HI-TECH PROJECTS(An Industrial Monthly Magazine on New Project

Opportunities and Industrial Technologies)

DECEMBER 2020 Issue(E-copy)

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MOST DEMANDABLE PROJECTSFRUITS AND VEGETABLESDEHYDRATION UNIT [3472]

In India, Dehydrat ion of frui ts andvegetable has a bright prospects overother foods because India has diversegeographical and climatic conditions andproduces a wide range of frui ts andvegetables throughout the year. Herealmost all type of fruits and vegetablesare grown al l over the country. Thesefruits and vegetables are valuable foods.They are a rich source of calcium,phosphorus, i ron and vi tamins.Dehydrated fruits & vegetables include ano. of art ic les mainly, frui t juices,dehydrated frui ts and vegetables,squashes, cordials, Beverages, jam,jel l ies, mermalades, chutney, sauces,pickles, vinegar, pectin etc. Dehydrationis at present defined industrially as dryingby arti ficial ly produced heat undercareful ly control led condit ions oftemperature, humidity, and air flow. Theterm ‘dried’ is applied to all dried productsregardless of the method of drying. Fruitsand vegetables are dried to enhancestorage stabi l i ty, minimize packagingrequirement and reduce transport weight.Preservation of frui ts and vegetablesthrough drying based on sun and solardrying techniques which cause poorquality and product contamination. Energyconsumption and quality of dried productsare critical parameters in the selection ofdrying process. An optimum dryingsystem for the preparation of qual i tydehydrated products is cost effective asit shortens the drying time and causeminimum damage to the product. To reducethe energy utilization and operational costnew dimensions came up in dryingtechniques. Among the technologiesosmotic dehydration, vacuum drying,freeze drying, superheated steam drying,heat pump drying and spray drying havegreat scope for the production of qualitydried products and powders. The keepingqual i ty of a food material is greatlyinfluenced by i ts water content. Fruitsand vegetables containing high percentageof water deteriorate more rapidly thancereals, and root crops. Preservation offoods by sun drying is perhaps the oldestmethod known. Frui ts l ike figs, amla,mango banana, coconut etc. andvegetables l ike tapioca, chi l l ies, peas,turmeric and ginger are preserved bysun drying. The use of machinery fordrying and the development of thedehydration industry are comparativelyrecent and l ike canning dehydration isassuming increasing importance as aprocess of good preservation.

COST ESTIMATIONPlant Capacity 4 Ton/DayLand & Building (1000 sq.mt) Rs. 1.15 CrPlant & Machinery Rs. 1.13 CrWorking Capital for 2 Months Rs. 2.61 CrTotal Capital Investment Rs. 4.97 Cr

Rate of Return 80%Break Even Point 26%*********************************************

SODA ASH PLANT [3473]Next to sulfuric acid and ammonia, sodaash (sodium carbonate) is the third largestmanufactured chemical in the world.Comparatively, baking soda (Sodiumbicarbonate), a byproduct of the sodaash industry also enjoys good marketdemand. While soda ash is commerciallyused for the production of glass, inorganicchemicals, soaps, synthetic detergentsand processed food, baking soda isprimarily used as a leavening agent andin medicines. The world productioncapacity of soda ash and baking soda isestimated to be 42 million tons in 2005(Web 1) and 1 mil l ion tons in 2001respectively. Today, more than 90% ofsoda ash and baking soda aremanufactured using Solvay’s process.Despite being cost effective for themanufacture of both soda ash and bakingsoda, Solvay’s process isdisadvantageous from the pol lut ionabatement perspective. Solvay’s processproduces huge quantities of CaCl2 whichdoes not have much market value. Otherwaste streams produced in the processcontain lower quantities of CaCO3 andother impurities of limestone. In addition,magnesium and calciumions in the brinesolution are removed as carbonates whichare also regarded as additional wasteproducts. An alternative for the Solvay’sprocess is the Dual and Hou’s process inwhich ammonia is not recovered, but istransformed into ammonium chlorideproduct, which can be sold as a fertilizercomponent. In addition, it is important tonote that apart from enhanced ut i l i tyusage, the Dual process requires purerbrine solution and does not eliminate thegeneration of waste carbonate productsin the brine puri fication step. Existingtrends in chemical process industriesindicate a strong bias towards integratedprocessing, co-generation, andminimization of waste product generation.Process intensif icat ion coupled wi thtechno-economic analysis enables theselection of most potential physical andchemical transformation routes thatmaximize process eff ic iency andminimize waste generation and energyconsumption. Considering the necessityto address theoretical and experimentalinvestigations for the alternative route,this work presents a preliminary techno-economic analysis of soda ash and bakingsoda production from sodium sulfate.Amongst several alternate routes for sodaash and baking soda production, a criticalreview of the industrial processes for sodaash indicates a partial util ization of themodi fied Leblanc process to ini t ial lyproduce Na2SO4 and HCl from NaCl andH2SO4. Eventually, Na2SO4 can be used

as the source for the production of bakingsoda (and soda ash) and (NH4)2SO4(Bichel et al., 2008). Compared to theSolvay’s process, the alternate processhas certain advantages. Fi rstly, purechemicals are used as raw materials andtherefore, further purification steps areel iminated, and waste generation isreduced. Secondly, all products namelyHCl , baking soda, soda ash andammonium sul fate have good marketvalue compared to their raw-materials.Thi rdly, the process al lows thesimultaneous removal of SOx and NOxfrom f lue gases using regeneratedsodium bicarbonate/carbonate solutionsalong with the production of fertilizers.

COST ESTIMATIONPlant Capacity 100 MT/DayLand (28000 sq.mt) Rs. 21.20 CrPlant & Machinery Rs. 20.00 CrW. Capital for 2 Months Rs. 10.45 CrTotal Capital Investment Rs. 52.45 CrRate of Return 27%Break Even Point 58%**********************************************

BEACH RESORT [3474]Beach resorts business is very flourishingbusiness these days not in India. Now-a-days, in India, this business is veryfruitful as people want full comfort andentertainment during their vacations. Nowthe Government owned Indian TourismDevelopment Corporat ion (ITDC) isgradually moving in this direction. TheIndia Tourism Development Corporationis making al l the efforts to faci l i tatetourism to all corners of our country. In aBeach resort, there must be luxuriousfacilities added up to attract more andmore tourists in which Table Tennis,Restaurant, Bar, Star Category Hotel,Swimming Pool, Banquet Hall, ShoppingArcade, Gym etc. are common.

COST ESTIMATIONLand (20000 sq.mt) Rs. 5.43 CrPlant & Machinery Rs. 1.30 CrW. Capital for 2 Months Rs. 69.57 LacsTotal Capital Investment Rs. 7.70 CrRate of Return 44%Break Even Point 44%********************************************

FM RADIO STATION [3475]A radio station is an audio (sound)broadcasting service, tradit ional lybroadcast through the air as radio waves(a form of electromagnetic radiation) froma transmitter to an antenna and a thus toa receiving device. Stations can be linkedin radio networks to broadcast commonprogramming, either in syndication orsimulcast or both. Today, stations alsobroadcast via. cable FM, local wirenetworks, satellite and the Internet. In aradio station, there are basically threedifferent wings. They are (i) ProgrammeWing ( i i ) Engineering Wing and ( i i i )Administration Wing. While the first twowings are responsible for running a radio

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Best Industries to Start and Growstation’s broadcasts, the administrativewing provides al l the support that isrequi red for the funct ioning of thestation.

COST ESTIMATIONPlant Capacity FM Radio Station Working 12 Hrs/DayLand (3000 sq.mt) Rs. 3.86 CrPlant & Machinery Rs. 15.88 LacsW. Capital for 2 Months Rs. 44.98 LacsTotal Capital Investment Rs. 5.13 CrRate of Return 46%Break Even Point 45%********************************************

TV NEWS CHANNEL [3476]Television is the audio-visual media ofcommunication. It offers a window to theoutside world. Among all the mass media,television attracts the largest number ofviewers. It is the most popular and hasthe greatest potential. This is because itis able to attract the audience of all agegroups, literate and il literate and of allthe strata of the society. It is becomingincreasingly avai lable. Notar saysPeople who never would have had accessto important cultural events now with afl ick of button may enjoy opera,concerts, dance and theatre performedby great artists. They may take trips tofaraway places or learn about manywonders of our universe. They may watchhistorical landmarks when they happen;the moon walk, successful and abortedspace explorations, triumphal events ordisastrous news flashed from around theglobe. A TV Channel is by defini tion aphysical or virtual channel over which atelevisionstation or television network isdistributed. But for most people it is thenetwork on which one gets to seedifferent television programs. There arethousands of TV channels around theworld. Over-the-air television channelsare divided into two bands: the VHF bandwhich comprises channels 2 through 13and occupies frequencies between 54 and216MHz, and the UHF band, whichcomprises channels 14 through 83 andoccupies frequencies between 470 and890 MHz. The youngest of all the mediain India is the Television and it is one ofthe major mass media in India. It is ahuge industry which has thousands ofprogrammes in many languages. Thesmall screen has produced numerouscelebrities, some even attaining nationalfame. TV soaps are extremely popularwith housewives as wel l as workingwomen. Approximately half of all Indianhouseholds own a television. Accordingto the reports of 2010, the country has acol lect ion of free and subscript ionservices over a variety of distributionmedia, through which there are over 515channels of which 150 are pay channelsAccording to Pioneer Investcorp, theIndian cable industry is worth 270 billion

and is the third largest in the world aftertelevision in the People’s Republic ofChina and television in the Uni tedStates. The number of TV homes in Indiagrew from 120 mil lion in 2007 to 148million in 2011. Cable reaches 94 millionhomes with 88 million analog connectionsand 6 million digital ones, while DTH hascommanded 41 mill ion subscribers.

COST ESTIMATIONPlant Capacity 200 Second Advertisement/DayLand (5000 sq.mt) Rs. 6.04 CrPlant & Machinery Rs. 47.50 LacsW. Capital for 2 Months Rs. 1.42 CrTotal Capital Investment Rs. 8.68 CrRate of Return 34%Break Even Point 62%*******************************************

CALCINED PETROLEUM COKE[3477]

Coke is a fuel with few impurities andhigh carbon content, usually made fromcoal. It is the solid carbonaceous materialderived from destructive disti l lation oflow-ash, low-sulphur bituminous coal.Coke made from coal are grey, hard,and porous. While coke can be formednatural ly, the commonly used form issynthetic. The form known as petroleumcoke, or pet coke, is derived from oi lrefinery coker units or other crackingprocesses. Coke is used in preparationof producer gas which is a mixture ofcarbon monoxide (CO) and nitrogen (N2).Producer gas is produced by passing airover red-hot coke. Coke is also used tomanufacture water gas. Petroleum coke(often abbreviated pet coke or petcoke)is a carbonaceous solid delivered fromoil refinery coker units or other crackingprocesses. Coking processes that canbe employed for making petcoke includecontact coking, fluid coking, flexicokingand delayed coking. Other coke hastraditionally been delivered from coal.This coke can either be fuel grade (highin sulfur and metals) or anode grade (lowin sulfur and metals). The raw cokedirectly out of the coker is often referredto as green coke. In this context, “green”means unprocessed. Further processingof green coke by calcining in a rotaryki ln removes residual volat i lehydrocarbons from the coke. Thecalcined petroleum coke can be furtherprocessed in an anode baking oven inorder to produce anode coke of desiredshape and physical properties.

COST ESTIMATIONPlant Capacity 750 Ton/DayLand (100 Acres) Rs. 96.11 CrPlant & Machinery Rs. 116.00 CrW. Capital for 3 Months Rs. 153.00 CrTotal Capital Investment Rs. 374.74 CrRate of Return 29%Break Even Point 43%********************************************

PHARMACEUTICALMANUFACTURING PLANT

(ONCOLOGY DRUGSMANUFACTURING &

PACKAGING, INJECTABLEDRUGS MANUFACTURING &

PACKAGING, I.V. FLUIDS,TABLET, CAPSULES, SYRUPS,

OINTMENTS ETC.) [3479]The foundation of the modern Indianpharmaceutical Industry was laid at thestart of the current century when in 1901,a small factory known as the BengalChemical & Pharmaceutical works wasestablished in Kolkata. Though the twoworld Wars gave a Phi l l ip to thedevelopment of industry, the progressmade under British rule was not significantexcept the British introduced into thiscountry the al lopathic system ofmedicine. The country depended largelyfor its requirements on U.K., France andGermany. The development of IndianDrugs and pharmaceuticals Industry wasnot commonsurate with the size of thiscountry and the growing needs of people,when Indian embarked on i ts plannedeconomic expansion industry has beensubstantial and many sides with the resultthat it has becomes one of the leadingindustries. India is now producing a largerquanti ty of varied pharmaceuticalsproducts. Prior to the launching of thesecond plan the manufacture ofpharmaceuticals was l imited largely tothe processing of bulk imported drugsinto tablets, capsules and otherformulat ions. Indian f i rms underagreement with foreign firms are makinginjectables, powders ointments andliquids, and were also filling antibiotics.Certain units were producing biologicalextracts, vacines, and syrup. Alkalods,l ike quinins stry-chinea, caffeine, andmorphine were also being extracted. Itwas however obvious that the countrycould not forever be dependent on foreignmanufacturers for both finished drugsand basis raw materials. W ith thechanging political climate, pharmaceuticalmanufacturers in India were encouragedto take up the manufacture of basis drugswherever i t was economically possibleand technical ly feasible. A system ofcollaboration was instituted, under whichIndian manufacturers in association withestablished firms in U.S.A., Italy, U.K.began to produce a fairly comprehensiverange of basic items. While the allocationof foreign exchange for the import ofraw materials and basic intermediates forthe production of drugs, has been moreor less static the value of productsmanufactured has increasedprogressively several fold clearlyindicating the growing stature, of

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Start Your Own Industryindustry and i ts capacity to switchingover to basic raw materials andcomponents of indigenous origin, andnow the country is stated to achieveself, sufficiency in synthetic drugs ofthe sulpha group, ant i T.B. drugs,Vi tamins, and intermediates. I t has,however, been found that the presentinstalled capacity is insufficient to meetthe over growing demand of the massivepopulation and the scope for new units tocome up is substantial . Intra venousfluids, in general are used as I.V drips forpatients in nursing homes and hospitalssuffering from acute dehydration orconsiderable debilitating conditions. TheseI.V fluids replanish the body fluids. Thougha number of I.V fluids are there, generallythree types of I .V f luids are used inhospi tals as I.V drips. They are asfol lows:- 1. Dextrose injection fluid, 2.Dextrose and sodium chloride injectionf luid.

COST ESTIMATIONLand & Building (5 Acres) Rs. 20.19 CrPlant & Machinery Rs. 19.20 CrW. Capital for 2 Months Rs. 10.19 CrTotal Capital Investment Rs. 50.28 CrRate of Return 67%Break Even Point 30%***********************************************

SANITARY NAPKINMANUFACTURING UNIT [3479]

The global market for absorbent hygieneproducts is over US$ 50 bn (includingwipes). The evolution of hygiene productsin Europe and the North America hastaken 4 to 5 generations. Feminine carewas introduced over 100 years ago. Babydiapers were invented 60 years ago. Adultincontinence products appeared 30 yearsago. Feminine hygiene (lady napkins) ishygiene absorbent products engineeredto absorb and retain body fluid withoutcausing any leakage. The user shouldalways feel dry and comfortable. I tconsists of an absorbent pad sandwichedbetween two sheets of nonwoven fabric.There are 3 major types of products, viz,(a) Thick sanitary napkins. (b) Ultra thinsanitary napkins. (c) Panty liners beingused in the market. The size of each andtheir content vary from market to market.The menstrual cycle starts for youngwomen between the ages 11 - 17,frequently around 12-1 3 years. Onaverage a woman experiences a periodevery 28th day, 12 - 13 times in a year.A menstrual period normally lasts 3 - 7days. The loss of fluid in a period is onaverage half a cup or 65 - 80 ml. Themenstrual pattern is influenced by givingbi rth and contraceptive methods.Menstruation lasts until menopause at theage 45 - 55. The feminine hygieneproducts market has evolved over morethan 100 years to a more than US$ 17 bnin the following category worldwide. Some

of the establ ished and potentialmanufacturers of sanitary napkins arelisted in Table. As regards consumptionof total hygiene, absorbent products inIndia, total units consumed in 2007 inIndia were 2,829 mill ion pieces. Babydiapers comprised 5% whereas adul tincontinence 1% and feminine care shareis 94%. If we see the above projectionsof women in the category of 15 - 54years in India and the details of sales ofabsorbent hygiene products in India, thenthe total sales were US$ 213 million in2007, out of which adult incontinenceshare was 9%, baby diapers share was18% whereas feminine care contributed73%. Thus, in India, the evolution isexpected to go quicker. Sanitary napkinsare designed to absorb and retainmenstrual fluid discharges. When usedthey are applied inside an undergarmentwith a press-on adhesive fixing strip. Mainfunctions/key elements of sanitarynapkins are absorb and retain menstrualfluid, isolate f luids from the body, noleakage, no unaesthetic appearance, noodour, stay in place, comfortable to wear.

COST ESTIMATIONLand (2100 sq.mt) Rs. 2.64 CrPlant & Machinery Rs. 3.32 CrW. Capital for 2 Months Rs. 1.34 CrTotal Capital Investment Rs. 7.86 CrRate of Return 27%Break Even Point 54%************************************************

SULPHURIC ACID [3480]Sulfuric acid is one of the most importantcompounds made by the chemicalindustry. I t is used to make, l i teral ly,H2SO4, hundreds of compounds neededby almost every industry. Sulphuric acidforms the basis of so many of the mostimportant heavy chemical used by theindustries that it may well be regardedas the foundation on which the mainstructure of the heavy chemicalindustries. It is hard to find any branchof economy in which either sulphuricacid or products made from it are notused . It is universally acknowledged thatthe extent of manufactures of H2SO4is a sure index of the state of theindustrial life of a country. It would berather appropriate to say that country’seconomy depends upon the consumptionof the sulphuric acid. There is hardly anyimportant industry which is not directlyor indirectly dependent to some extenton sulphuric acid, one of its derivativesor it salts. The versatile use of sulphuricacid has cripped in to almost all industrialfields and have gained enough popularityafter second world war. The amountconsumption and production of sulphuricacid in the country is proportional to theeconomic growth of the country. Thisindustry takes the target there ofindustr ial market. It is obvious that

although fertilizer and chemical take upthe targets proport ion of the acidproduced and reset to this stands Rayonand steel industry. The sulphuric acid isthe only acid which has thousands ofuses in form of acid, salts and derivativesinterestingly enough the uses ofsulphuric acid starts with engl ishalphabets ‘a’ and ends at ‘z’ . The ‘A’alphabet indicates the use as an acid, ‘B’indicates use is in battery, ‘C’ in chemicalindustry ‘D’ drugs , ‘E’ as explosives,‘F’ forfei t ing, ‘G’ galvanizing, ‘H’ asherbicides, I as insecticides, J as jointcleaning , and so on (I as leather industry,M as metallurgical industry O as Oilrefining etc.,). The conception of sulphuricacid is lacking behind in cooperation towestern world. Inspite of versati le useand application the exact demand ofsulphuric acid is not properly surfaced.If the country has to raise the economiccondition then this industry should bemanifold. Sulphuric acid a strong acid, isan oily, viscous water white non volatilel iquid. It absorbs water from theatmosphere. It is made in large volumeby the chemical industry. The acid has acorrosive action on the skin, a drop of iton the skin causes a severe burn. Theacid is used as a solvent, a dehydratingagent, a reagent in chemical reactionsor processes as catalyst, an absorbentetc. The concentrated acid is usual lystored in steel tanks. The dilute acidmay be stored in lead lined or plastictanks. I t is used in very di luteconcentrations and as strong fumingacid. It is often recovered and refused.After use in some phases of theexplosives, petroleum and dye industries,it is often recovered in a form unsuitablefor re-use in that industry but suitablefor use in another industry. It is aversatile, useful acid has been called thework horse of chemical industry.

COST ESTIMATIONPlant Capacity 100 MT/DayLand & Building (2.5 Acres) Rs. 7.59 CrPlant & Machinery Rs. 7.20 CrWorking Capital for 2 Month Rs. 3.57 CrTotal Capital Investment Rs. 19.18 CrRate of Return 21%Break Even Point 63%*********************************************

AQUA PARK [3481]Water is one of the most powerful tools adesigner has to work with. People aredrawn to it. It plays to al l of our mostbasic emotions and i t fi l l s us with agratification that exceeds the delight ofthe senses. As landscape archi tects,water has always been an importantelement in our work. W hether i t’s areflecting pool at resort, the focus of aurban park or a splash fountain in a aplayground or plaza, we like water’s abilityto change the way people experience the

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Start Your Own Industryplaces we create. Besides being peacefuland refreshing, water is also recreational– it is possibly the world’s first playground.Water is constantly changing in form,mood & color. It is beautiful & delightful.In our early work, we felt satisfactionwhen we saw people playing in our waterfeatures, even when they weren’tsupposed to. From then on, i t was anatural progression for us to startdesigning Waterparks, then to make itpart of our core business and finally tobecome leading Waterpark innovators.Waterparks certainly have come of age,from a time in the late 1970s whenpioneers like George Millay couldn’t gettheir ideas taken seriously, to today, whenoutdoor Waterparks dot the landscapeand are regarded as must-have sisterfaci l i ties to amusement parks. IndoorWaterparks, meanwhile, are popping upeverywhere. Now, W aterparks areconquering a new frontier: destinationresorts. A Waterpark or Waterpark is anamusement park that features water playareas, such as swimming pools, waterslides, splash pads, spray grounds (waterplay grounds), lazy rivers, or otherrecreational bathing, swimming, and barefooting environments. Waterpark is morecurrent states of development so beequipped with some type of art i f ic ialsurfing or body boarding environmentsuch as a wave pool or Flow Rider.Department of Tourism, Government ofAssam, the agency responsible forpromoting tourism in Assam has been atthe forefront in attracting large numberof tourists to the state. Being ranked asthe fourth most popular destination fortourism among states of India, thenumber of tourists visiting Assam (bothinternational and domestic) are increasingover the years. The State has decided tobring tourist activities under the prioritysector and has come out with a host ofnew plans including invi ting privatecompanies to establ ish resorts andprivatizing the managements ofgovernment guest houses. TheGovernment has been actively creatinginfrastructure in tourist places so thatentrepreneurs could open resorts, hotels,amusement parks etc. One of the majorattractions offered to entrepreneurs wasto make available government land in allplaces barring in Cities, at 20 percent ofthe market value for opening resorts/hotels and for carrying out tourist relatedactivi ties. While a Waterpark can beei ther privately owned or municipal lyowned, success is often measureddifferently in the public versus the privatesector. For municipal ly ownedWaterparks, a successful park is definedas one that earns enough throughrevenues to cover the dai ly operatingcosts, provides a surplus to fundexpansion, helps fund other faci l i t ieswi thin the ci ty’s parks and recreation

system, and/or funds the repair costs ofexisting municipal pools. Park formatsare broadly classi fied as amusementparks, theme parks and Waterparks.According to the International Associationof Amusement Parks and Attractions(IAAPA).

COST ESTIMATIONPlant Capacity 200 Person/DayLand & Building (6690 sq.mt) Rs. 2.97 CrPlant & Machinery Rs. 2.06 CrWorking Capital for 2 Month Rs. 27 LacsTotal Capital Investment Rs. 5.98 CrRate of Return 18%Break Even Point 65%*********************************************

CONDENSER CLEANOUT SPONGERUBBER BALLS [3483]

The sponge rubber balls are necessary tomaintain the inner side of condenser andheat exchanger tubes clean in powerplants and process industries. Any kindof deposition inside the tube reduces theheat-exchange coefficient drastically. Thesponge rubber bal ls can clean al l thedeposits on the inner side of the tube,and ensure that the equipment runsefficiently. Our Sponge Balls are sold toPower Plants, Various types of industriesand for HVAC condenser tube cleaningapplications. Automatic cleaning of heatexchangers and condensers tubes bymeans of sponge balls is well known sincethe early fi ft ies, with expandingapplication from steam power plants toprocess industry to industrial cooling andair conditioning systems. Main benefitsbottom-lined in cost savings are generallyconsidered as: elimination of maintenancedown-time and need for chemical andmore efficient operation of process andplant. The sponge rubber bal ls arenecessary to maintain the inner side ofcondenser and heat exchanger tubesclean in power plants and processindustries. Any kind of deposition insidethe tube reduces the heat-exchangecoefficient drastically. The sponge rubberballs can clean all the deposits on theinner side of the tube, and ensure thatthe equipment runs eff ic ient ly. Thecleaning balls are the active part of thetube cleaning system. The choice of theball type depends on the exchanger designand operating conditions. In particularwater quality and flow, tubes material andsizes. Continuous injection of sponge ballsthrough the exchanger tubes will preventany build-up of scaling and/or biofouling.A clean tube means maintaining a highheat exchange rate and a power plant’shigh electrical output. Technos cleaningballs are also highly efficient when usedin other manufacturers’ equipment.

COST ESTIMATIONPlant Capacity 48000 Nos/DayLand & Building (4000sq.mt) Rs. 4.07 CrPlant & Machinery Rs. 51.00 LacsWorking Capital for 2 Month Rs. 1.18 Cr

Total Capital Investment Rs. 6.05 CrRate of Return 25%Break Even Point 64%********************************************

AMUSEMENT PARK (3484)Amusement park that features water playareas, such as water slides, splash pads,spray grounds (water playgrounds), lazyrivers, or other recreational bathing,swimming, and bare foot ingenvi ronments. Water parks in morecurrent states of development may alsobe equipped with some type of artificialsurfing or body boarding environmentsuch as a wave pool or Flow Rider. TheHuman l ife in ci ties is becoming moreand more mechanical because of noisepol lut ion, environment pol lution forrelaxed and peaceful environment, whereleisure along with children and family.There are various sources ofentertainment like cinema, circus, touristspots, videogame, orchestra etc.Amusement park is the most popularentertaining place wi th the latesttechnological developments, which givescomfort, pleasure. Apart from this it alsogive awareness of the technologicaldevelopments. Amusement park is notonly must for children but also for elderlypeoples. Especial ly chi ldren derivedmaximum pleasure and happiness fromthe amusement parks. It is worthwhile tospend luxury summer evening and cold,winters days in amusement parks. Thereare so many devices used in amusementpark to give different types of pleasure.These devices function within l imit ofphysical laws, hence one can practicallyobserve the laws. These devices are toocostly so one doesn’t have courage tobuy them independently that is whypeople come to amusement parks to getpleasure by riding these devices and bydriving the devices l ike striking cars,miniflights and Mo’ bike etc. Children loveevery moment of r iding on Marry-go-round, coin operated baby figures, Brucobaby train, Minitrain, Mini Enterprise andDragon roller coaster, a perfect ride foronly the brave ones is the columbus. Inthe modern times these is a great trendtowards Amusement parks by virtue ofhealth awareness and merry - go conceptof living. People resort to such modes ofamusement and recreation for enthrallingtheir hearts and exhibit ing a cheerfuldisposition of mind. Amusement Parksare the fascinating spots of retreat andpicnic for enjoyment purpose. Continuousinject ion of sponge bal ls through theexchanger tubes will prevent any bui ld-up of scaling and/or biofoul ing. A cleantube means maintaining a high heatexchange rate and a power plant’s highelectrical output. Technos cleaning ballsare also highly efficient when used inother manufacturers’ equipment.

Top Industries to Start

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COST ESTIMATIONLand & Building (12 Acres) Rs. 7.26 CrPlant & Machinery Rs. 5.96 CrW. Capital for 2 Months Rs. 25.83 LacsTotal Capital Investment Rs. 14.93 CrRate of Return 18%Break Even Point 59%********************************************

MAIZE PROCESSING PLANT(WET MILLING) CORN OIL,

CORN SYRUP, HFCS DEXTRIN,MALTO DEXTRIN, CORN

STARCH, LIQUID GLUCOSE ETC.[3485]

Starch is an abundant carbohydratedistributed worldwide in plants. Starch hasbeen a major ingredient in man’s diet overthe centuries. In addition it has become amajor industrial raw material. Plant seeds,roots and tubers are al l sources ofindustrial starch production. Thecommercial real i t ies of the starchrecovery process l imit the industr ialsources mainly to wheat, maize andtapioca. Indian starch industry mainlyconsumes maize as input raw material.Also some industries are tapioca based.Maize is doing wonderful things in oureveryday l ife. Maize is present in oneform or other in The Food we eat, TheMilk we drink, The Chocolates/Biscuitswe take, The Clothes we wear, The Paperwe read, The Medicines we take, Maize(Corn) contains about 70% starch, othercomponents being protein, fibers and fat.The basis of the maize milling process isthe separation of the maize kernel into itsdifferent parts. Maize starch is producedby the wet milling process, which involvesgrinding of softened maize and separationof corn oi l seeds (germs), gluten(proteins), fibers (husk) and finally purestarch. Byproducts from Maize. Thebyproducts from maize based industriesfind various applications: i. Maize (Corn)Steep Liquor: It contains amino acids,proteins and are used by antibiotics drugsmanufacturers. Also it is a large sourceof biogas, which is being used as fuel fordriers, boilers etc. i i. Maize Gum: CornOil is produced by expelling oil from thegerms. Corn Oil finds applications in foodand other chemical industries. Maize oilcake obtained after expelling oil is usedas cattle and poultry feeds. i i i . MaizeGluten: Maize Gluten contains high proteincontent and it is used as cattle and poultryfeeds. iv. Maize Husk: It contains starch,protein and fat as minor components andmainly consumed as cattle feed. Starchis a group of polysacchrides, composedof glucopyranose units joined togetherby-glucosidric l inkages. It conforms tothe molecular formula, (C6-H10O5)u,where n varies from a few hundred toover one million. Starch is found as thereserve carbohydrate in various parts of

plants and is enzymatically broken downto glucose to other carbohydratesaccording to the metabolic needs of theplants. Industr ial ly, starch is broadlydivided into two types viz, natural andmodi fied. Natural starches, alsodesignated as unmodified starches orsimply starches, are obtained fromgrains such as and sorghum. from rootslike potato, tapioca and arrow root, andfrom the pith of the stems of certainpalms such a sago. They are furtherclassified into cereal starches and rootstarches. The characterist ics of thenatural starches are changed by chemicalor enzymatic action and the products ofthese react ions are termed modif iedstarches. This group includes dextrins,acid-modif ied starches, oxidizedstarches, starch esters, starch ethers,aldehyde starches and cationic starches.

COST ESTIMATIONPlant Capacity 300 MT/DayLand & Building (15 Acres) Rs. 34.22 CrPlant & Machinery Rs. 95.00 CrW. Capital for 2 Months Rs. 29.63 CrTotal Capital Investment Rs. 164.85 CrRate of Return 23%Break Even Point 55%*********************************************

BITUMINOUS FELTS/MEMBRANEFOR WATER PROOFING AND

DAMP PROOFING [3486]W ater proofing and damp proofingsometimes becomes very necessaryto prevent certain items-often very quickappl icat ion of any water and dampproofing media which covers the articlesand protects the same from water anddampy atmosphere . Most widely usedmedias for this purpose are bituminousfelts which are quite flexible and havesome sticky nature to adhere with thesurface to which these are applied. Thesebituminous felts consists of a textile felt,water proofing compound and resin. Thereare so many water proofing compoundswhich can be used for the manufactureof bi tuminous fel ts. but only few ofthem are used commercially due to theirl imitations. There are two classes ofwater proofing compounds, one is thatof chemically active substances whichreactive materials which usually do notreact with the material and adhere withthe surface with bonding agent. The mainmaterials which falls under chemical lyactive class are alkal ine si l icates,calcium chloride etc. In the other class,i .e. chemical ly inactive class, thematerials which are included are chalk,fullers earth etc. Other materials in thisclass are calcium soaps, resin,vegetable oi ls, fats, waxes, and coaltar residues and bi tumen . Thesechemically inactive materials are mostwidely used for the manufacture of

bi tuminous fel ts for water proofingpurpose.

COST ESTIMATIONPlant Capacity 10000 sq.mt/DayLand & Building (3000 sq.mt) Rs. 4.28 CrPlant & Machinery Rs. 4.00 CrWorking Capital for 2 Month Rs. 3.82 CrTotal Capital Investment Rs. 12.35 CrRate of Return 23%Break Even Point 56%********************************************

BATTERY RECYCLING ANDMANUFACTURING PLANT [3487]The lead acid-battery is the mostcommonly used in solar power systemapplications. Lead Acid Storage Batteriesis an electro-chemical system thatconverts electr ical energy into directcurrent electrici ty. It is also known asstorage batteries and has wide applicationsin Automobiles, UPS/Inverters, Traction/Electrical Sub-Station,Telecommunication, Solar Photovoltaicsystem etc.

COST ESTIMATIONPlant Capacity 1,00,000 Nos/YearLand (10000 sq.mt) Rs. 5.84 CrPlant & Machinery Rs. 3.45 CrW. Capital for 2 Months Rs. 12.81 CrTotal Capital Investment Rs. 22.63 CrRate of Return 64%Break Even Point 34%*********************************************

SUNFLOWER OIL WITHGROWING UNIT [3488]

Sunflower is general ly known ascommon sunflower and Botanical lyknown as Hel ianthus annuus. It is anannual herb with erect, rough, hairy stem,2-15 ft . high; leaves 4-12 in. long,alternate, long stalked, broadly ovateto cordate, coarsely toothed, roughlypubescent on both sides; flower headsusually 3-6 in. wide, but attaining 12-24in. width under cultivation: glowers singleor double, terminal on the main axis andbranches: receptacles flat, morefrequently dilated and convex: ray floretsyellow, surrounding a brown purple centreof disc florets; seeds (achenes)cylindrical, obovoid-compressed, 3/8 in.long and 4 in. broad, white, black orstriped grey and black; pappus fallingearly. Sunflower is sel f-steri le andferti l i zation is normally effected byinsects. H. annuus is not known in thewild state. i t is considered to haveoriginated from H. lenticularis Douglas, awild plant indigenous to Mexico. H.annuus has long been grown as anornamental plant and both annual andperennial types are found in gardens. Anumber of forms with single or doubleflowers, in yellow, golden and red shadeshave been developed by intensivebreeding work. Some well -knownhorticultural forms are: var. californicusHort.; var. citrinus Hort.; var. globosus-

Hi-Tech Projects,Dec’20, www.eiriindia.org # 08

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fistulosus Hort.; and var. variegatusHort. Select ions have also beenobtained from H. debilis Nutt. (syn. H.cucumerifolius Torr. & Gray), an annual,short-statured species with shiningfoliage and strongly bicoloured rays,quite di fferent from those of H.annuus. A collarette form resemblingcollarette Dahlia has been obtained froma culture of red sunflower. There arealso on record hybrids obtained bycrossing annual and perennial speciesof helianthus. Though cultivated mainlyas a garden plant, sunflower owes itseconomic value to its util ity as an oil-seed or fodder Crop. It was tried longago as an oil-seed crop in Caucasus andUkraine and has now become wel lestablished in Russia and the Balkans.In recent years, it has gained importanceas an oil-seed Crop in Argentina, U.S.A.and Canada. Other countries where it isgrown to some extent for oil are China,Turkey, I taly, France, Chi le andUruguay; it is also raised on a smallscale in England, eastern and southernAfrica and pars of Asia and Austral ia.Sunflower oi l is the non-volat i le oi lpressed from the seeds of sunflower(Hel ianthus annuus). Sunflower oi l iscommonly used in food as frying oi l ,and in cosmetic formulations as anemollient. The world’s total production ofsunflower oi l in 2014 was nearly 16million tons, with Ukraine and Russia asthe largest producers. Sunflower oil is amonounsaturated (MUFA)/polyunsaturated (PUFA) mixture ofmostly oleic acid (omega-9)-linoleic acid(omega-6) group of oils. The oil contentof the seed ranges from 22% to 36%(average, 28%): the kernel contains 45–55% oi l. The expressed oi l is of l ightamber color with a mild and pleasantflavor; refined oil is pale yellow. Refininglosses are low and the oi l has goodkeeping qualities with light tendency forf lavor reversion. The oi l containsappreciable quanti ties of vi tamin E,sterols, squalene, and other al iphatichydrocarbons. Genome analysis anddevelopment of hybrid sunflowers toincrease oil production are occurring tomeet increased demand for sunfloweroil.

COST ESTIMATION

Plant Capacity 1,20,00,000 Ltr/YearLand (6667 Hectar) Rs. 4.90 CrPlant & Machinery Rs. 6.00 CrW. Capital for 3 Months Rs. 10.93 CrTotal Capital Investment Rs. 24.05 CrRate of Return 47%Break Even Point 35%********************************************

INTEGRATED UNIT OF DAIRYFARMING, MILK COLLECTION &

PROCESSING, FISH FARMING,

POULTRY FARMING & HATCHERY[3489]

There is a great demand of Dai ryproducts, Packed Milk in Pouches, Fishand Eggs (Poultry Product) in India. Anintegrated unit to setup this plant shall bea profitable unit to set-up. In India dairyinghas been pract iced as a rural cottageindustry since the remote past. Semicommercial dai rying started wi th theestablishment of military dairy farms andcooperative milk unions throughout thecountry towards the end of theNineteenth century. However market milktechnology may be considered to havecommenced in 1950, with the functioningof the Central Dairy of Aarey milk colony,and milk product technology in 1956 withthe establishment of AMUL Dairy, Anand.The importance of milk in human dietespecially for children and expectant andnursing matters is vi tal . To meet thedemand of the increasing population milkproduction in India has to be increasedupto about 64 million tones. It is neitherpossible nor desirable to increase thecattle and buffalo population to achievethis target. This can only be achieved bystepping up milk production of our bovinepopulation by cross breeding of cows anduse of improved cows and buffaloes.Unlike rich countries like the U.K. and theU.S. dairying in India is a subsidiaryoccupation of almost all the farmers. Morethan 60 percent of the families involvedin dairying belong to the small or marginalfarmers or even agricultural laborers. Thusthe dairy cattle or buffalo rearing hasvast scope for improving economicand in turn, the nutritional status of suchpeople mainly coming from rural area.This will also help in achieving the balancebetween economic development of urbanand rural population. The development andmaintenance of a superior dairy herd canbe a source of considerable pride andsatisfaction. Success in dairy farming,like any professional achievement, doesnot come easily. It requires the very bestof anyone’s ability to properly manage,feed, and breed a good herd of cows.The job discussions which follow presentimportant factors involved in making astart in dairying. 1. Making certain thatyou l ike Dairy farming. 2. Developingpatience and an even Temperament, 3.Practicing Regularity. 4. Keeping up withNew Development in Dairying. 5. Growinginto Dairying. 6. Contribution your part tothe industry. Consider careful ly thevarious aspects of your chosenoccupation. The successful managementof a dairy farm requires the developmentof many skills as well as an unlimited willto succeed. Learn everything you canabout dairying before hand. One of thebest ways is to learn as much as possiblefrom your father if he is or has been adairyman. In the seventies f ishermen

Hi-Tech Projects,Dec’20, www.eiriindia.org #09

Start Your Own Industrystarted concentrating on catching prawnsmore commonly known as ‘shrimps’ dueto high profitable return on the same onaccount of their export value. Brackishwater prawn farming started in a big wayduring 91-94 especially in the coastaldistricts of Andhra Pradesh and TamilNadu. Many small units continued to dofarming and adopting extensive prawnfarming systems. The shrimp farminghas now been regulated with theestabl ishment of Aquaculture Authori tyof India as per directions of SupremeCourt for issuing licenses and overal lsupervision. It is commonly said thatafter Green and W hite Revolution inIndia, it is time for Blue Revolution toexploit the huge potential in fisheriessector. Shrimps are called the “PinkishGold” of the sea because of its universalappeal, unique taste, high unit value andincreasing demand in the world market.

COST ESTIMATIONLand & Building (40 Acres) Rs. 102 CrPlant & Machinery Rs. 6.60 CrW. Capital for 2 Months Rs. 14.69 CrTotal Capital Investment Rs. 129.00 CrRate of Return 19%Break Even Point 53%******************************************

BEER FROM BANANA [3490]Banana beer (or Beer from banana) is aweak alcoholic beverage that is popularthroughout Afr ica. I t is made byfermenting bananas with a cereal flour(often sorghum flour). It is sweet andslightly hazy with a shelf life of severaldays under correct storage conditions.The processing method and rat io ofingredients used varies widely fromcountry to country and with personaltaste. In Kenya, banana beer, madefrom sorghum or millet flour, is known asurwaga. In Uganda, banana beer is knownas lubisi. This technical brief describesone tradit ional method, and suggestsways in which the hygiene and safety ofthe product can be improved. Bananabeer is made from bananas, mixed witha cereal flour (often sorghum flour) andfermented to an orange, alcohol icbeverage. It is sweet and slightly hazywith a shelf l ife of several days undercorrect storage condit ions. There aremany variations in how the beer is made.For instance, Urwaga banana beer inKenya is made from bananas andsorghum or millet and Lubisi is made frombananas and sorghum.

COST ESTIMATIONPlant Capacity 4000 Bottle/DayLand & Building (6000 sq.mt) Rs. 6.97 CrPlant & Machinery Rs. 96.00 LacsWorking Capital for 2 Month Rs. 1.37 CrTotal Capital Investment Rs. 9.61 CrRate of Return 26%Break Even Point 54%********************************************

LIQUID GLUCOSE FROM RICE[3491]

Glucose is a commercial ly import antproduct widely used by the food andpharmaceutical industries. In general,glucose is used in the food industry as apartial or complete substitute for sucrose.Glucose is the common name for thesyrup which is used in large quantities infrui t canning, confect ioneries, jams,jel l ies, preserves, ice cream, bakeryproducts, pharmaceuticals, beveragesand alcoholic fermentation. The functionalpurpose of glucose in the confectioneryindustry is to prevent crystal lization ofthe sucrose while in the bakery productsindustry i t is to supply fermentablecarbohydrates. In the icecream andfruitpreserves, i t used to increase thesolidswithout causing an undue increasein the total sweetness. In pharmaceuticalindustry, glucose is used as a precursorto make vitamin C in the Reichsteinprocess, to make citr ic acid, gluconicacid, polylactic acid and sorbitol .Currently, glucose is ut i l ized as anintermediate raw material for bioethanolproduction. Commonly, glucose isprepared commercially via the enzymatichydrolysis of starchinstead of acidhydrolysis. Many crops can be used asthe source of the ini tial starch. Maize,rice, wheat, potato, cassava, arrowrootand sago are all used in various parts ofthe world.Nevertheless, using the starchneeds to compete with their primary useas food crops. Due to the abundant ofnonfood energy crops l ike cel lulosicmaterial , they are use to reduce theutil ization of starch as raw material forproduction of glucose. Cellulosic materialsincluding agricultural, agroindustrial andforestry l ignocel lulosic residues havepotential as cheap and renewablefeedstocks for large scale production offuels and chemicals. Currently,bioprocessing of l ignocel lulosics isfocused on enzymatic hydrolysis of thecellulose fraction to glucose, followed byfermentat ion to fuelgrade ethanol .However, enzymatic hydrolysis ofcel lulosic materials to producefermentable sugars has also enormouspotential in meeting global food andenergy demand via biological route.

COST ESTIMATIONPlant Capacity 70 MT/DayLand (24000 sq.mt) Rs. 27.94 LacsPlant & Machinery Rs. 14.16 LacsWorking Capital for 1 Month Rs. 9.30 LacsTotal Capital Investment Rs. 54.83 LacsRate of Return 26%Break Even Point 55%********************************************

SOYA LECITHINMANUFACTURING UNIT (LIQUID

AND POWDER) [3492]Lecithin is the popular and commercialname for a naturally occurring mixture of

phosphatides (also called phospholipidsor, more recently by biochemists,phosphoglycerides), which varies in colorfrom light tan to dark reddish brown andin consistency from a fluid to a plasticsol id. Lecithin is the gummy materialcontained in crude vegetable oi ls andremoved by degumming. Soybeans areby far the most important source ofcommercial lecithin and lecithin is themost important by-product of the soy oilprocessing industry because of its manyappl icat ions in foods and industrialproducts. The three main phosphatidesin this complex mixture cal led"commercial soy leci thin" arephosphatidyl choline (also called "pure"or "chemical" lecithin to distinguish it fromthe natural mixture), phosphatidylethanolamine (popularly called "cephalin"),and phosphatidyl inositols (also calledinositol phosphatides). Commercial soylecithin also typically contains roughly30-35% unrefined soy oil. Indeed lecithinis one of the most complex and versatilesubstances derived from the soybean.Lecithin is known as naturally occurringmixture of phosphol ipids and can beobtained from various vegetable andanimal sources. The composition dependson the origin of the lecithin. Vegetablelecithin, containing primari lyphosphatidylchol ine (PC),phosphatidylethanolamine (PE) andphosphatidyl inosi tol (PI), are derivedcommercially from oil-bearing seeds suchas soybean, sunflower kernels andrapeseed. Soybeans are by far the mostimportant source of commercial lecithinand leci thin is the most important byproduct of soybean oi l process.Production of soy leci thin consist ofseveral processes including waterdegumming (hydrat ion), separation,drying and cool ing. Crude leci thin isrefined through the use of di f ferentprocesses like enzymatic and chemicaladaptation of phosphol ipid molecules,physical fractionation for separating oilfrom phospholipids and fractionation ofphospholipids to regulate or change itsphospholipid composition. As compositionof lecithin differs, their emulsifying powerand field of use changes in food industry.As a result, lecithin as a most widelyused emulsi fier of food industry ismostly obtained from oi ls of variousseeds and subjected to various refiningoperat ions for puri f icat ion whichdetermines its area of use.

COST ESTIMATIONLand & Building (3000 sq.mt) Rs. 1.58 CrPlant & Machinery Rs. 1.10 CrWorking Capital for 1 Month Rs. 3.24 CrTotal Capital Investment Rs. 6.05 CrRate of Return 50%Break Even Point 37%*******************************************

Hi-Tech Projects,Dec’20, www.eiriindia.org # 10

Best Industries to Start and GrowPP WOVEN SACKS (BAGS) OF25 KG AND 50 KGS (8 MT/Day)

[3493]PP woven sacks (Bags) are becomingpopular through out the world. This isbecause they are chemically inert & arewater repellent & lighter in weight. Theyare free & possess sufficient strength &can easi ly be handled. They arecompetitive in price with other type ofbags also. Air permissible sacks madeof polythene strips are used for packingpotatoes, coconut etc. The only problemis that the Conventional using of hooksto lift cannot be used with PP bags. Inthis project report we are going to producePP woven bags from scratch with 25 Kgand 50 Kg sizes. These bags areexpected to substitute jute and craft paperbags in several areas. This would meana considerable saving in foreignexchanges by avoiding recurring importsof multiwall paper which are at the orderof Rs. 5 million per annum on one handand on the other hand lead to an increasein foreign exchange earning in the countryby releasing more jute for exports. Thesebags are free and posses sufficientstrength and can easily be printed. Theseare competi tive in price with otheravailable type of bags for this purpose.

COST ESTIMATIONPlant Capacity 8 MT/DayLand & Building (4000sq.mt) Rs. 6.57 CrPlant & Machinery Rs. 7.80 CrWorking Capital for 2 Month Rs. 5.02 CrTotal Capital Investment Rs. 19.72 CrRate of Return 18%Break Even Point 61%*********************************************

PVC/CPVC/UPVC/SWR PIPESAND IT’S FITTINGS [3494]

PVC (unplasticized polyvinylchloride)/cPVC/uPVC pipes and f i t tings exhibitexcel lent resistance to aggressiveenvironments both naturally occurring andas a result of industrial activi ty. Theyare resistant to almost al l types ofcorrosion, ei ther chemical orelectrochemical in nature. Since PVC isa non-conductor, galvanic and electrochemical effects do not occur in PVCpipes. PVC/cPVC/uPVC Pipe and Fittingsincluding Coupler, Tee, Reducer, Female,Elbow etc. have got tremendous demandin India as wel l as in abroad. Tomanufacture this, all the machinery andraw materials are available indigenously.SWR pipes also known as PVC SWRPipes are available with one end as plainand other ends as self-socketed with anintegral groove to hold the rubber gasket.When joined with a rubber ring, the jointformed is a water tight. This rubber ringjoint takes care of thermal expansion/contraction in the pipes. These Pipes areLead Contaminant Free leading tosuperior quality. These Pipes is a fully

backward integrated manufacturer withcomplete control of raw material used togenerate unbeatable quality.

COST ESTIMATIONLand & Building (2000 sq.mt) Rs. 2.49 CrPlant & Machinery Rs. 3.90 CrWorking Capital for 2 Month Rs. 2.57 CrTotal Capital Investment Rs. 9.06 CrRate of Return 21%Break Even Point 57%*********************************************

FISHERY AND MILK CRATESMANUFACTURING PLANT [3495]Plastic crates are used for storage ofvarious goods and for shipping from onelocation to another. The goods arepositioned in a crate, with or without cover,and set or stacked onto a pallet loadedonto a transportation vehicle such as truckor train car and shipped to its destination.Plastic crates provide protect ion ofshipped and stored goods from damageor breakage and simplify the handling ofgoods. Plastic crates have been availableon the market for about 28 years. Inrecent years, plastic crates have gainedsignificant market presence and continuesto group. Plastic milk crates and plasticfish crates are immensely demandablei tems of modern times. W ith theunprecedented increase in population andindustrial izat ion the demand of theseproducts is increasing at rapid pace.Plastic milk crates and plastic fish cratesare injection moulded items made fromHDPE granules.

COST ESTIMATIONPlant Capacity 1000 Nos/DayLand & Building (2500 sq.mt) Rs. 3.09 CrPlant & Machinery Rs. 2.98 CrWorking Capital for 2 Months Rs. 1.42 CrTotal Capital Investment Rs. 8.00 CrRate of Return 19%Break Even Point 66%*******************************************

PEAS PROCESSING(IQF TECHNOLOGY) [3395]

The pea is most commonly the smal lspherical seed or the seed-pod of the podfruit Pisum sativum. Each pod containsseveral peas, which can be green oryellow. Pea pods are botanically frui t,since they contain seeds and developedfrom the ovary of a (pea) f lower. Thename is also used to describe other edibleseeds from the Fabaceae such as thepigeon pea (Cajanus cajan), the cowpea(Vigna unguiculata), and the seeds fromseveral species of Lathyrus. A pea is amost commonly green, occasional lygolden yellow, or infrequently purple pod-shaped vegetable, widely grown as a coolseason vegetable crop. The seeds maybe planted as soon as the soil temperaturereaches 10°C (50°F), with the plantsgrowing best at temperatures of 13 to18°C (55 to 64°F). They do not thrive inthe summer heat of warmer temperateand lowland tropical climates, but do grow

well in cooler, high altitude, tropical areas.Many cultivars reach maturity about 60days after planting. Peas have both low-growing and vining cultivars. The viningcultivars grow thin tendrils from leavesthat coi l around any available supportand can cl imb to be 1–2m high. Atraditional approach to supporting climbingpeas is to thrust branches pruned fromtrees or other woody plants upright intothe soil, providing a lattice for the peasto climb. Branches used in this fashionare sometimes called pea brush. Metalfences, twine, or netting supported by aframe are used for the same purpose. Indense plantings, peas give each othersome measure of mutual support. Peaplants can self-pollinate.

COST ESTIMATIONPlant Capacity 48 Ton/DayLand & Building (1200 sq.mt) Rs. 85 LacsPlant & Machinery Rs. 4 CrWorking Capital for 2 Month Rs. 1.06 CrTotal Capital Investment Rs. 6.8 CrRate of Return 33%Break Even Point 56%********************************************

LED BULB AND TUBEASSEMBLY/MANUFACTURING

PLANT [3396]A light emitting diode (LED) is a devicewhich converts electrical energy to lightenergy. LEDs are preferred light sourcesfor short distance (local area) optical fibernetwork because they: are inexpensive,robust and have long life (the long life ofan LED is primarily due to its being a colddevice, i .e. i ts operat ing temperaturebeing much lower than that of, say, anincandescent lamp),can be modulated(i.e. switched on and off) at high speeds(this property of an LED is also due to itsbeing a cold device as it does not haveto overcome thermal inertia),coupleenough output power over a small area tocouple to f ibers (though the outputspectrum is wider than other sources suchas laser diodes). A light-emitting diode(LED) is a two-lead semiconductor lightsource. It is a p–n junction diode, whichemits light when activated.[4] When asuitable voltage is applied to the leads,electrons are able to recombine wi thelectron holes within the device, releasingenergy in the form of photons. This effectis cal led electroluminescence, and thecolor of the light (corresponding to theenergy of the photon) is determined bythe energy band gap of thesemiconductor.

COST ESTIMATIONPlant Capacity 48000 Nos/DayLand & Building (2 Acres) Rs. 6.50 CrPlant & Machinery Rs. 60 LacsWorking Capital for 1 Month Rs. 6.73 CrTotal Capital Investment Rs. 13.90 CrRate of Return 48%Break Even Point 33%********************************************

Hi-Tech Projects,Dec’20, www.eiriindia.org # 11

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Formaldehyde, UreaFormaldehyde, MelamineFormaldehyde Powder,Phenol Formaldehyde

Resin, SodiumFormaldehyde,

NaphthaleneFormaldehyde, Dye Fixing

Agent, FormaldehydeMethanol Sort By:

Sodium hydrosulfite throughformaldehyde route cap-20tpdSodium lauryl sulphate andsodium lauryl ether sulphateSodium polyacrylatedispersant for use in waterbased paint with dispersantfor pigmentSodium sulphideUrea formaldehyde andmelamine formaldehydemoulding powderUrea formaldehyde powder &melamine formaldehydepowder

Antifoaming/defoaming agentlike antarol t-709Automobile rubber partsBenzalkonium chlorideCalcium aluminateEthylene propylene dienemonomer (epdm) rubberprofilesGloves/mitt/gage/gauntlet(knitted)Industrial rubber sheetLatex foam (rubber) productsManganese oxide andmanganese sulphateNitro cellulose (lacquer)Precipitated calcium carbonateRubber & flat transmission

belt conveyor beltRubber & plastic sheets, mats& flapsRubber (and metal bonded)auto partsRubber adhesiveRubber adhesive (all purpose)neoprene & isoprene basedrubber moulding & lining ofrubber sheetingRubber adhesive for plywoodRubber auto gasketRubber auto partsRubber balloonRubber ballsRubber bandRubber beading forautomobiles

Rubber and RubberProducts, Rubber

Chemicals, Goods, Latex,Compounds and Industries,

Natural Rubber, ExtrudedRubber, Synthetic Rubber,

Rubber for Automobile,Belt, Gloves, Tyre, Tire,

Rubber Based Industries

Hi-Tech Projects,Dec’20, www.eiriindia.org # 12

Highly Profitable Projects for New Entrepreneurs “EIRI Market Overview Cum Detailed Techno

Economic Feasibility Reports”

Rubber beltingRubber caps (closures) forpharmaceutical usesRubber chappel and rubbersheetRubber compound forautomobilesRubber compound for toys(using plaster of paris)Rubber conveyor beltRubber cots and apronsRubber epdm auto partsRubber eraserRubber flooringRubber gasketRubber goods from wasterubberRubber hose pipeRubber hose pipe & rubberglazingRubber hoses for automobileRubber hot water bottleRubber insulated pliers (handtools)Rubber moulding & lining ofrubber sheetingRubber plantationRubber plastic stamp & pad(automatic)Rubber plate used in readymix concreteRubber plate used in readymix concrete plant (cementslurry 30%, rcc 30-40%gravels 10-15%)Rubber powderRubber powder from used/waste tyreRubber process oilRubber reclaim sheet fromused butyl tyre and tubeRubber reclaimingRubber reclamation (reclaimrubber)Rubber roller for printingmachineRubber roller for rice millRubber rollersRubber rollers & eboniterollersRubber rollers for textile mills& paper industriesRubber sheet & allied hospitalrubber goodsRubber sheet for automobilesRubber sheet for shoe soleRubber sheet from tyreRubber sheets for shoe soleseva (ethylene vinyl acetatesheet for sole)Rubber shiner type polish inaerosol canRubber solutionRubber stereoRubber stereo for printingRubber transmission belt andv beltRubberised canvas shoes

Rubberised clothRubberised coir pu foamcomposit mattressesRubberised cork sheetRubberized plant for solid tyreRubberized plant for solidtyres used for forklift andtrucksSbr rubber sheets and shoesole manufacturingSulphuric acid (l.r.anda.r.grade)Synthetic muskSynthetic rubberSynthetic rubber adhesiveTyre moulds and dies fordifferent automobilesTyre recyclingTyre retreadingTyre retreading (cold)Tyre retreading (hot)Tyre retreading materials(tread rubber, cushion gum(compound), rubber solutionpre cured rubber)Tyre, tubes & flapsTyres & tubes

Glass Sheet, Flat Glass,MultiAxial Glass Fabric, ArtGlass, Hollow Glass, FibreGlass, Automotive Glass,

Float Glass, Thermo Flask,Tumblers, Optical Glass,

Toughened Glass,Glassware Industry, Safety

Glass

Air brushing colours for glassBottling plant (imfl & countryliquor from rectified spirit)Fabric blinds manufacturingunitFibre glassFibre glass productsFibre glass sheet (pultrusionprocess)Fibre glass sheetsFibre glass wireFlat pvc laminated safetyglass and toughenedFlat pvc laminated safetyglass/toughened glassFloat glassGlass bottle for beer and beermug (tumbler)Glass bottle manufacturingGlass bottles of diferrentcapacityGlass sheet (automatic plant)Glass sheet for window panesHollow glass ware industryMulti axial glass fabricMultiaxial glass fabricPet chips (granules) for fibreand yarn (pet recycling unit)Safety glassThermocole based disposableglass, cups & plates

Thermoformed cups, plates& glass with hips sheetThermoformed cups, plates& glasses with hips sheetmanufacturingToughened glass

Herbs, Ayurvedic andHerbal, Herbal Cosmetics

Projects

Aloevera cultivation andprocessingAloevera gelAnnatto seed colourextraction & processingAsparagus culivation andprocessingAyurvedic churan & tabletsAyurvedic dant manjan (redcolour dabur type)Ayurvedic herbal drinkingwaterAyurvedic medicinesAyurvedic pain balmointmentsAyurvedic pharmacyAyurvedic sharbatAyurvedic tablets (hajmolatype)Ayurvedic/herbal tablets &churnBody creams and lotionsBoutiqueCosmetic talcum powderCosmetics and plasticpackaging materialsmanufacturingCurcumin and turmeric oilfrom turmericExtraction of coleusforskholinns from garmarrootHair dye in oil farmHenna paste makingHerbal capsulesHerbal cosmetics &ayurvedic medicinesHerbal cosmetics unitHerbal face pasteHerbal hair dye oil (coconutoil+ppd based)Herbal hair oils (ayurvediclike banphool oil)Herbal powder & creamHerbal shampooHerbal shampoo and creamIndustrial fragrance andflavour used in detergents,cosmetics, juices, icecreamIsabgol processing unitKali mehandi powder (hairdye powder)Kesh kala tel (hair dyelotion) (vasmol 33, godrej,black nite type)Nail polish, lipsticks, nailpolish remover

Natural sugar waxNeem oil captive consumption inproduction of neem coated ureaProcessing of daturastramonium into hyosyamina &atrominRose waterTalcum powderToilet and herbal soapTurmeric oil extraction from dryturmericVanila cultivation & extractionWet face freshner tissue

Ice cream and ice cream byproducts (Frozen, dairy, food,

ice candy, butter, softy,vanilla, chocolate, cookies,

fudge, kesar, strawberry,coffee)

Cocoa butter and cocoa powderDairy (buffalo) farmingDairy farm & dairy products(pasteurised milk, ghee, butter,paneer)Dairy farming (jersey cows) toproduce milkDairy processing unit (50,000ltr/day)Dairy productsIce cream & ice candyIce cream cup (plastic)Ice cream of different flavoursIce cream parlourIce cream stabilizerIce making plant using freongas liquidInstant ice cream mixKhandsari sugar (500 tcd)Milk processing plant (toned/double toned milk, cream,butter milk, butter cream, khoa,butter, paneer, ghee)Milk processing plant 5000 ltr/day (pasteurized milk,flavoured milk,plain dahi & mistidahi)Paper cup for ice creamProject report milk processingplant 5000 ltr/day (pasteurizedmilk, flavoured milk, plain dahi& misti dahi)Softy ice cream of diffrentflavoursStart Your Own Coffee andCoffee Processing (Hand Book)Sugar cubesTuity fruity from papaya frui t

EIRI can prepare anyDetailed Customised Project

Report. Mail request at:

eiritechnology@gmail.com

eiri@eiriindia.orgwww.eiriindia.org

Hi-Tech Projects,Dec’20, www.eiriindia.org # 13

Market Overview Cum Detailed Techno Economic Faeasibility Report on all Projects are available contact:

ENGINEERS INDIA RESEARCH INSTITUTE4449, Nai Sarak, Main Road, Delhi - 110 006 (India) * Ph. : +91 9811437895, 9289151047, 91-11-23918117, 43658117, 45120361

Email: eiri@eiriindia.org, eiriprojects@gmail.com Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Gums & Adhesives, Sealants,Glues, Gums, WoodAdhesives, RubberAdhesive, Synthetic

Adhesive, Office Paste,Polyurethane Adhesive,

Leather Based Adhesive,Thermosetting Adhesive,Printing Gums, Binders,Synthetic Resin, Resins

Adhesive (fevicol type)Adhesive (polyvinyl butyralbased)Adhesive based onpolyurethaneAdhesive based on vinylacetateAdhesive based on vinylacetate (fevicol type)Adhesive for band aid(johnson & johnson type)Adhesive for gasket (liquid/paste)Adhesive for paper boardAdhesive for stickersAdhesive for two and threewheeler clutch platesAdhesive industries(laminated, sticker, ddl & othertypes)Adhesive tape for hospital useAdhesives (different types)Bopp self adhesive tapesCondome manufacturing fromlatexGum (sodium silicate based)Gum (sodium silicate based)Gum bottle (pvc)Gum for pasting labelsGum from tamarind seedGum manufacturing forcorrugated board and boxesIndustrial adhesive based onstarch, gum, dextrin silicateLatex based rubber adhesiveswith process & formulaeLeather to leather adhesiveOffice pasteOffice paste (gum)Polyurethane adhesivePolyurethane foamsPrinting gumPrinting gums (guar gumbased)Recycling tyre and to makerubber colour tilesRubber adhesive (all purpose)neoprene & isoprene basedrubber moulding & lining ofrubber sheetingRubber adhesive for plywoodRubber rollers (application forprintng, textile, tanning &ebonite rollers)Synthetic adhesive fordecorative laminate bondingSynthetic rubber adhesiveSynthetic rubber adhesive

Thermocole bowl, dona, platesetc.Thermosetting adhesiveWood plastic composite board(wpc)Wood plastic compositeproducts including boardsXanthan gum

Infotech/It, Hotel, Hospital,School, College, MedicalCollege, EntertainmentClub, Warehousing And

Real Estate Projects

Aided schoolAmusement parkAmusement park cum waterparkAyurvedic college withhospitalB.ed and law collegeBanquet hallBowling alleyCall center (domestic)Call center (international)Children recreation centreClubCollegeCommunity centreCommunity hallComputer education instituteComputer softwareCyber cafeDental clinicDental collegeE commerce/businessE schoolEngineering collegeEntertainment clubEntertainment club, holidayresort, 4 star hotel,amusement park cum waterpark, mushroom and itsproducts, fish farming, lakefor boating, deer parkFashion technology instituteFast food parlourFilm studio/tv serial & tv adproductionFinest & Smart Project ReportOn Cold StorageFive star hotelFood parlourFood processing and trainingcentreFranchise training programmefor iit & engineering entranceexamsGolf courseHealth club and fitness centerHealth club, beauty parlourHealth resortsHoliday resort cumentertainment club with 4 starhotelHoliday resortsHospital (100 beds)Hospital (200 beds)

Hospital (400 beds)Hospital cum research centreHospital/nursing home(30 beds)HospitalsHostelHotel five starI.t.park (infotech park)Ice cream parlourIndustrial training institute (ITI)Internet service provider (isp)Maternity nursing homeMedical collegeMedical college, hospital andresearch instituteMedical transcription centreMedical universityMega food parkMental retardation hospital &cerebral palsyMotel/small hotelMultiplex cum entertainmentcentreMultiplex cum hotelMultistorey commercialcomplexMultistorey residential complexNatural medicine & researchinstitute with 150 beds hospitalNature care centreNursery schoolNursing homeNursing home (ent andophthalmology - eye)Old age homeOnline shopping mallPortalPre fabricated buildingRehabilitation centre for aged& needy personsResidential cum commercialcomplexRestaurantRestaurant with pubSchool (higher secondary)School (primary)School of nursingSchool with hostelSenior secondary schoolSpecial economic zone (sez)/industrial parkThree star hotelTissue culture bio-i.t. baseTourist clubTownshipTraining institute for medicaltranscriptionVeterinary collegeVeterinary college with hospitalVideo film studioVocational training institute,hostel with kitchen,rehabilitation centre, mininursing home with dispensary,sports and recreational centre,arts and cultural centreincluding agriculture farmingWare house

WarehouseWater parkWebsite design & e mailregisteringWomen polytechnic college

Insecticides, Disinfectants,Pesticides, MosquitoRepellents, Phenyl,

Fertilizer, Fungicides,Herbicides, Plant Growth

Regulator, Agrochemicals,Bio Stimulate, Growth

Activator, OrganicPesticides, Aerosol Spray,

Naphthalene, BioPesticides,

Aerosol-pesticidesBiofertilizerPhenyl (black & white)Phenyl Black in liquid formNaphthalene Balls and PhenylPerfumed PhenylScented Phenyl ManufactureNaphthalene BallsNPK FertilizerUrea FertilizerSea Weed Liquid FertilizerNeem Based FertilizerHerbal FertilizerWater Soluble Fertilizer

Lacquer Industry,Nitrocellulose (Nc)

Lacquer, Water basedLacquer, Polyurethane (PU)

Lacquer, LacquerElectrophoretic, Lacquer

Emulsion, LeatherFinishing Lacquer, ClearTransparent Lacquer etc

Alpha Cellulose Powder FromCotton WasteManufacture Of CelluloseAcetateNitrocellulose Lacquer (Nc)Packaged Drinking WaterWith Pet Manufacture (In 1Ltr Pet Bottles, 20 Ltr Jars &250 Ml. Pouches)Polyethylene Wax (PP Wax)Polyethylene Bottle PolyolUsed In PolyurethanesPolyurethane (PU) LacquerPolyurethane Rigid Foams(Continuous AndDiscontinuous SandwitchPanel)Polyurethane Semirigid andRigid Sandwich PanelsWater For Ampoule (WaterAmpoule of 5 ml/ 10 ml/ 30ml Manufactured Which AreUsed For Dry Injection AndDry Syrps)

Hi-Tech Projects,Dec’20, www.eiriindia.org # 14

Market Overview Cum Detailed Techno Economic Faeasibility Report on all Projects are available contact:

ENGINEERS INDIA RESEARCH INSTITUTE4449, Nai Sarak, Main Road, Delhi - 110 006 (India) * Ph. : +91 9811437895, 9289151047, 91-11-23918117, 43658117, 45120361

Email: eiri@eiriindia.org, eiriprojects@gmail.com Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Highly Profitable Projects for New Entrepreneurs “EIRI Market Overview Cum Detailed Techno

Economic Feasibility Reports”

Maize, Corn, Starch,Glucose and its Products

Processing Projects

Baby cornCorn chipsCorn flakesCorn flakes with details ofmachines and its supplierssourcesCorn oil (maize oil)Ena plant based on maizeEthyl alcohol from cornGrain based ena plant (enaplant based on maize)Liquid glucose from maizeMaize & its by productsMaize & its bye product (1000ton/day maize processingplant)Maize & its bye product (25ton/day maize processingplant)Maize dry milling plantMaize flour & by productmanufacturing plantMaize processing for glucoseMaize processing plant (300Ton/Day Maize ProcessingPlant)Maize Processing Plant (150Ton/Day)Maize processing plant (starch,modifid starch, liquid glucose,dextrin, gluten etc.)Maize processing plantstarches/modified starches/liquid glucose/dextrosemonohydrate/glucose syrups/corn syrup solids/high maltosecorn syrups/malto dextrinepowder/corn glucten meal(60%) maize oil/sorbitolMaize semolina processingplantMaize starch, liquid glucose,dextrose (maize and its alliedproducts)Maize/corn oil from corn germMini flour mill (maize,sorghum, millet)Project Reports To Start NewIndustry on maize and cornprocessingRice and corn flakesRice flakes, corn flakes &wheat flakes (integrated unit)Sorbitol from cornSorbitol from maize starchStarch & allied products frommaizeStarch from maizeYeast dry powder from maize

Mining, Granite, Gypsum,Mica, Marble And Minerals

Based Projects

Activated carbon plantAmines and allied productsCalcination plant forpyrophyllite and diasporeminerals by vertical shaft kilnprocessCalcined gypsum for plasterin construction sectorChrome mining ore (alluvialchrome mining)Ferro silicon from mineralGranite and other stoneblocks processing andpolishingGranite crushing unitGranite cutting & polishingunitGranite miningGranite tilesGraphite ore beneficationGypsum board manufacturingGypsum plaster board,gypsum plaster and plaster ofparisGypsum plaster boards andplaster of parisIron ore miningIron ore pelletization plantLime stone miningManganese ore beneficiationMarble and granite chipsMarble and granite tilesMarble-granite cutting andpolishingMica paper for electricalinsulationMineral wool (stone wool)Open cast mining of chromeorePulverising of mineral,sulphur powder from sulphurStone miningStone quarryWet ground mica

Mosquito PreventiveProjects viz Mosquito Coil,

Mosquito Repellent,Mosquito Liquid Vaporizer,

Mosquito RepellentWristband, Insects

Repelling Mats, MosquitoNet, Mosquito Larva

Destroyer, Mosquito andFlies Repellent Agarbatti

(Incense Sticks) etc.

Aerosol & mosquito repellantspray (baygon, hit, morteintype)

Agarbatti (mosquito repellent)Allethrin mosquito matrechargerAllethrin mosquito repellant oilMosquito & flies repellentagarbatti (incense sticks)Mosquito coil agarbatti(incense sticks)Mosquito coils and matsMosquito coils usingeucalyptus leavesMosquito larva destroyerMosquito netMosquito repellant wrist bandMosquito repellent coilsMosquito repellent matsMosquito repellent vaporizer(all-out mosquito oil)Pest control

Onion and Onion Productsviz Onion dehydration,

Onion and Garlic Powder,Onion Flakes, Onion

Storage, Garlic and OnionDehydration, Garlic Flakes

and allied Products

Dehydration & canning offruits & vegetablesDehydration industry onionchips and powder and garlicpowderDehydration of canning offruits & vegetablesDehydration of carrot & garlicDehydration of fruits &vegetables by iqf technologyDehydration of fruits &vegetables by vacuum dryingmethodDehydration of jackfruitDehydration of onion & garlicGarlic & ginger pasteGarlic acidGarlic flakesGarlic flakes & powder(dehydrated)Garlic oil & powderGarlic oil and powderGarlic powderOnion dehydrationOnion paste and powdermaking unit 1 t/dayOnion powderOnion Powder (Export OrientedUnit)Onion, garlic & gingerdehydration plantOnion, Potato and GarlicDehydration for exportpurposes

Paint, Pigments, Enamel,Inks, Solvents, Thinners

And Varnish

Acrylic cement paintAcrylic coloursAcrylic emulsion paintsAerosol paint sprayAerosol-pesticidesAluminium paintsAluminium wire drawing andsuper enamellingAnti corrosive wax coating(aerosol)Automobile paintsBall point pen refill inkBitumenBituminious felts for water &damp proofingBituminious road emulsionrapid medium & slow settingBituminous based corrosionresistantBuffing & polishingCement paintCement paint for white & greycementClear transparent lacquer forcoating on brass bangles tomake it weather-resistantDigital inkDispersantDry distemperDry distemper & cement paintDuplicating ink black forgestner duplicatorDye fixing agent (lowformaldehyde for pigmentprinting like acrafix ml)Electrophoric lacquer,polyurethane (pu) lacquer(water based) in liquid form forelectrophoretic coatingapplication on metal platesEmulsifier for pesticidesEmulsion paintsEmulsion paints (water based)Enamel removersEnamelling of copper wireEpoxy resinsFabric inks with digital inkFlame ratardant paintsGlass coating solutionHammertone paintsInk solvent based (pvc free)Insulating varnish & wireenamelInsulating varnish (polyvinylbutyral based, ffc grade)Iron oxide pigmentsLacquer emulsion (high shineand medium shine) for leatherfinishing & n.c.lacquer forleather finishing (formulation &

Hi-Tech Projects,Dec’20, www.eiriindia.org # 15

TERMS AND CONDITIONS

Ask for the quotation for the required project report ateiritechnology@gmail.com or eiriprojects@gmail.comMob: +91 9811437895 or +91 9811151047, 9289151047

Regd. Off : 4449, Nai Sarak, Main Road, Delhi - 110 006 (India)* Ph: +91 9811437895, 9289151047, 91-11-43658117, 23918117, 45120361,

* E-Mail : eiriprojects@gmail.com, eiri@eiriindia.org* Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Deposit the amount in “EIRI “Account with HDFC BANK CA-05532020001279 (RTGS/NEFT/IFSC CODE: HDFC00001981) OR ICICIBANK CA - 038705000994 (RTGS/IFSC CODE: ICIC0000387) OR AXIS

Bank Ltd. CA- 054010200006248 (RTGS/IFSC CODE:UTIB0000054) ORUNION BAK OF INDIA CA-307201010015149 (RTGS/NEFT/IFSC CODE:UBIN0530727) OR STATE BANK OF INDIA CA-30408535340 (RTGS/IFSC

CODE: SBIN0001273) & SMS ON PH. 09811437895

manufacturing processes)Lime colour/cement colour(synthetic- red iron oxide)used for flooringLime puttyMarking inks (water proof)Metal naphthanate (as drierfor paints)Mica pearl pigmentMirror back paintMirror back paints (orange,golden, pink, black & silver)N.c. thinners used inautomobilesN.c.thinnersN.c.thinners used in autopartsNaphtha based thinnerNC puttyOffset printing inkOil bound distemper paintPaint & reducerPaint and primerPaint brushesPaint drierPaint industryPaint industry & wall puttyPaint manufacture for rollingcoating of aluminium andsteelPaint manufacturing for rollingcoating of aluminium & steelcoilPaint removersPaints industry (lime colour,dry distemper, oil bounddistemper, enamel paint, redoxide primer/resin, micabased paint)Photo emulsion for rotaryscreen exposing (trade namehcr-63)Picture varnishPigmentsPowder coating chamber typePowder coating manufacturingPowder coating paintPowder paint for powdercoatingPrimer paint & enamel paintPrimer paints, enamel paints& distemperPrinting inks (flexo graphicink)Printing inks (offset, flexo &roto gravure)Printing inks (various types)Putty & water proofing paint

Putty (metal casement)Red oxide pigmentRed oxide pigments from ironpickling plant wasteRed oxide primerRefractory paint (graphitebased)Screen printing inksSilicone emulsion for textileSolvent & thinnersSolvent blue 35Solvent extraction plant (silkworm pupae)Solvent fre lamination,slitting, rewinding and bagmakingSpirit soluble maleic resinStainer for paintStamp & pad inkStoving paintSynthetic red oxide forflooringsTexture paintsThickener for paints in liquidformThinnerThinner for industrial use withthinner for acrylic paint,thinner for enamel paint,thinner for pu paint, thinnerfor epoxy paint, nc thinnerThinner manufacturing unitincluding polish thinner,methanol based, syntheticthinner mto based, denaturedspirit based thinner, ncthinner, stoving thinner,thinner for epoxy paint,pupaint, enamel paint,thinner, acrylic paint thinnerThinnersThinners & its allied productsThinners & paintsThinners (ethyl alcoholbased)Thinners (white spirit based)Thinners and paintsToner inkVacuum metallizing lacquersVarnish (clear) for wood(flame-retarding type)Varnish manufactureVarnish thinner (solvent)Wall puttyWater based paintsWax emulsion forconstructionWood primer

Zinc phosphate pigment forpaints

Perfumes, Flavours AndEssential Oils

Aromatic PerfumeryCompoundsAgarbatti & alliedAgarbatti (incense sticks)Agarbatti perfumerycompounds with formulationsAgarbatti synthetic,perfumery compoundsAnti corrosive wax coating(aerosol)Deodorant perfume spray(non alcoholic fully automaticplant)Dhoopbatti (synthetic)Essential oil from wood flexExtraction of essential oils (bysuper critical method)Extraction of essential oils(cardamom, jeera, ajowan,ginger oils, etc. & packagingof ground spices)Fractional di