Resin,Analysis of Raw Material, Extraction of resinfrom turmeric,

Composition of titanium oleate, Preparationof titanium oleate, Evaluation of titaniumoleateComposition and evaluation of aluminiumpaintHeat resistance of aluminium paint

Infrared SpectroscopyPreparation,Analysis time, Epoxy,Alkyd

Marine Paints & Coatings

Preparation of Magnetic paint, Ingredients tobe used for formulation, ApplicationTechnology, Primer Layer, Back Coat Layer,Coating composition having magneticproperties, Application, Painting on texturedwalls, Mounting posters magnetically, WallDecorations, Magnetic words and poetry

What is nanotechnology?, Nanoscience VsNanotechnology, Dimensional classificationof nanoscale, Nanoscale in One Dimension,Nanoscale in Two Dimensions, NanowiresBiopo lymers , Nanosca le in ThreeDimensionsNanoparticles, Fullerenes (carbon 60),Dendrimers, Quantum Dots, TechnologySynthesis andAssembly of Nanomaterials,UV- curable coatings, Anti-abrasion and anti-scratch coatings, Anti-corrosion coatings,Self-healing nanotechnology antic orrosioncoatings as alternative to toxic chromium,Future of anotechnology

Elastomeric poly urea coatings

Green Coating

Herbal Coating

High Temperature Coatings Technology

Magnetic Paint

Nanotechnoloogy

PU Coatings

Photo Luminescent Paints

Polyaspartics

Phenolic Resins

Paints based onAgricultural Materials

Polyester Powder Coatings

Paint Coating on Galvanized Steel in CoilCoating line

Photocatalytic Coatings

Experimental, Materials, Preparation ofpolyol, Characteristics of epoxy polyol (EP),FT IR Spectral analysis, FT IR spectra ofepoxy polyol, FT IR Spectra for polymer, FTIR Spectra for polymer-H

Mechanism of action, Effect of temperatureon the afterglow, Manufacturing of thepigment, With Polyurethane Resins

What are Polyaspartic Esters?, Chemistry,Reaction of aspartic acid ester withisocyanate,Polyurethane/Polyurea/Polyaspartks What’s the Difference?, Reactivity

Experimental, Materials, Synthesis ofphenol-cardanolformaldehyde novolac typephenolic resins, Fourier-transform Infrared(FT-IR) spectroscopic analysis, ‘H-NMR,spectroscopic analysis, Gel permeationchromatographic (GPC) technique,Differential Scanning Calorimetry (DSC), 1H-NMR spectroscopic analysis, Epoxidation ofnovolac prepolymer

Soybean, Soybean oil-based waterbornepolyurethane system, Soybean oil-basedpolyols, Soybean oil-based wetting anddispersing agents, Lignin, Lignin basedpaints, Corn, Corn based paints, XanthumGum, Starch, Sugar based polymers,Solvents, Monomers, Coalescents

Using bi-functional hardener, Co-extrusion ofresins, Polyester Dead Matt, Using reactivematting agent

Preparing of substrate for paint coating,Alkaline solution cleaning, Conversioncoatings, Test conducted to study theperformance of the coated product, Impacttest, Bending adhesion test, Chemicalresistance test, Salt spray test, Heatresistance test, MEK (Methyl ethyl ketone)test, Coating characteristics,

Materials, Titanium dioxide, Silicone resin,Experimental, Methylene blue test, Cigarettesmoke test, Binder, Interior & Exterior paints.Ketonic ResinsRadiation Cure CoatingsSelf-Healing - CoatingsStealth Coatings forAircraft and shipsSol Gel Coatings Vacuum MetallizingCoating on PlasticAutomotive ComponentsPlastic Packaging for PaintsWater soluble plastics for packaging of waterbased paintsPolymer coated steelSiliconeResin Paints Simple & Fast Processing, Easyto over paint, Fast and efficient, Solvent free& ecologically more sound, Extremely stableand nonchalking, Test methods: Certifiedquality

HI-Tech Projects, # 12Feb' 2013

AVAILABLE AT : 4449 Nai Sarak, Main Road, Delhi - 110006 (INDIA)Ph : 91- 11- 23916431, 23918117, 45120361, 64727385, 23947058Mobile: 9811437895, 9811151047

New 2013 Ed.

Rs. 1890/-

Payasam Manufacture

Potato-based Textured Snacks

Rice suji-based payasam, Wheat suji-basedpayasam, Avalakki (beaten ricebased)payasam,Ada-based payasam

Phirni Manufacture:Ingredients Technology.Sevian Manufacture: Product Technology.Sohan Halwa: Product descr ipt ionTechnology.Gajar-ka-Halwa : Product TechnologyKaju Burfi Manufacture: Product Technology.Ghevar Preparation: Product TechnologyLauki halwa, Padusha, South indian sweet,Mohandas Rasogolla, Kheer & Pal Payasam.Preparation of Lassi: Composition, Method ofpreparation, Preparation of sugar syrup andLassi, Microflora of lassi.Shrikhand Preparation: Traditional method,Industrial method.Technology of Khoa Manufacture & StorageVarieties and grades of khoa, Chemicalcomposition of khoa, Small scale preparationof khoa, Equipment Quality of milk,Traditional process, Improved method forkhoa preparationPackaging and storage of khoa.Peda: Composition, manufacture of peda.Khoa-based Sweet - KalakandKhoa-based Sweet - Gulab JamunMilk-based Sweet - BurfiChhana-based Sweet -RasogollaPreparation of KulfiYoghurtProduction of SandeshManufacture of Shrikhand by UltrafiltrationProcess: Shrikhand makingPreparation of Traditional SweetsGulab Jamun/RasogullasWinter ProductsSome Selected Recipes of Traditional FoodsDessert Powders & PuddingsExtruded Snacks: Terminology, Extrusionprocess, Preconditioning configuration,Extruder configuration, Die configuration,Expanded snacks, Fried collettes, Productdescription,Process description, Formulation, Bakedcollettes or shapes, Formulations, Thirdgeneration snacks, Process, Formulations,Die design, Flatbread and cracker snacks,Process description Formulation, Furtherpossibilities,High moisture dough snacks, Formulation

Raw materials, Potato granules, Potatoflakes, Potato starch, Potato flour, Methodsof manufacture, Forming and frying of wetdough,High shear dry extrusion, Low shearpellet extrusion, Potato chip manufacture,Similar products using a basis other thanpotatoes, Flaked cereals, Puffed cereals

Details of Raw Materials used for Sweets

Sweeteners: gur (jaggery), khandsari, bura,andchini, Gur (jaggery), Khandsari (Khand),Bura,Chini (Refined Sugar), Packaging, Grains:Chawal (Rice), Maida, Suji, Rava,Rice(Chawal)Maida & Suji or Rava (Wheat Flours), MaidaGrading, Large & bSmall Particle Grade,Packaging Storage, Dry Fruits And OtherNuts:Badam, Kaju, Copra, Pista, Khaskhas,Akhrot, Kishmish Almonds (Badam), ShelfLife,Preservation, Packaging & Storage, Copra,Pistachio (Pista), Processing, Khaskhas(Poppy Seeds), Application, Akhrot(Walnuts), Inshell Walnuts, Shelled Walnuts,Kishmish (Raisins), Processing, SulphurFumigation, Chhoti Elaichi (Cardamom),Gulab Jal, Kesar, Cocoa Chhoti Elaichi etc

Khoa/Mawa, Packaging of Khoa, Shelf Life,Dry Gulabjamun Mix, Skim Milk Powder-based, Gulabjamun Mix, Whole Milk Powder-based, Gulabjamun Mix, Kalajamun, Malai-ka-baraf, Falooda, Product description,Technology Innovations, Kunda, Productdescription, Technology, Shelf-life, Balmithai,

Rasogolla, Sugar syrup, Mechanizedproduction, Use of milk powder, Driedrasogolla mix, Yield, Packaging, Rasomalai,Chhana-murki, Prospects for mechanizationCham-cham, Ksheer sagar, Chhana kheer,Chhana pakora, Rasaballi Shosim, Kalari

Traditional method, Innovations, Preparationof curd, Preparation of chakka, Preparation ofshrikhand from chakka, Starter cultures,Separation of whey from curd, Mixing ofchakka with cream and sugar, Packaging ofshrikhand, Shelf-life, Physico-chemicalaspects

R i c e k h e e r, Te c h n o l o g y P r o c e s supgradation, Selection of rice Cookingcharacteristics of rice, Long-life kheer, Shelf-life.

Process Manufacturing method, Shelf-lifePlant parameters, Manpower, Plant &machinery.

Manufacture

Making of Milkbased Sweets

Manufacture of Bengali Sweets

Shrikhand Manufacture

Kheer Manufacture

Dried Kheer Mix Manufacture

TECHNOLOGY OF SWEETS

(MITHAI), NAMKEEN AND

SNACKS FOOD WITH FORMULAE

HI-Tech Projects, # 13Feb' 2013

AVAILABLE AT : 4449 Nai Sarak, Main Road, Delhi - 110006 (INDIA)Ph : 91- 11- 23916431, 23918117, 45120361, 64727385, 23947058Mobile: 9811437895, 9811151047

Snacks and Namkeen RecipesSnack Food Preservation & PackagingDetails of Plant, Machinery and Equipmentsfor Snacks FoodNamkeen and SweetsProcessed Products from PotatoPappad and Bariyan PlantPotato Chips/WaffersPotato Chips (Automatic Plant) with ImportedMachineryManufacturing process, Sorting, cleaningand Description machineries, Optionalequipment available, Processing sectionInvestment, Potato chips (imported plant).Rice PuffRaw materials, Manufacturing processRice Flakes, Corn flakes and Wheat flakes(integrated unit) Raw materials, Corn,Nutritive value, Composition of grains,Manufacturing processSnack Food Manufacturing process,Humidification, Puffing, ProcessPackaging of Snack Foodsckaging materials for snack foods, Packagingsystem,Gas flushing, Compensated vacuum.Fast and efficient, Solvent free & ecologicallymore sound, Extremely stable andnonchalking,Test methods: Certified quality

Patrons you can deposit theamount in EIRI AccountUNION BANK OF INDIACA-307201010015149

(IFS Code: UBIN0530727)

The book covers of Role of Prepress,Typography, Text Handling, Images andGraphics Handling, Make up, Planningand Assembly, Working and ImpositionM e t h o d s , P r o o f i n g , P r i n tSpecifications and Standardisation,Output Media and Preparation ofPrinting Surfaces, Computer to Print.

Price-940/-

ISBN- 9788189765279

HandBook ofPREPRESS

New 2013 Ed.

Rs. 1890/-

HI-Tech Projects, ' 2012 # 14Feb' 2013 www.eiriindia.org

Confectionery Products

Manufacture of Toffee

Gum and Jelly Products

Sugar confectionery, Nutritional significance,Principles of sugar confectionery production,A range of sweets for sale, Degree ofinversion, Time and temperature of boiling,Boiling point of sucrose solutions, Moisturecontent, Added ingredients, Types of sweets,Fondants and creams, Gelatin sweets, Toffeeand caramels, Hard-boiled sweets,Processing, Boiling, Cooling, Equipmentrequired,Beating, Forming/setting, Packaging,Suitability for small-scale production, Multi-coloured aerated confectionery products,Method of Preparation,Confectionery product and preparation,C o o l a n t , C o m p o s i t i o n s , F l a v o u rCompositions, Coolant and Flavour ReleaseProfiles, Manufacturing Methods,Confectionery compositions with magnoliabark extract, Confectionery Formulations,Pressed Tablet Formulations, Fruit and nut-containing confectionery candy, ReducedSweetness Confectionary, Compositions,Reduced Sweetness Confect ioneryCoatings/Fillings, Cereal Bars and OtherCereal Products, Baked Products and OtherProducts, Processes For AssociatingConfectionery Coating Compositions WithFood Items

Biodegradable toffee gum, Manufacturing ofPolymers, Polymer No. 101, Polymer No.102,Polymer No. 103, Polymer No. 104, PolymerNo. 105, Polymer No. 106, Preparation ofToffee Gums

Production Of Gum and Jelly Products,Cooking process, Batch production,Continuous production,Depositing process, Recipes, ManufacturingJelly fruits with Pectin Classic AS 501,Manufacturing Jelly fruits with Pectin ClassicCS 501, Manufacturing Jelly fruit with lowacidic taste with Pectin Amid CS,Manufacturing Pectin bears with PectinClassic AS 507, Manufacturing Pectinpastilles with Pectin Classic CS 502,ManufacturingJelly fruit containing fruit pulp with PectinClassic AS 502, Manufacturing Fruit gums:Combination Pectin Classic AS 502/gelatine,Manufacturing of the semifinished product,Manufacturing of the final product, Jelly fruitlayer for biscuits with chocolate cover usingPectin ClassicAS 501, ManufacturingZefir with Pectin Classic AS 401, Process forpreparing caramel, Multi-layered fondantcontaining chewing gum, Flavour, Sensate,Taste, Functional Agents, Sweeteners,Sensate Ingredients, Breath, FresheningIngredients, Dental Care Ingredients,Active Ingredients, Effervescing SystemIngredients,

TECHNOLOGY OF CONFECTIONERY,CHOCOLATES, TOFFEE, CANDY, CHEWING &

BUBBLE GUMS, LOLLIPOP ANDJELLY PRODUCTS WITH FORMULATIONS

Appet i te Suppressor Ingred ients ,Potentiator, Ingredients, Food AcidIngredients, Micronutrient Ingredients,Mouth Moistening Ingredients, Throat CareIngredients, Preparation of a Three-LayeredGum, Dry mouth lozenge, Analysis ofconfectionary products, Ingredients, Sugar(Sucrose), Corn SyrupSyrup, Chocolate and Chocolate Coatings,CocoaFats, Starch, Milk Products, AeratingAgents, Egg albumen, Vegetable albumens,Gelatin, Stabilizers, Gel formers and Gums,Acids, Additives, Emulsifiers, stabilizers,and thickeners: mono- and diglycerides,polyoxyethylene(POE) and sorbitan esters,and alginates Bloom retartants: POE estersFlavouring agents, Humectants, Colours,Antioxidants and synergists, Glazes andpolishesPreservatives, Antifoaming agents (syrups,jellies),Methods of Manufacture, Basic fondant,C a r a m e l s a n d t o f f e e s , F u d g e s ,Marshmallows, Nougat, Starch jellies,Methods of Analysis, Sugars, ProcedureLane-Eynon Procedure, Fat-free chocolateand chocolate liquor, Acidity, Procedure,Proteins Chocolate fineness,

Step #1: Roasting and Winnowing theCocoa,A diagram showing the manufacturingprocess,Step #2: Grinding the Cocoa Nibs, Step #3:Blending Cocoa liquor and moldingChocolate,Milk Chocolate, White Chocolate, PlainDark Chocolate, How chocolate is madeBlending,Refining & Conching, Tempering, Chocolateplant, Chocolate Powder, Low caloriechocolateOrganoleptic Test, Improvement in softnessand pleasantness by use of emulsifyingagent, Improvement in softness andpleasantness by use of liquid oil & fat, Milkchocolate containing water, Heat-resistantchocolate composition, Sugar freechocolate coat ing, Hypoal lergenicchocolate, Chocolate candy

Chocolate Recipes with Whole SoybeanPowderProcess for Making a Soy-EnrichedChocolate Product, Analysis of ChocolateProducts, Fat blends for chocolatecompositions, Continuous temperingprocess, Batch tempering processCoffee Flavoured Chocolate BarChocolate-flavored BeverageRecipes of Chocolates, Apple and QuinceChocolates, Ingredients, Preparation

Manufacturing Chocolate

Soy-containing Chocolate Products

Hard Boiled Candy and Chewing Gum

Co-deposited twocomponent hard candy,Chocolate flavoured hard candy, Method ofcontinuously producing hard-candy masses,How this device operates will now bedescribed, Hard candy composition, Sugar-free hard boiled candy, Method 1: Sugar-freesweets with a high water content, Method 2:Hypocaloric sugar-free sweets with a highwater content, Sugar Free Chewing gum,Colouring, flavouring Method XI: pH of Gum,Coldproof chewing gum, Method 1:(Comparison of compositions of gum basesfor plate type chewing gums)

Aspirin & Caffeine Gum, AcetaminophenGumBubble GumPolyvinylacetate bubble gum basecomposition, Non-stick bubble gum basecomposition, Bubble Gum, Sugarless BubbleGum, Sugarless Center-Filled Bubble Gum,Method X: Center-Filled Bubble Gum, Dualgum base bubble gum, Chewing GumProducts, Preparation of Chewing GumProduct

Raw Materials, The Manufacturing Process,Quality Control, Byproducts/Waste, TheFuture Lollipop and method of making same,Lollipop-type confection and packaged in anelastic mold Method

A Good Manufacturing, Dry Ginger ColdCough Diabetes, Dry Ginger Cold CoughDiabetes, Medicine Nausea, Usage, Pickledginger, Regional uses, Medical uses,DiarrheaNausea, Folk medicinal uses, Local uses,Hazmola Candy, Contains

From Bean To Liquid, To Chocolate Bar,Coffee Flavored, Chocolate Bar, Chocolateand wafer bar, Toffee-soft Caramel, ToffeeGum Comprising, Chocolate, Preparation ofToffee Gums, Evaluation of Resistance ofToffee Gum Substance Towards, Chocolate,Evaluation of Small Chocolate-Coated,Toffee Gum Pieces, Comparison of ToffeeGum and Chewing Gum by RheometricMeasurements, Dry mouth lozenge,Therapeutic herbal lozenge composition,Antimicrobial lozenges, Nonionic Lubricants,Lozenge Vehicle, Optional Components,Method Of Manufacture, Composition Use,Pharmaceutical lozenges, Method ofManufacture

Lozenge CutterApparatus

Packaging Confectionery Product

Confectionery Package

Pharmaceutical Chewing Gum

Lollipop

Candy Manufacturing Technology andCandy Manufacturing Techniques

Process of Chocolate Bar Making

New 2013 Ed.

Rs. 1890/-


Steel Plates Manufacture

Technology of Steel Wire and Steel WireProducts

Manufacturing Technology of Hot-StripMill Products

Plate-Mill Products, Plate-Mill Operations,Heating Slabs for Rolling, Batch-TypeHeating Furnaces, Continuous-type Heating,Furnace, Furnace Control, Descaling, PlateRolling, Plate Rolling Variables, Bending ofRolls, Roll Wear, Temperature Variation,Levelling (Flattening) Cooling, Shearingand Cutting, Identification, Inspection andLoading, General Types of Plate Mills,Two-High Pull-Over, Two-High Single-Stand,Reversing and Three-High Plate Mills, Three-High Plate Mills, Four-High ReversingPlate Mills, 160/210-Inch Plate Mill, SlabYa r d , S l a b - R e h e a t i n g , F u r n a c e s ,Scalebreaker, Slab Turnaround, Four-High Reversing Stand Tables, TransferTables and Cooling, Levelers

Principle Uses of Steel Wire Early Method ofManufacture Classification of Steel Wire,Bases for Classification, Kinds andComposition of Steel Used for Wire, WireShapes, Sizes of Wire, Classification ofCommon Round Wire According to Size,Surface Finishes of Wire, Temper of Wire,Rolling the Wire Rod, The Wire Rod, Types ofRod Mills, The Continuous Rod Mill, TheMorgan Mill, Modern Continuous Rod Mills,Layouts for Rolling Small Billets, Types ofWire, Processes and Equipment forPreparing Rods and Wire for Drawing,Importance of Cleaning, Method of Cleaning,Manner of Handling the Material, Types ofCranes, Wire-Drawing Equipment,Properties of Patented Wire, Hardening andTempering, Methods of Hardening andTempering Wire,Protective Metallic Coatings, Kinds ofCoatings, Wire Galvanizing, Advantages ofGalvanizing, Methods of Galvanizing,Processes Preliminary to Hot Galvanizing,Annealed Wires, Cold-Heading Wire, Liquor-Finished Fine and Weaving Wire, WeldingWire, Brush Wire, High-Carbon or SpecialWires, Rope Wire, Music Wire, Piano Wire,Bronze Finish Tire, Bead Wire, Valve SpringWire, Tempered Wire, Other Special Wires,Stainless-Steel Wire, Flat Wire, SomeFabricated Steel-Wire Products, Importanceof Fabricated Wire Products, Wire Nails, NailMachines, Fabrication of Wire Rope,Stranding, Types of Wire Rope

Classification of Flat-Rolled Steel ProductsSources and Types of Steel for Sheet, Stripand Tin Plates, Chemical Compositions,Steelmaking Processes Slabs, Rolling Slabsfrom Ingots, Continuous Casting of Slabs,Bottom-Pressure Pouring of Slabs,Continuous Hot-Strip Mills, Development andOutput, General Arrangement of ModernMills,Control of Finished Product Quality, An 84-inch Continuous Hot-Strip Mill, Slab,onditioning and Storage Areas, Slab-HeatingFurnaces, Runout Table, Coilers, LubricatingSystems, Motor Room, Metallurgy of Hot-Rolled Strip, Hand Hot Mills, DevelopmentProcess

Production Process of Cold-ReducedFlat-Rolled Products

Manufacture of Galvanized Sheet andStrip Uses of Galvanized Sheet and Strip

Manufacture of Heavy Press Forgings

Castings - Steel and Iron

Project Profiles

Cold-Finished Flat-Rolled Products, Cold-Finished Flat Bars, Cold-Rolled Carbon-Steel Strip Temper, Stainless Cold-rolledStrip Steel Finishes, Cold-Rolled Carbon-Steel Sheets, Black Plate, Principles ofCold Reduction, Sequence of Operationsin Cold Reduction, Roll Arrangement forCold Reduction, Mill Layouts, Four-HighReversing Mills

Factors Influencing Effectiveness ofGalvanized Coatings, Coating Weight andGage Requirements, Metallurgical Featuresof the Hot-Dip Galvanizing Processes,Coating Metal Used In Hot-Dip Galvanizing,Steels Continuous (Strip) Hot-DipGalvanizing, General Arrangement andOperation of Continuous, Testing GalvanizedSheets

Heating for Forging, Rate of Heating,Forging Temperature, Handling Equipment,Open Dies for Forging, Principal ForgingOperations

Steel Castings, Casting Compared withOther Forms of Shaping Steel, Compositionand Mechanical Properties of Cast Steels,Making Steel for Castings, Molding forCasting Steel, Patterns and Molds for SteelCastings, Quenching and Tempering, FlameHardening, Heat- And Corrosion- ResistantSteel Castings, HighlyAlloyed Steels, TypicalApplications, Melting, Casting, Molding,Finishing Operations, Methods of Samplingand Testing, Precision Steel Castings, IronCastings, Pig Iron for Castings, IronComposition vs.PropertiesForms of Carbon in Pig Iron

M.S. Billet casting with induction furnace fromsteel scrap & sponge iron, Mini steel plant (3t-induction furnace), Steel rolling mill (byinduction furnace) from steel scrap andsponge iron, Rolling mill (by inductionfurnace) & manufacturing of bars, angles,squares, tubes and others, Hot rolling mill ofnarrow steel strip plant economics, Rollingmill & manufacturing of bars, angles,squares, tubes & others, Cold rolling mill,Steel rolling mill (reinforcement bars), Re-rolling mill (reinforcement and structuralmembers), Sodium aluminate, Superenamelled copper wire (from copper scrap),Super enamelled copper wire (from coppercathode rod), Copper rod wire drawing andpvc wire & cables, G.I. wire, Stainless steelcold rolling mill from coil, Cold roll forming ofz-section and other section, Aluminium hotand cold rolling mill, Forging plant steelcasting

Technology of Rolling Mills

Heating Steel for Hot Working

Production of Steel Bloom, Slabs & Billets

Types of Mills, Rolling-Mill Accessories, LeadSpindle, Mill Pinions, The Bearings, RollerBearings, Rolling-Mill Roll Design &Manufacture, Principal Parts of Rolls,Procedure in, Designing, Elements of GoodRoll Design, Casting of Rolling-Mill Rolls,Steel Rolls, Iron-Base Rolls, ContinuousRod Mills, Continuous Seamless Tube Mill,Motor-Room Ventilation, Auxiliary Drives,Table Rollers, Screw-Downs, Manipulatorsand Side-Guards, Blooming-Mill Shears,Principles of Process Control Systems,Process Equations, Instrumentation, Controlof Primary Rolling, Plate-Mill Control, Hot-Strip Mill Control, Roughing, Finishing,Computer Control, Control of Cold-ReductionMills, Reversing Mills, Tandem Mills,Computer Control

Principles of Furnace Design, Objectives andGeneral Metallurgical Requirements, BasicElements of Furnaces, Furnace Size andCapacity, Furnace Type and Shape, ThermalEfficiency, Materials of Construction,S o a k i n g - P i t F u r n a c e s , G e n e r a lConsiderations in Furnace-Type Selection,Batch-Type Furnaces, Pusher-TypeFurnaces, Rotary-Hearth Furnaces, Walking-Beam Furnaces, Roller-Hearth Furnaces,Operating Statistics

Production of Blooms and Slabs by Rolling,General Features of Blooming and SlabbingMills, Two-High Reversing Mill, Two-HighTandem Mill, Three-High Mill, Two Two-HighReversing Mills in Tandem, Tandem andThree-high Mill in Tandem, Four-Stand andFive-Stand Tandem, Roll Design and RollingProcedures, Roll Design, Effect of PassDesign on Rolling Procedures, Convexity ofPasses, Production of Billets by Rolling,Development of the Billet Mill, Types of BilletMills, Three-High Billet Mills, Cross-CountryBillet Mills etc.

Rs. 2640/- with

Post Exp. in India2012-13 Edn.

MODERN TECHNOLOGY OF ROLLING MILL, BILLETS,STEEL WIRE, GALVANIZED SHEET, FORGING AND CASTINGS

PROJECT PROPOSALS FORNEW ENTREPRENEURS


Phthalide is an organic chemical compoundwith the molecular formula C8H6O2. It is alactone that serves as the core chemicalstructure for a variety of more complexchemical compounds including dyes (such asphenolphthalein), fungicides (such astetrachlorophthalide, often referred to simplyas “phthalide”) and natural oils (such asbutylphthalide). Phthalides are a group ofsecondary metabolites or phytochemicalcompounds classified under lactones.Phthalides are known to provide healthbenefits by stimulating and/or inhibitingvarious enzymes in the body. Studies haveshown that these compounds can help lowerblood pressure, provide an anti-inflammatoryfunction, improve circulation, rid the body oftoxins such as uric acid crystals, inhibitmalignancy and offer a calming effect. Manyof the major phthalides have been isolatedfrom plants mainly medicinal herbs, celerystalks, celery seeds and essential oils of theirplant of origin. There are numerous reportson the bioactivities of phthalides butinvestigations concerning the mode of actionare few. Phthalides (isobenzofuranone), afamily of five-membered lactones in plants,are important building blocks in a largenumber of biologically active compounds. 3-Arylphthalides, for example, are usefulintermediates for the synthesis of tri andtetracyclic natural products such asanthracycline antibiotics.

Cost EstimationPlant Capacity 360000 KGS/DayLand & Building (Area 5000 sq.mt.) Rs. 5.91 Cr.Plant & Machinery Rs. 2.14 Cr.W.C. for 3 Months Rs. 2.88 Cr.Total Capital Investment Rs. 11.53 Cr.Rate of Return 31%Break Even Point 57%

ORGANIC CHEMICALS &SOLVENTS

Tamarind powder is produced from theKernels of Tamarinds. It is used in themanufacture of the tamarind gum. Tamarindgum is seed gum with potential industrialapplication. It is obtained from the seedkernels of the tamarind. Free, tamarindindica, which is cultivated in India andBangladesh. The seed are a by productfrom production of tamarind pulp which isused as a food flavour. Seed production is1,50,000 t/year. The seeds consist of a hardouter testor which can be removed by avariety of heating and milling procedures anda kernel (70%) which after separation ismilled to give tamarind kernel powderconsisting of gum 65% protein 15-20%, Oil6% and Ash 3%. Tamarind trees(Tamarindus indica) are found naturalizedalmost throughout the plains and subHimalyan tracts of India. The pulp oftamarind fruit known as emli is used as anacid flavouring agent. The seed constitute34 % of the fruits and contain on an average60% starch. Statistical information on theannual production of fruit pulp is notavailable. But of seed is upto some extentavailable. Dandakarnya region in M.P. andKoraput district in Orissa are also very rich intamarind trees. This industry is resourcebased requiring raw materials in bulk andshould be located near the source of rawmaterials.

Cost EstimationPlant Capacity 5 MT./DayLand & Building (Area 2000 sq.mt.)Rs. 1.79 Cr.Plant & Machinery Rs. 1.97 Cr.W.C. for 2 Months Rs. 68 LacsTotal Capital Investment Rs. 4.72 Cr.Rate of Return 49%Break Even Point 47%

TAMARIND KERNELPOWDER

The original electrical insulating tape wasmade of cloth tape impregnated withChatterton’s compound, an adhesivematerial manufactured using Gutta-percha.This type of tape was often used to insulatesoldered splices on knob and tube wiring. Inthe early 1940s, vinyl plastic emerged as aversatile material for a wide range ofapplications, from shower curtains to cableinsulation. A major ingredient in vinyl film wastricresyl phosphate (TCP), which was usedas a plasticizer. Unfortunately, TCP tended tomigrate, giving the surface of the vinyl film anoily quality and degrading every tapeadhesive known. Research chemists andengineers at 3M set out to create adependable, pressure-sensitive tape madeof vinyl film that would have the requiredelectrical, physical and chemical properties.Experiments were conducted combining newplasticizers with the white, flour-like vinylresin. Finally, in January 1946, inventorsSnell, Oace, and Eastwold of 3M applied for apatent for a vinyl electrical tape with aplasticizer system and non-sulfur-basedrubber adhesive that were compatible. Thefirst commercially available version of thetape was sold for use as a wire-harnesswrapping. Interestingly, this original blacktape wasn’t black at all.

Cost EstimationPlant Capacity 5 MT./DayLand & Building (Area 5000 sq.mt.)Rs. 5.91 Cr.Plant & Machinery Rs. 4.61 Cr.W.C. for 1 Months Rs. 2.15 Cr.Total Capital Investment Rs. 13.56 Cr.Rate of Return 52%Break Even Point 37%

P.V.C. INSULATION TAPE

The history of distilling potable spirit is forshorter than that of making non-distilledalcoholic beverages. There arenevertheless several very early referenceswhich can be taken to indicate that a potablespirit (like country liquor) was known manythousands of years ago. The earliestregarding excessive consumption of potabledistilled spirit, i.e. country liquor and otherproducts, appear to have come from China,some 1000 years B.C. Aristotle latermentions purifying sea water byevaporation, and also “wine which producesa spirit”. For centuries the art of distillingremained firmly in the hands of alchemists.

COUNTRY LIQUORBOTTLING PLANT

Cost EstimationPlant Capacity 100000 Ltr./DayLand & Building (Area 9000 sq.mt.)Rs. 4.08 Cr.Plant & Machinery Rs. 2.05 Cr.W.C. for 3 Months Rs. 37.61 Cr.Total Capital Investment Rs. 44.11 Cr.Rate of Return 65%Break Even Point 21%

Knitted Cotton Gloves are thedemandable item of modern time, greatprogress has been made in glovesmanufacturing industry. Cotton Products likeknitted cotton gloves are primarily producedfrom cotton yarn which is abundantlyavailable. Knitting may be done by hand orby machine.Few seqments of the textileindustry have grown so rapidly in recentyears as has the knitting industry. The Likewoven fabrics, plain coloured knits can bemade from fibers or yarns that have beencoloured,or the finished goods can be dyed.

Cost EstimationLand & Building (Area 450 sq.mt.) Rs. 44 LacsPlant & Machinery Rs. 10 LacsW.C. for 2 Months Rs. 30 LacsTotal Capital Investment Rs. 85 LacsRate of Return 85%Break Even Point 37%

UNDER GARMENTS

Gin, vodka, and related spirits like aquarit aredistinguishable from whisky, rum and brandywhich themselves have a number of commoncharacteristics. The most evident difference is incolour, with gin an vodka normally beingcolourless white whisky, rum and brandy vary inshade from straw-coloured to the deepestbrown. This immediate difference is linked withdistinguishing features of composition andflavour which are reflected in the methods ofproduction of the two troup of sprits. The aurdwhisky comes from the Gaelic word wisge-beatha, as the Irish called it, incoming the waterof life.

Cost EstimationPlant Capacity 60000 LIT./DayLand & Building (Area 10 Acres) Rs. 4.86 Cr.Plant & Machinery Rs. 18.66 Cr.W.C. for 3 Months Rs. 15.16 Cr.Total Capital Investment Rs. 47.32 Cr.Rate of Return 141%Break Even Point 22%

INDIAN MADEFOREIGN LIQUOR (IMFL)

A walnut is an edible seed of any tree of thegenus Juglans, especially the Persianwalnut, Juglans regia. Broken nutmeats ofthe eastern black walnut, from the treeJuglans nigra, are also commerciallyavailable in small quantities, as are foodsprepared with butternut nutmeats. Walnutseeds are high density source of nutrients,particularly proteins and essential fatty acids.Walnut seeds, like other tree nuts, must beprocessed and stored properly. Poor storagemakes walnut seeds susceptible to insectand fungal mold infestations; the latterproduces aflatoxin - a potent carcinogen.Mold infested walnut seed batch should notbe screened then consumed; the entire batchshould be discarded. In certain parts of theworld, walnuts are locally known as waln|sse,noix, nuiz, nuc, kurumi. Walnuts are rounded,single-seeded stone fruits of the walnut tree.The walnut fruit is enclosed in a green,leathery, fleshy husk. This husk is inedible.After harvest, the removal of the husk revealsthe wrinkly walnut shell, which is in twohalves.

Cost EstimationPlant Capacity 1 MT./DayLand & Building (Area 3500 sq.mt.)Rs. 1.18 Cr.Plant & Machinery Rs. 75 LacsW.C. for 2 Months Rs. 1.72 Cr.Total Capital Investment Rs. 3.77 Cr.Rate of Return 36%Break Even Point 48%

WALNUT & PINUS(CHILGOZA) OIL, SHELLPOWDER PROCESSING

PLANT


India has the potential to be a globaltechnology leader. Indian industry iscompeting globally in software and even inareas such an automobiles, chemicals andengineering equipment.Acritical issue for thefuture success of Indian industry is the growthof engineering education in India. Sinceindependence, the ini t ia l focus ofgovernment policy was to provide theengineers required for the developingeconomy. The setting up of the IndianInstitutes of Technology, the RegionalEngineering colleges (and their subsequentconversion to the National Institutes ofTechnology) were targeted at achieving this.Indian engineers established their reputationfor engineering and design ski l ls.Engineering in India is preferred option forbright students at the 10+2 level. This hasresulted in a spurt in engineering collegesprimarily in the private sector. Despite this,industry leaders complain about the absenceof quality engineers for their industry. This isaccompanied by significant unemploymentrates amongst graduating engineers. Thereis a dearth of publicly available data on India’sengineering education system. Wedocument the trend in the student intake,number of engineering graduates, post-graduates and Ph.Ds. In order to obtain thesewe used assumptions of Output / Sanctionedstrength ratios and their trends.

Cost EstimationPlant Capacity 60 StudentsLand & Building (Area 40 Acres) Rs. 28 Cr.acsPlant & Machinery Rs. 26.15 Cr.W.C. for 2 Months Rs. 88 LacsTotal Capital Investment Rs. 56.10 Cr.Rate of Return 0.60%Break Even Point 98%

ENGINEERING COLLEGE

Iron Oxides are extensively used in thepreparation of paints. There are two mainstains yellow and red, Both these varietiesare available in synthetic and natural forms.Yellow oxide of iron is widely used as aretainer in glass paints, undercoats, of ironfinds application in paints rubber, plastics,ceramics, paper linoleum and for polishingglass, metals and diamonds, Iron oxidesare used in paints for exterior work onaccount of the low cost and protective value.They are used as primers for structuralsteel, automobiles bodies, ship bottoms ofiron prolong life of the substance byeliminating the dest- ructive effect light onthe film. Iron oxide pigments own theiryellower tint to feerous oxide and ferrichydroxide while red red dish-brown colour isessentially due to anhydrous ferric oxideFe203. The cont inual ly increasingimportance of iron oxide pigments is basedon their nontoxicity. Chemical stability, widevariety of colours ranging from yellow,orange, red, brown to black, low price.Natural and synthetic iron oxide pigmentsconsist of well-defined compounds withknown crystal structures.

Cost EstimationPlant Capacity 10 MT./DayLand & Building (Area 5000 sq.mt.)Rs. 4.82 Cr.Plant & Machinery Rs. 3.60 Cr.W.C. for 1 Months Rs. 1.20 Cr.Total Capital Investment Rs. 10.03 Cr.Rate of Return 28%Break Even Point 62%

SYNTHETIC IRON OXIDE

The potato is a starchy, tuberous crop fromthe perennial Solanum tuberosum of theSolanaceae family (also known as thenightshades). The word potato may refer tothe plant itself as well as the edible tuber. Inthe region of the Andes, there are some otherclosely related cultivated potato species.Potatoes were first introduced outside theAndes region four centuries ago, and havebecome an integral part of much of theworld’s cuisine. It is the world’s fourth-largestfood crop, following rice, wheat, and maize.Long-term storage of potatoes requiresspecialised care in cold warehouses. Wildpotato species occur throughout theAmericas, from the United States to Uruguay.The potato was originally believed to havebeen domesticated independently in multiplelocations, but later genetic testing of the widevariety of cultivars and wild species proved asingle origin for potatoes in the area ofpresent-day southern Peru (from a species inthe Solanum brevicaule complex), wherethey were domesticated 7,000-10,000 yearsago. Following centuries of selectivebreeding, there are now over a thousanddifferent types of potatoes.

Cost EstimationPlant Capacity 10 Ton./DayLand & Building (Area 5000 sq.mt.)Rs. 5.91 Cr.Plant & Machinery Rs. 3.24 Cr.W.C. for 3 Months Rs. 10.74 Cr.Total Capital Investment Rs. 20.49 Cr.Rate of Return 68%Break Even Point 45%

POTATO POWDER

The pressure swing adsorption processes for

the continuous and regenerative purification

of air and gases have been well established

since the discovery of the basic process over

fifty years ago. Recent advances in the

adsorption process have resulted in

improved separation efficiencies and lower

energy consumption. Purity requirements for

clean, dry air have become more stringent in

recent years to meet the increased demands

of industry and laboratories. Thirty years ago,

pure air was required to have a moisture dew

point of — 400C or lower and less than 1

ppmv hydrocarbon content (as methane).

The levels were gradually lowered to -760C

dew point and less than 0.5 ppmv total

hydrocarbon content. With advances in

technology, the purity requirements were

reduced to less than 1 ppbv for

s e m i c o n d u c t o r p h o t o l i t h o g r a p h y

applications, fuel cell development,

a u t o m o b i l e e m i s s i o n s t e s t i n g ,

pharmaceutical manufacturing, and other

critical applications.

Cost EstimationPlant Capacity 45000 lb/DayLand & Building (Area 5000 sq.mt.)Rs. 5.35 Cr.Plant & Machinery Rs. 5.20 Cr.W.C. for 2 Months Rs. 3.13 Cr.Total Capital Investment Rs. 14.91 Cr.Rate of Return 33%Break Even Point 69%

PSA BASED NITROGENGENERATOR

Bioprocessing, Types of Fermentation, Composiionand Nutrition of Fermented Products, Techniques ofFermentation Systems, Media for IndustrialFermentation, Process Control, Processing, Methodsof Preserving Food (Food Bio-Processing), MilkProducts Production, Production of Bakery Products,Fermented Beverages, Mushroom, AntibioticProduction, Industrial Enzymes, Organic Acids,Vitamins, Biofertilizers, Biopesticides, BiologicalWaste Treatment, Biofuels, Biogas Production,Ethanol, Biodiesel

MODERN TECHNOLOGY OFBIOPROCESSING

(FERMENTATION, FOOD, ENZYME,PHARMACEUTICAL INDUSTRIAL,AGRICULTURAL AND ENERGY)

PRICE 16 5/-ISBN 9788189765354 1

frozenfoodproducts - 3.imimg.com · the chemistry of resin formation and resin ... potash alum is...

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