HI-TECH PROJECTS - Engineers India Research Institute · 2020-01-25 · HI-TECH PROJECTS (An...

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

Opportunities and Industrial Technologies)

JANUARY 2020 Issue(E-copy)

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MOST DEMANDABLE PROJECTSSTAINLESS STEEL PIPESMANUFACTURING [3334]

Stainless steels are iron-based al loysusual ly containing at least 11.5%chromium. Other elements, nickeI beingthe most Important, may be added incombination with chromium to obtainspecial properties. Stainless steels arehighly resistant to corrosive attack and tooxidation at high temperatures. in general,resistance to corrosion and oxidationincreases progressively, though notproportionately, with the increase inchromium content. Stainless steel pipeand tubing are used for a variety ofreasons: to resist corrosion and oxidation,to resist high temperatures, for cleanlinessand low maintenance costs, and tomaintain the puri ty of materials whichcome In contact with stainless. Theinherent characteristics of stainless steelpermits the design of thin wal l pipingsystems without fear of early failure dueto corrosion. The use of fusion welding tojoin such piping eliminates the need forthreading. Type 304 stainless is the mostwidely used analysis for general corrosiveresistant tubing and pipe applications, it isused in chemical plants, refineries, papermills, and food processing industries. Type304 has a maximum carbon content of.08%. It is not recommended for use inthe temperature range between 800° Fand 1650° F due to carbide precipitationat the grain boundaries which can result ininter-granular corrosion and early failureunder certain conditions. Type 304L. Isthe same as 304 except that.03%maximum carbon content is maintainedwhich precludes carbon precipitation andpermits the use of this analysis in weldedassemblies under more severe corrosiveconditions. Type 318 is much moreresistant to pitting than other chromiumnickel alloys due to the addition of 2% to3% molybdenum. it is particularly valuablewherever acids, brines, sulphur water,seawater or halogen salts are encountered.Type 316 is widely used in the sulphitepaper industry and for manufacturingchemical plant apparatus, photographicequipment, and plastics. Type 316L, like304L, is held to a maximum carbon contentof .03%. This permits its use in weldedassemblies without the need of final heattreatment. It is used extensively for pipeassemblies with welded fitting. Other fieldswhere stainless steel pipe and tubing areused are: aviation, electronics,automotive, cyrogenic, marine, airconditioning and heating, medical,architectural and textiles.

COST ESTIMATIONPlant Capacity 4 MT/DayLand & Building (800 sq.mt) Rs. 4.68 Cr.Plant & Machinery Rs. 2.28 Cr.W.C. for 2 Months Rs. 4.49 Cr.Total Capital Investment Rs. 12.26 Cr.Rate of Return 33%

Break Even Point 48%**********************************************

CORRUGATED BOARD ANDBOXES AUTOMATIC PLANT

(CHINA MACHINE BASED) [3335]The materials now available for packagingare paper and paper products, metalcontainers and foils, glass, plastics-rigidand flexible, cel lulosic fi lms, texti lesincluding jute, woven plastics and wood.Among the packaging materials, paper andpaper based products continue to occupya predominent place. Paper basedmaterials used for packaging includebleached and unbleached kraft, corrugatedand solid fiber boards and a large varietyof converted items like wax coated, plasticcoated, bitumen coated etc. Corrugatedand solid fibre board boxes have replacedthe conventional wooden boxes astransport containers because of their lightweight and satisfactory strength. Thereare, however, several areas in which thissector is laggin behind the developedcountries; they include mainly productionof parchment paper for use in packagingof biscuits etc. Sack Kraft paper and highstrength Kraft for producing corrugatedfibre board of good strengthcharacteristics. Packaging has beenassuming importance in the context ofgrowth of industries in general andconsumer industries in particular. Paper isone of the most important materials thatenters packaging. Paper is extensivelyused for making boxes, bags, seal ingtapes, drums and tubes and as cushioningmaterials. Paper makers in the countryare becoming conscious of the needs ofcontainer industry and are working toimprove the existing quali ties. In Indiatexti le, tea, tobacco and coffee areprobably the largest consumers of papers.Out of the total paper production about 35per cent goes to the packaging industry.With the advancement of industry, theproduction of paper and paper board isbound to increase, and the major increasewill be in the field of packaging papers andboards. Paper is intact replacing the oldermaterials used for packaging. In addition,paper in packaging is economical; l ighteasy to handle and superior. Corrugatedboxes and sol id fibre containers areextensively being used in place of woodenboxes.

COST ESTIMATIONPlant Capacity 25 Ton/DayLand & Building (5000 sq.mt) Rs. 5.43 Cr.Plant & Machinery Rs. 2.73 Cr.W.C. for 1 Month Rs. 4.53 Cr.Total Capital Investment Rs. 12.96 Cr.Rate of Return 24%Break Even Point 52%********************************************

AEROPRESS COFFEE MAKER[3336]

The AeroPress is a device for brewing

coffee. It was invented in 2005 by Aerobiepresident Alan Adler. Coffee is steepedfor 10–50 seconds (depending on grindand preferred strength) and then forcedthrough a filter by pressing the plungerthrough the tube. The AeroPress uses airpressure, forcing the water through bypushing the plunger down. The AeroPressis a simple device, with a chamber madefrom tough, heat-resistant plastic It usesa plunger to force water through the coffee,which will be familiar to French pressusers.The pressurization that occurs in theplunging action is similar to an espressomachine. This AeroPress brewing systemmakes coffee by forcing water throughcoffee under pressure. The result is aconcentrated brew of coffee that you canthen do different things with. Theseinstructions focus on brewing the coffeeand then diluting it with hot water to normalstrength.

COST ESTIMATIONPlant Capacity 1000 Nos/DayLand & Building (2000 sq.mt) Rs. 3.04 Cr.Plant & Machinery Rs. 3.39 Cr.W.C. for 4 Months Rs. 5.71 Cr.Total Capital Investment Rs. 12.52 Cr.Rate of Return 59%Break Even Point 33%********************************************

DETERGENT SOAP AND POWDERMANUFACTURING [3337]

Synthetic detergents occupy a vital placein the present age particularly when themodern society is constantly looking forquick, effective and economic cleaningagents. Synthetic detergents emerged asa regular industry after Second World Waronly. The development of this industry isclosely linked with Petro-chemical industrywhich forms the basis for its raw materials.Detergents when dissolved in water,acquire better cleaning properties andhence facilitates easy removal of dirt &dust and grease etc. Apart from their usein clothes washing, detergents also haveapplications in the following industries. 1.In industry, in laundry and dry cleaning. 2.In textile processing, grain milling, metalplating and foods canning. 3. In dairy foodsand beverages processing and inrestaurants. 4. In plant maintenance andindustrial house-keeping. The principaltypes of synthetic detergents are an ionic,non-ionic and employtics. Sodiumdodecyle benzene sulphonate is anexample of the ionic type whi le nylonphenol, nylone oxide obtained fromethylene oxide is the non-ionic type. Theamploytic detergents like the alkyl aminopropionates behave as cations in acidicsolutions and l ike anions in alkalinesolution. Among the numerous detergentpowders are available today in the marketeg. Fena, Hipoline, T.Series, Areal, Surf,Sunlight, Nirma, Wheel detergent powdersand cakes are most popular. Soaps arethe earliest form of detergents. Though at


Edible Oils, Essential Oils and Lubricating Oils IndustryAerosolAgarbatti & alliedAgarbatti perfumery compoundAir/oil/fuel filterAjowan extraction from ajowan seedsBees wax manufactureBees wax refining & bleachingBio-diesel from algaeBlending of lube oil (blending oflubricating oils & manufacture ofgreases)Brake oil (brake fluid)Calcium base greaseCamphorCandles (semi automatic)Cardamom oilCardmom oil (cap:20 kg/day)Castor oilCastor oil & its derivativesoleoresin,Turkey red oil, dco, hco,sebacic acid, 12- hydroxy stearic acidCastor oil and its derivatives oleoresin,Turkey red oil, dco, hco, sebacicacid 12-hydroxy stearic acidCastor oil derivative oleoresinsChilli oilCitronella oilsClove oilCompressor oilsConcentrate of rose, jasmine & lily etc.Core oil from cashewnut shellCorn oilCorn oil (maize oil)Cotton seed oil solvent extraction plant(capacity 150Ton/day)Crude edible oil refining (refining ofedible oils)Crude edible oil refining (refining ofedible oils)Crude oil refiningCurcumin &Turmeric oil fromTurmericCutting oilDecolourisation of refined rice bran oil(edible grade)Dehydrated castor oilDhoop battiDot-4 brake oilEdible oil extraction & refiningEdible oil extraction and refiningEdible oil manufacturing 200TpdEssential oils distillation unit (basil &cornmint)Essential oils from wood flex and chips(cyperus wood oil, rose wood oil, sandalwood oil)Essential oils manufacturingEthanol (bio fuel) from rice strawEucalyptus oilEugenol from cinnamon leaf oilEugenol from cinnamon oilExtra highTemperature lubricatinggrease (2500-30000C)Extraction & distillation of essential oils,oleoresins, flavours & fragrancesExtraction of essential oils (by supercritical method)Extraction of essential oils (cardamom,jeera, ajowan, ginger oils, etc. &packaging of ground spices)Extraction of essential oils/natural

extracts oilExtraction of jasmine essenceExtraction of large cardamom oilExtraction of oil from oil seed expanderextrusionTechnology)Extraction of wild apricot (chulli) oilFat liquor sulphated oilFish oilFood grade lubricant or greaseFractional distillation of crude oilFractional distillation of crude oilFractional distillation of essential oil &medicinal plant extractFuel oil from jatropha (jatropha bio-dieseloil extraction from jatropha seed)Garlic oil & powderGeraniol citronellal & hydroxy citronellolGinger oil, sandalwood oil & nagarmothaoilGrease manufacturingGround nut oilGround nut oil millGround nut processingHair removing waxHighTemperature greaseIntegrated wax complexIonone from lemon grass oilJasmine & lilly flower oilJatropha bio-dieselJatropha biodiesel oil extraction fromjatropha seedKesh kalaTel (vasmol or godrejkeshkalaTelType)Lemon grass oilLemon grass oil productionLiquid paraffinLube oil & greaseLube oil & grease from used engine oilsLube oil blending greases plantLube oil blending with greasesLubricating oilLubricating oil repacking andmanufacture of greasesMargarine butter (low cholestrol) fromvegetable oilMarorphali powder and oil (powder andextraction of oil frommarorphali)Menthol crystalsMenthol oil & crystalMicro crystalline waxMineralTurpentine oil (m.t.o.)frompetroleum (superior kerosene oil or othermaterial)Mustard oil (edible oil)Mustard oil (expeller)Mustard oil and flour mill (integrated unit)Mustard oil extraction & refining plantMustard oil plantMustard oil processing (expeller process)Neem oil captive consumption inproduction of neem coated urea (plantcapacity 2.00 mt per day)Oil filling plantOil from artemisia herbsOil seed & procuement,processing,preservation and storageOil service of carsOil soapOils and storageOilseeds procurement, processing,

preservation and storageOleoresin from spicesOlive oil plantPalm kernel oil extraction from palmkernel expeller (pke)Palm oilPalm oilPalm oil crushing unitPalmrosa oil from grassParaffin waxParaffin wax from slack waxPeppermint oilPhenyl pine oil based & black and whitePouches filling and packaging of edibleoilRajnigandha oilRe-refining of used engine oilRe-refining of used lubricating oilsReclamation of hydraulic oilsReclamation ofTransformer oilsReclamation of used engine oil (byvacuum distillation process)Reclamation of used engine oilsRefined oil- sunflower oil, groundnut oil,staff flower oil & cotton seed oilRefined vegetable oilRefining of palm oil, sunflower oil &groundnut oilRefining of palm oil, sunflower oil andcottonseed oilsRice bran oil (rbo)Rose crystalsRose oilRust prevention lubricating oilRust prevention oilsSeed oil extraction unitSeeds grading and processingSilicon greaseSilicone oilSilicone oil manufacturingSmokeless candleSolvent extraction & refinning(soyabean)Solvent extraction & refinning(soyabean) (capacity 250 mt/day & 50mt/day oil refining)Solvent extraction of rice bran oilSolvent extraction plant (oil cake based)Soya oil and cattle feed from soyabeanSpice oil & oleoresinsSpice oils or oleoresins (extraction ofessential oil (cardamon, jeera, ajowan,ginger oil & other spice)Sunflower oilSynthetic almond oilSynthetic gheeSynthetic muskSynthetic waxTeflon greaseTransformer oilTurbine oilTurmeric oil extraction from dryTurmericTurmeric oil oleoresinVanaspati unitVegetable oil extraction & refiningVirgin coconut oilWax crayonsWax emulsion forTextilesWetting oil (non ionic)Wire drawing lubricant

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Start Your Own Industrypresent the term detergent is used forsynthetic detergents derived frompetroleum products. The origin of soapmaking is unknown. The phoenicians wereacquainted with it by at least 600 B.C. andit was known the gauls not later than about300 B.C. From the 1940's on-ward,synthetic detergent have expanded rapidlyall over the world. Their rapid developmenthas been stimulated by the enormous andfast growth of the international petro-chemical industry. The transition fromconventional hard soaps to syntheticdetergent cake has been rapid andirreversible response by consumers. Sothat to-day, synthetic detergent accountsin most developed and under developingcountries in the world. To improvedetergency of the detergent cakes powders,certain other components were added to itknown as builders, synergers, fillers andbrighteners etc.COST ESTIMATIONPlant Capacity 13 Ton/DayLand & Building (1360 sq.ft) Rs. 24 LacsPlant & Machinery Rs. 12 LacsW.C. for 2 Months Rs. 2.81 Cr.Total Capital Investment Rs. 3.22 Cr.Rate of Return 40%Break Even Point 36%**********************************************

WATER BASED PIGMENTEMULSION MANUFACTURING

AND FORMULATION FOR TEXTILE[3338]

Pigment emulsions are dispersed pigmentused for textile printing the pastes areprocessed to obtain excellent dispersionand can be easily stirred into textile binderwithout further grinding. Pigment emulsiongive high purity of tone and brilliant shadeson fabric with suitable binder. These pastescan be inter mixed to get a variety ofshades without any difficulty. Thedifference between dye-stuff chemicallyfixed on the fibre & pigment is that, inpigment printing the ultimate fastness torubbing or washing is wholly dependenton the mechanical adhesion of thepigment to the fibre, which is obtainedby various method. Products like egg orblood albumin which have a tendency tocoagulate & become insoluble on drying,may bind the pigment sufficiently to givethe desired fastness. By the use of thisproduct, a slurry of the pigment in water isincorporated into a suitable thickner &albumin is used as a binding agent.Solvent soluble cellulose derivatives arealso used on drying solvent evaporatesleaving cellulose in precipitated condition,binding at the same time. Rubber latexcompound have also been used to someextent. Synthetic resin have also beenrather successfully used for printing ofpigment. Solvent soluble resin bind thepigment to fibre very well so that even

metal lic powders can be boundsatisfactori ly.

COST ESTIMATIONPlant Capacity 500 Kg./DayLand & Building (600 sq.ft) Rs. 23 LacsPlant & Machinery Rs. 20 LacsW.C. for 1 Month Rs. 41 LacsTotal Capital Investment Rs. 88 LacsRate of Return 25%Break Even Point 66%*********************************************

HERBAL EXTRACT, ESSENTIALOILS, SPICES AND VALUE

ADDITION [3339]Essential oil also called etheral or volatileoils are volatile odoriferous bodies of anoi ly character derived mostly formvegetable sources. They occur in smallconcentrations in special cells, glands orducts, either in one particular organ of theplant or distributed over many part e.g.leaves, barks, roots, flowers or fruits.Occasionally, they are present incombination with sugars, as glycosides,e.g. amyodalin in bitter almonds and sinigrinin mustard seeds, and are liberated whenthe glycosides are hydrolyzed. Essentialoils are insoluble in water, but freely solublein alcohol, either, fatty oils and mineraloils. They are commonly liquid at ordinarytemperature and some of them depositsol id matters on standing most of theessential oi ls are optical ly active, arel ighter than water and possess highrefractive index. They are composed of anumber of chemical compounds:-Hydrocarbons, Alcohols, Ethers,Aldehydes Ketones, Oxides and lactonesetc. M. Indica is found largely in the greaterpart of India upto an altitude of 1200 M.Its bark is dark colour and cracked. Itsleaves are clustered near the ouds ofthe branches. It is coriaceous, pubescentwhen young almost glabrous when maturethe flowers of this tree are dense fascilesnear ends of branches. They may besmall, calyx, corolla tubular and fleshy.M. Indica is found in mixed deciduousforests, usually of a somewhat dry type,often growing on rocky and sandy soiland turning on the deccan trap. It iscommon throughout central India, Mumbaiand Andhra Pradesh. It is also common inthe drier type of sal forests in MadhyaPradesh. It is much planted in the plainsof northern India and Deccon peninsulawhen forest land is cleared for cultivation,mahua trees are carefully preserved.

COST ESTIMATIONLand & Building (2000 sq.mt) Rs. 1.45 Cr.Plant & Machinery Rs. 1.78 Cr.W.C. for 2 Months Rs. 2.12 Cr.Total Capital Investment Rs. 88 LacsRate of Return 24%Break Even Point 58%*********************************************

CEMENT PLANT [3340]COST ESTIMATION

Plant Capacity 2000 MT/DayLand & Building (30 Acre) Rs. 49.38 Cr.Plant & Machinery Rs. 140 Cr.W.C. for 2 Months Rs. 42.03 Cr.Total Capital Investment Rs. 237.51 Cr.Rate of Return 31%Break Even Point 50%********************************************

PLASTIC RECYCLING ANDPLASTIC PRODUCTS PLANT

(TANKS, BUCKETS, MUGS, JUGS,DUSTBIN, ROAD DIVIDER ETC.)

[3341]Plastic recycl ing is the process ofrecovering scrap or waste plastic andreprocessing the material into usefulproducts. Since the vast majority of plasticis non-biodegradable, recycling is a partof global efforts to reduce plastic in thewaste stream, especially theapproximately eight million tons of wasteplastic that enter the Earth's ocean everyyear. This helps to reduce the high ratesof plastic pol lution. Plastic recyclingincludes taking any type of plastic, sortingit into different polymers and then chippingit and then melting it down into pellets.After this stage, it can then be used tomake items of any sort such as plasticchairs and tables. Soft plastics are alsorecycled such as polyethylene film andbags. This closed-loop operation has takenplace since the 1970s and has made theproduction of some plastic productsamongst the most efficient operationstoday. Compared with lucrative recyclingof metal and similar to the low value ofglass, plastic polymers recycling is oftenmore challenging because of low densityand low value. There are also numeroustechnical hurdles to overcome whenrecycl ing plastic. A macro moleculeinteracts with its environment along itsentire length, so total energy involved inmixing it is largely due to the product sidestoichiometry. Heating alone is not enoughto dissolve such a large molecule, soplastics must often be of nearly identicalcomposition to mix efficiently.

COST ESTIMATIONLand & Building (2.5 Acre) Rs. 5.04 Cr.Plant & Machinery Rs. 2 Cr.W.C. for 2 Months Rs. 6.18 Cr.Total Capital Investment Rs. 14.16Cr.Rate of Return 37%Break Even Point 50%********************************************

KRAFT PAPER FROM WASTECARTON BOXES [3342]

Paper form a commodity of primeimportance to day from the parts of viewof mass communication, education, andindustrial and economic growth. The art of


Start Your Own IndustrySTATEMENT ABOUT OWNERSHIP AND

OTHER PARTICULARS ABOUT THEJOURNAL

HI-TECH PROJECTSFrom IV (See Rule 8)

Place of Publication DelhiPeriodicity of Publication: MonthlyPrinter’s Name : Sudhir Kumar GuptaWhether Citizen of India : YesAddress : 4449 Nai Sarak,

Delhi- 6Publisher’s Name : Sudhir Kumar GuptaWhether Citizen of India : YesAddress : 4/35, Roop Nagar,

Delhi- 7Editor’s Name : Sudhir Kumar GuptaWhether Citizen of India : YesAddress : 4/35, Roop Nagar,

Delhi- 7Name & Address : Engineers India

Research Institute,4449, NaiSarak,Delhi - 6

Statement of individuals who own the newspaperand partners of shareholders more than onepercent of the total capital. I, Sudhir Kumar Guptahereby declare that the particulars given aboveare true to the best of my belief.Dated Sudhir Kumar Gupta

Signature ofPublisher

paper making was first discovered inChina in and around 2nd century. B.C.pan where it travelled slowly west wardand reached the prantiens of Europe. Bythe end of 14th century, a member ofpaper mill existed in Europe, particularlyin Spain, Italy, France and Germany. theinvention of printing in 1956 brought avastly in creased demand for paper, andpaper-manufacturing was introduced toEngland. America fol lowed in 1690.Agricultural residues, such as bagasse,rice husk, wheat husk jute sticks, grasses,etc are fast becoming popular materialsfor paper making. considerable attentionis being given to the utilization of variousagricultural by products for preparingpulp for paper manufacture landableefforts are being make in this direction.Paper production requires a disintegrationof the bulky fibrous material to individualor small agglomerate fibres. This is calledpulping. The ideal fibre for high grade papershould be long, high in cellulose contentand low in ligrin content. Most ideal rawmaterial for paper products is bamboo.Other sources are bagasse and hardwoodslike jute stick must be developed and goodquality paper pulp make by blending withbamboo fibre. Over recent years, theemergencies of mini paper plants on areal i ty seems to hold the promise ofadding new horizons to the developmentand growth of Indian paper industry. Inmay be noted with concern that the largesector of this industry for quitesometime, has fai led to sustain anyappreciable growth due to various factorseg. The plant being highly capital intensivelow rates of return and the raw material

bottlenecks etc. mini paper plants areviewed as an effective remedy to thecurrent ailments of the paper industry asthey involve much less capital cost andare proved to be technically feasible andeconomically viable these plants can beerected on the basis of fully indigenousexpertise, knowhow and machinery.Moreover, they after an effective meansof lasing considerably the burden an theconventional raw materials.

COST ESTIMATIONPlant Capacity 55 MT/DayLand & Building (8 Acre) Rs. 15.97 Cr.Plant & Machinery Rs. 25.79 Cr.W.C. for 3 Months Rs. 14.13 Cr.Total Capital Investment Rs. 57.70 Cr.Rate of Return 35%Break Even Point 51%*********************************************

ELECTRIC SCOOTER [3343]An electric scooter is vehicle that ispowered by electricity, and that it will requireperiodic plug-in charging in order to function.They usually come in a two wheel format,although three wheels models exist too.They have a step-through frame, wherethe rider can stand while driving the vehicle.Some models might even offer a seat, butthis is just an addition on the step-throughplatform or frame. This is the keydifference between electric scooters andelectric motorcycles, where the later donot have a step-through frame, and directlyprovide a seat integrated in their frames.As previously said, the electric scooterrequires electricity to function, which willbe stored in some type of rechargeablebattery that is attached to the frame. Someof the most common type of batteries forscooters are l ithium ion batteries, andsealed lead acid batteries.

COST ESTIMATIONPlant Capacity 100 Nos/MonthLand & Building (4000 sq.mt.)Rs. 2.52 CrPlant & Machinery Rs. 94.65 LacsW.C. for 2 Months Rs. 1.10 CrTotal Capital Investment Rs. 4.79 CrRate of Return 27%Break Even Point 64%*********************************************

BINDING WIRE FORCONSTRUCTION PURPOSE [3344]Binding wire is used for bindingreinforcement construction. It is made ofmild steel inker, which takes place in theform of thermal processing anneal ing.Binding wire is also called annealed wire.Mild Steel Binding Wire is easy to weld andhas good ductility & malleability properties.Mild Steel Binding Wire is extensively usedin construction, agriculture, andmanufacturing industries. Mild Steel BindingWire available in various types of thicknessand lengths.

COST ESTIMATIONPlant Capacity 80 MT/DayLand & Building (5000 sq.mt) Rs. 4.45 CrPlant & Machinery Rs. 3.36 Cr

W.C. for 2 Months Rs. 17.80 CrTotal Capital Investment Rs. 26.05 CrRate of Return 43%Break Even Point 41%**********************************************

BIOMASS BRIQUETTES [3345]Briquetting is the technology to convert alltypes of agricultural and forestry wasteinto solid fuel. Briquettes are formed incylindrical logs using high mechanicalpressure without the use of chemical orbinder. The product is a replacement toconventional fossil fuels and can be usedacross various manufacturing industriessuch as boilers, furnaces and kilns. Bio-Briquette is an eco friendly solid biofuelwhich helps to reduce pollution, contributingto greener environment and save worthyforeign exchange. Briquetting works on thebasic concept of “Wealth from Waste”.The briquettes are used for energygeneration helping farmers to earn moneyfrom the waste. Briquetting of residuestakes place with the application of pressure,heat and on the loose materials to producethe briquettes. No addition of any binder /chemicals is required so it is 100 % natural.Fuel is the primary need for any countrythat whose backbone lies in the Industrialsector. More and more exhaustible sourcesof energy are diminishing each day. As aresult, there is an immediate need to adoptnew sources of energy which can helpsustain the economic growth without anynegative repercussions. India hasapproximately 141 million hectares of arableland and agricultural output is around 800million tones, which in itself generates 750million tones waste. Even after deducting450 million tones, which is used as fodder,300 million tones could be used for biomassgeneration. Crop residues which are notused as animal fodder, such as cane trash,paddy straw, coconut stalks, branches andmustard waste, are estimated to total around75 million tons per annum. All the biomassand wood wastes are collected in largestorage units and are recycled to producesolid fuel that can be used to heat industrialboilers. This is a renewable source ofenergy and is perfect in countries thatproduce tones of agriculture and forestwaste each year. Every year mill ions oftons of agricultural waste are generated.These are either non-used or burntinefficiently in their loose form causing airpollution. Handling and transportation ofthese materials is difficult due to their lowbulk density. These wastes can provide arenewable source of energy by convertinginto high-density fuel briquettes withoutaddition of any binder. Not only does it putthe agro-forest waste to good use, but italso becomes a source of revenue andsaves the Global environment byproducing clean and green energy. Theadvantages of biomass briquetting are byno means l imited to i ts use in modernindustrial plants or solid fuel boilers. Indeed,

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in developing countries a far biggerpercentage of the population cover theirenergy needs with biomass alone, wheretheir primary need is for heat energy forcooking and heating. Internationaldevelopment cooperation has accordinglylong been focused on improving the basicenergy supply in many countries aroundthe world. It is notable that biomassbriquettes have played a bigger part inmany projects over recent years, such asthose for distributing better stovetechnologies, for example. Next to adaptedcooking behaviors and improved cookingappliances, the fuel can play one importantrole in improving the overall situation ofhouseholds. Biomass briquettes can beproduced out of many field or processresidues and burning them in cookingappliances instead of traditional fuels aslogged and collected wood or charcoal canbe an interesting alternative for businessmakers but also for fuel clients.

COST ESTIMATIONPlant Capacity 72 MT/DayLand & Building (1800 sq.mt) Rs.78.82 LacsPlant & Machinery Rs. 66.60 LacsW.C. for 2 Months Rs. 1.73 Cr.Total Capital Investment Rs. 3.81 Cr.Rate of Return 48%Break Even Point 44%********************************************

LAMI TUBE MANUFACTURINGFOR PHARMA INDUSTRY [3346]

The laminated tube is created bringingtogether the advantages of both aluminumand plastic. Laminated tube suppliers inIndia, like Sorbead India, make use of thelatest technology to create a tube, which1) offers protection against light, air andhumidity, 2) provides sufficient space forgraphics and lastly 3) has the mostaesthetic minimal seam. Laminated tubesfind the maximum use in thepharmaceutical industry. High-endlaminated tubes are mainly used to packmedicines that are in gel form. As they aremanufactured as gels, one needs to beextra careful while packing and transportingthese medicines as the chances of themgetting spilled over are very high. This iswhere laminated tubes prove useful as theirhigh gloss protective lacquer will keep themedicine safe and unadulterated. In themarket, laminated tubes are available inmany graphic modes and in different sizesand styles. There is something foreveryone in the wide range of laminatedtubes up for offer. They are made from apoly- foil-poly premise having polyethyleneon both sides of a light gauge of foil. Insome cases, paper is also used. In thefirst step, the laminate feed-stock materialis enhanced by using letterpress orrotogravure printing. Next, the laminatetubes are created by placing the laminatematerial rolls onto the machine. Then thematerial is transferred onto a flat state and

moved through forming rolls where thetubes are shaped into different sizes, asper the demand. It then passes throughhot temperatures, which joins the sidestogether to create the final cylindrical tube.In the third step, the tube moves towardsthe heading operation section where thepreformed head and shoulder are attachedto the tube top. This is done using heatgenerated from high-frequency energy.The last stop is the capping section wherethe cap style, be it flat, fez or pedestal, isfinally decided upon. Once the cap is fitted,i t is torqued according to customerrequirements. Then the tube movestowards packing and is finally ready to beused. Laminated tubes are a perfectpressing answer for spil lage evidence;carefully designed, safe pressing, whilegiving long life to the bundled item. It's notdifficult to uti l ize and fabricate andfinancial ly savvy. There are numerousprofits of covered tubes and not very manydangers. Other than being for all intentsand purpose suitable to pharma,restorative, oral forethought, nourishmentcommercial enterprises, Aluminum Tubesoffer a huge scope of variety of designsand labeling on the packaging itself. Today,because of their high solidness, coveredtubes are suitable for bundling a mixtureof i tems in areas, for example, oralconsideration, nourishment, beautifyingagents, pharmaceuticals and mechanicalutilize as well. Whether it is your generaltoothpaste, cake icing or a sunscreenmoisturizer, al l these are stuffed inLaminated Tubes, which make it simpleand advantageous to utilize.

COST ESTIMATIONPlant Capacity 1,00,000 Nos/DayLand & Building (1500sq.mt) Rs.1.85 Cr.Plant & Machinery Rs. 90 LacsW.C. for 2 Months Rs. 87.88 LacsTotal Capital Investment Rs. 3.76 Cr.Rate of Return 38%Break Even Point 47%********************************************

SOLVENT EXTRACTION PLANT(SILK WORM PUPAE) [3347]

Silkworm pupae oil derived from reelingwaste is a rich source of a-linolenic acid(ALA), which has multipal applications.ALAs were added in sn-1, 3 positions in atriacylglycerol (TAG) to produce an APA-human milk fat analogues (APA-HMFAs,A: a-linolenic acid, P: palmitic acid). Theoptimum condition is that tripalmitin to freefatty acids of 1:12 (mole ratio) at 65°C for48h using lipase Lipozyme RM IM. Resultsshow that, the major TAG species thatcomprised APA-HMFAs were rich in ALAand palmitic acid, which contained 64.52%total unsaturated fatty acids (UFAs) and97.05% PA at the sn-2 position. The meltingpoint of APA was -27.5°C which is muchlower than tripalmitin (40.5°C) indicatingmore plastic character. In addition, thepractical application of alkyl caffeates as

l iposoluble antioxidants in APA wasdeveloped. Alkyl caffeate showed asuperior IC50 (1.25–1.66µg/mL) comparedto butyl hydroxy anisd (1.67µg/mL) and L-ascorbic acid-6-palmitate (L-AP) (1.87µg/mL) in DPPH analysis. The addition ofethyl caffeate to oi l achieved a higherUFAs content (73.58%) at hightemperatures. Overall, APA was obtainedfrom silkworm pupae oil successfully, andthe addition of caffeates extended storageranges for APA-HMFAs. Fats and oils areone of the most energy-rich food materials,which have the highest caloric valuescompared to other nutritional components.Current processes for the production ofstructured triacylglycerols (TAGs) fromvegetable and animal oi l focus onenzymatic transesterification to create thenovel fat replacements. TAGs and humanmilk fat substitutes have been synthesizedby enzymatic catalysis in many studies.Compared with the chemical methods,enzymatic approaches for lipid modificationare more attractive due to the productionof desirable acyl moieties or esters viaspecific enzymatic catalysis. Enzymaticprocesses are environmentally friendlyand can be applied under mild conditions,ensuring greater product safety. Currently,organic solvents with low water contentare usually employed to improve enzymeperformance, which is important to protector controlacyl group migration to ensure adesired product synthesis. Human milkfat (HMF) is one of the major componentsof breast milk for newborn, term, andpreterm infants. Thus, i t supplies thehighest fraction of an infant’s requireddietary energy and nutrients. The structureof HMF must be simulated to manufacturehuman milk fat analogues (HMFAs) forbetter digestion. The steric configu-rationof fatty acid is determined by chain lengthand unsaturated degree, andpolyunsaturated fatty acids have highersteric hindrance. It was not clear if thepolyunsaturated fatty acid could be servedas feedstock in the lipase-catalyed HMFproduction. Human milk is characterizedby the dominance of TAGs (>98% of HMF),which contain palmitic acid (C16:0, 20–40% of total FA) in the sn-2 position (70%of all palmitic acid) and unsaturated fattyacids (UFAs) on sn-1 and sn-3 positions.Therefore, research on the synthesis ofdesirable structured TAGs focuses on thecreation of TAGs rich in specific fatty acidsin sn-2 position. Qin et al. investigated theincorpo-ration of di fferent fatty acids(C8:0-C18:2) into PPP-enriched TAGs toproduce HMFA through lipase-catalyzedreactions, and they also reported the degreeof incorporation of different FAs into PPP-enriched TAGs through acidolysiscatalyzed by lipase. Essential fatty acids,such as a-linolenic acid (ALA, C18:3, ?-3),from agricultural Figure. Biosynthesisdiagram of APA-style HMFAs from


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silkworm pupae oi l via enzymatictransesterification. The photos were takenand modified by X. L., and the diagramwas drawn by X. W. Sources, may beused as the substrate to formulate APA-style HMFA for infant formula. A possiblemethod would be to blend this product and1, 3-dioleoyl-2-palmitoylglycerol (OPO)enriched fats and minor lipids based onthe chemical composition of HMF.

COST ESTIMATIONPlant Capacity 12 Ton/DayLand & Building (6 Acres) Rs. 7.76 CrPlant & Machinery Rs. 4.78 CrW.C. for 3 Months Rs. 3.64 CrTotal Capital Investment Rs. 17.43 CrRate of Return 19%Break Even Point 56%**********************************************

AEROSOL – PESTICIDES [3348]Aerosols are dispersions of liquid dropletsor small solid particles in gases. Gaseousdispersions can be produced fromatomizers, nebul izers, or insufflators.Pressurized containers util izing variouspropellent gases for delivering chemicalproducts through appropriately designedvalve systems and actuator devices havebeen available. These propellent includeliquefied gases or gas mixturers. Non-liquefied compressed gases are also used.The products can be produced in the formof suspensions, emulsion, gel, solutions,foam depending on the formulation, valvesystem, dip-tube, propellant, actuator andcontainer. The word "aerosol" was firstemployed in the field of colloid chemistryto describe a suspension of small particlesin air or gas in which radius of the particleswas less than 50 micron. The suspendedparticles could be either solid or liquid.Dust, smoke and fog are examples ofthis class of aerosol. The particles industs may have diameter as small as 0.1micron or less. The suspensions producehaze smoke is an aerosol consisting ofsol id particles, usually carbon, in air.Carbon smoke is composed of smallparticles with a radius of about 0.01micron. The particle sizes in fogs are longerand range from about 4-50 micron indiameter. The first aerosol of anycommercial significance, the aerosolinsecticide, was defined in 1949 as asystem of particles suspended in air where80 % of the particles were less than 30microns in diameter and no particles werelarger than 50 micron. According to a recentCSMA glossary of terms, aerosolpackaging is defined as " pressurizingsealed containers with l iquefied orcompressed gases so that the productis self-dispensing". The present aerosolindustry is generally considered to havereceived i ts stimulus from thedevelopment of the aerosol insecticideused in world war II. The need for a portableinsecticide dispenser became imperativebecause of the disease caused amongoverseas troops by insects. Packaging

technology plays an important role foraerosols containers which are usually madeof metal, such as tinplate. (Sheet metalplated with tin) or aluminium generallywith a protective coat of lacquer on theinside. The other components are valve &spring nozzle. The selection of nozzle iscrucial for the tublence and particle size ofspray. To ensure stability metal containersmay be internally coated. These coatingsmust be acceptable in term of safety &product compatibility. The type of valveused depends upon the product use. Itcan be designed to deliver metered dosesor to control the size of the deliveredliquid droplets or solid particles. Variousactuators or adaptor units can be attachedfor different purposes. (eg. to obtaindifferent spray pattern). The aerosolinsecticides were packaged in 1-lb heavysteel containers. The containers were madeof two shells, drawn of 0.044 in steeland welded together. The cylinders werefitted with an oil-burner-type valve witha swirl chambers. The containers werefilled with a mixture of 90 wt % freon 12and 10 wt % of a pyrethrin and sesame oilconcentrate. A 4-inch metal dip tube,0.017 inch in diameter, was attached tothe valve, inside the container. Thepressure in the aerosols was about 70 psigat 70 oF, and the blow-off release was setat 300 psig. The aerosol insecticides werenamed "big bombs" by westing houseemployees because of their resemblanceto a small bomb. The insecticides weresold at 80 locations, including departmentstores, groceries, supermarkets, hardwarestores and filling stations.

COST ESTIMATIONPlant Capacity 10,000 Cans/DayLand & Building (1000 Sq.mt) Rs.83 LacsPlant & Machinery Rs. 1.1 Cr.W.C. for 1 Month Rs. 1.7 Cr.Total Capital Investment Rs. 3.05 Cr.Rate of Return 48%Break Even Point 44%**********************************************

OIL DRILLING STARCH [3349]Starches are an environment-friendlydrilling mud additive for water-based fluids.A drilling- mud additive used to control fluidloss in water muds ranging from freshwaterto saturated- salt to high-pH lime muds.Starches have thermal stability. They aresubject to bacterial attack unless protectedby high salinity or bactericide. Drilling-gradenatural starch has API/ISO specificationsfor qual i ty. The use of starch typicallycauses a minimal increase in viscositywhile effectively control ling fluid loss.Modified starch polymers provide improvedhigh temperature fluid loss performancewhen incorporated into well drilling fluids.Starches are an environment-friendlydrilling mud additive for water-based fluids.These starches are used as viscosifiers inoil well drilling and are exported 100% tothe Middle East. These are also one of thekey ingredients of a mud chemical system.

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

Start Your Own IndustryA drilling-mud additive used to control fluidloss in water muds ranging from freshwaterto saturated-salt to high-pH lime muds.Starches have thermal stability to about250°F [121°C]. They are subject to bacterialattack unless protected by high salinity orbactericide. Drilling-grade natural starch hasAPI/ISO specifications for quality. Starchesare carbohydrates of a general formula(C6H10O5)n and are derived from corn,wheat, oats, rice, potatoes, yucca andsimilar plants and vegetables. They consistof about 27% linear polymer (amylose)and about 73% branched polymer(amylopectin). The two polymers areintertwined within starch granules. Granulesare insoluble in cold water, but soaking inhot water or under steam pressure rupturestheir covering and the polymers hydrateinto a colloidal suspension. This product isa pregelatinized starch and has been usedin muds for many years. Amylose andamylopectin are nonionic polymers that donot interact with electrolytes. Derivatizedstarches, such as hydroxypropyl andcarboxymethyl starches, are used in drill-in fluids, completion fluids and various brinesystems as well as in drilling-mud systems.The use of starch typical ly causes aminimal increase in viscosity whi leeffectively controlling fluid loss. It is usedfor reducing fluid loss in a variety of waterbased dril l ing fluids and has beneficialsecondary effects on mud rheology. Indrilling wells, a liquid (mud) is pumped intothe hole to clean and cool the drill bit and toflush to the surface the dril l bit cuttingsand suspending the drill cuttings while drillingis paused. The most important physicalcharacteristics of the dril ling fluid is theviscosity and the water holding/retainingcharacteristics. Starch is traditionallysupplied as cold water soluble - either madeby a semi moist/dry thermo-mechanicalgelatinisation on screw extruders or bysuspension reactions and subsequentdrying on drum dryers. Wet reactionscarried out in starch suspensions are easyto control and the resulting preciselyengineered starches are of high, uniformquality with wider applications. Potato starchretain fluids better than other starches dueto the large size of its molecules.

COST ESTIMATIONPlant Capacity 5 MT/DayLand & Building (1200 Sq.mt) Rs.1.52 CrPlant & Machinery Rs. 70 LacsW.C. for 2 Months Rs. 92.87 LacsTotal Capital Investment Rs. 3.29 CrRate of Return 15%Break Even Point 67%*********************************************

NEEM OIL PLANT (20 MT. SEEDPROCESSING PER DAY) [3350]

Neem oil is a vegetable oil pressed fromthe frui ts and seeds of the neem(Azadirachta indica), an evergreen treewhich is endemic to the Indian subcontinentand has been introduced to many other

areas in the tropics. It is the most importantof the commercially available products ofneem for organic farming and medicines.Neem oil varies in color; it can be goldenyellow, yellowish brown, reddish brown, darkbrown, greenish brown, or bright red. It hasa rather strong odor that is said to combinethe odours of peanut and garl ic. It iscomposed mainly of triglycerides andcontains many triterpenoid compounds,which are responsible for the bitter taste.It is hydrophobic in nature; in order toemulsify it in water for appl icationpurposes, it is formulated with surfactants.Azadirachtin is the most well known andstudied tri terpenoid in neem oi l . Theazadirachtin content of neem oil variesfrom 300ppm to over 2500ppm dependingon the extraction technology and qualityof the neem seeds crushed. Nimbin isanother triterpenoid which has been creditedwith some of neem oil's properties as anantiseptic, anti fungal, antipyretic andantihistamine.[1] Neem oil also containsseveral sterols, including (campesterol,beta-sitosterol, stigmasterol).

COST ESTIMATIONPlant Capacity 5 MT/DayLand & Building (4000 Sq.mt) Rs. 2.25 CrPlant & Machinery Rs. 2.50 CrW.C. for 2 Months Rs. 2.94 CrTotal Capital Investment Rs. 7.91 CrRate of Return 33%Break Even Point 49%***********************************************

E-RICKSHAW (5000 UNIT/MONTH)[3351]

Electric rickshaws (also known as Tuk Tuk,e-rickshaw) have been becoming morepopular in some cities since 2008 as analternative to auto rickshaws and pulledrickshaw because of their low fuel cost,and less human effort compared to pulledrickshaws. They are being widely acceptedas an alternative to Petrol/Diesel/CNG autorickshaws. They are 3 wheels pulled by anelectric motor ranging from 650-1400Watts. They are mostly manufactured inChina, only a few other countriesmanufacture these vehicles. Battery-runrickshaws could be a low-emittercomplementary transport for the low-income people, who suffer most from alack of transport facility, if introduced in asystematic manner according to experts.The electric automobile did not easi lydevelop into a viable means oftransportation. Research waned from 1920-1960 until environmental issues of pollutionand diminishing natural resourcesreawakened the need of a moreenvironmental ly friendly means oftransportation. Technologies that supporta reliable battery and the weight of theneeded number of batteries elevated theprice of making an electric vehicle.[6] In1837, Robert Davidson of Scotlandappears to have been the bui lder of thefirst electric car, but it wasn't unti l the1890s that electric cars were manufactured

and sold in Europe and America. Duringthe late 1890s, United States roads werepopulated by more electric automobilesthan those with internal combustion engines.E-Rickshaw is the most convenient andsafe mode of local transportation of twoor four passengers. E-rickshaw arecommonly available in India and other partsunder developed & developing countriesfor hiring on small rentals for limited time.Apart from E-Rickshaw, company will alsomake E-Rickshaw which can carry weightup to 300 kgs. E-Rickshaw drivers willobtain licence through which he/she candrive E-rickshaw in city. The entireassembly and fabrication work for mfg.E-Rickshaw performed in a highlyautomatic plants. Rims, Tyres, Brakes,Headlight, Taillight, Horn, Turning Lights &Traction Batteries, wire Harness, Throttle,Motor, & Controllers are purchased fromthe AIS approved companies. WhereasCompany will make chasis & assemblethe body parts alongwith painting & testingof the vehicle within the premises.

COST ESTIMATIONPlant Capacity 200 Nos/DayLand & Building (8000 Sq.mt) Rs. 7.30 CrPlant & Machinery Rs. 1.50 CrW.C. for 1 Month Rs. 29.95 CrTotal Capital Investment Rs. 39.15 CrRate of Return 62%Break Even Point 24%*******************************************

COPPER WIRE AND PVC CABLE[3352]

Wire is used to carry the current from oneplace to another A wire is a singleconductor (material most commonly beingcopper or aluminium) while cable is two ormore insulated wires wrapped in one jacket.Multiple conductors that have no insulationaround would be classified as a singleconductor. There are two main types ofwires: solid or stranded. A solid wire is asingle conductor that is ei ther bare orinsulated by a protective colored sheath.It offers low resistance and is perfect foruse in higher frequencies. When inside acovering there are many thin strands ofwires twisted together, i t is cal led astranded wire. Stranded wires are usedwhere flexibility is important because whichthe wire can be used for a longer period.This type of wire have larger cross-sectional area than solid wires for the samecurrent carrying capacity. Stranding isprocess of twisting together of small wiresto form a single larger conductor. Used toprovide flexibility, ease of handling andvibration resistance. Copper Wire is asingle electrical conductor manufacturedout of Copper Ore. This widely usedconductor can either be insulated oruninsulated. Having a moderateconductivi ty, it’s used to transferelectricity with low voltage. Electrical wiringin buildings is the largest market for thecopper industry worldwide. As per


Best Industries to Start and Growestimation, around half of the copper minesis consumed in manufacturing electricalwire and cable conductors.

COST ESTIMATIONPlant Capacity 1 MT/DayLand & Building RentedPlant & Machinery Rs. 91.55 LacsW.C. for 1 Month Rs. 1.08 CrTotal Capital Investment Rs. 2.20 CrRate of Return 143%Break Even Point 33%*********************************************

COPPER AND ALUMINIUM WIREAND CABLE MANUFACTURING

UNIT [3353]Wire is used to carry the current from oneplace to another A wire is a singleconductor (material most commonly beingcopper or aluminium) while cable is two ormore insulated wires wrapped in one jacket.Multiple conductors that have no insulationaround would be classified as a singleconductor. There are two main types ofwires: solid or stranded. A solid wire is asingle conductor that is ei ther bare orinsulated by a protective colored sheath.It offers low resistance and is perfect foruse in higher frequencies. When inside acovering there are many thin strands ofwires twisted together, i t is cal led astranded wire. Stranded wires are usedwhere flexibility is important because whichthe wire can be used for a longer period.This type of wire have larger cross-sectional area than solid wires for the samecurrent carrying capacity. Stranding isprocess of twisting together of small wiresto form a single larger conductor. Used toprovide flexibility, ease of handling andvibration resistance. Copper Wire is asingle electrical conductor manufacturedout of Copper Ore. This widely usedconductor can either be insulated oruninsulated. Having a moderateconductivi ty, it’s used to transferelectricity with low voltage. Electrical wiringin buildings is the largest market for thecopper industry worldwide. As perestimation, around half of the copper minesis consumed in manufacturing electricalwire and cable conductors.

COST ESTIMATIONPlant Capacity 3.12 MT/DayLand & Building Rs. 4.49 Cr.Plant & Machinery Rs. 2.56 Cr.W.C. for 2 Months Rs. 6.27 Cr.Total Capital Investment Rs. 13.65 Cr.Rate of Return 59%Break Even Point 33%*********************************************

GUL (TOBACCO TOOTHPOWDER) [3354]

Gul is a oral tobacco powder which is rubbedover the gum and teeth. Being a tobaccopreparation it is additive in nature. It ispopular among rural persons in South AsianCountries. In India, tobacco is used mainlyfor smoking and oral use while nasal use

is relatively infrequent.The term,smokeless tobacco (SLT) is used todescribe tobacco that is not burned beforeor at the time of use as opposed tocigarettes or bidis that are burned to liberatesmoke. SLT products range in complexityfrom tobacco-only, to products containingnumerous chemical ingredients andadditives. This article deals specificallywith the chemistry and toxic effects ofsmokeless tobacco products. SLT productscontain a number of toxic, mutagenic orcarcinogenic chemicals that can contributeto the onset of non-communicable diseasesincluding cancer, heart disease, diabetes,and other oral pathologies.

COST ESTIMATIONPlant Capacity 4000 Kg/DayLand & Building RentedPlant & Machinery Rs. 50 LacsW.C. for 2 Months Rs. 5.84 CrTotal Capital Investment Rs. 6.39 CrRate of Return 18%Break Even Point 55%*********************************************

READY MIX MORTAR (READY MIXPLASTER,AAC BLOCK JOINTING

MORTAR ADHESIVE, TILESADHESIVE, TILE ON TILECHEMICAL, WALL TILE

CHEMICAL, GRANITE/MARBLECHEMICALS) [3355]

Dry Mortar Mix is gaining eminence inmodern times owing to i ts versati lesuperiority in regard to characteristics overthe conventional in-situ mortars viz. betterperformance easy to uses easy to setand the quality of leaving no crakes andvoi les. Besides it has preferably betterand wider field of application as patching &repairing materials for plasting purposesand other construction works viz. internal/external plastering masonry work etc. It isa very good substitute for conventionalin-situ mortars. Various types of Readymix dry mortar comprise internal plastermortar, external plaster mortar masonrymortar, quick setting mortar high strengthmortar repair mortar self leaving flooringmortar pre-mix RCC mortar etc. Onespecific advantage regarding manufactureof these ready mix dry mortar is that theycan be manufactured in a single unit byvariation in composition proportions as perdifferent formulations. Ready mix drymortar is particularly useful on congestedsiles or in road construction where littlespace for the mixing plant and forextensive aggregate stockpile is availablebut the greatest single advantage of readymix dry mortar is that it may be madeunder better conditions of control than arenormally possible on any large constructionsites.COST ESTIMATIONPlant Capacity 24 MT/DayLand & Building (6000 Sq.ft) Rs. 40 LacsPlant & Machinery Rs. 16.05 Lacs

W.C. for 2 Months Rs. 1.29 CrTotal Capital Investment Rs. 1.95 CrRate of Return 64%Break Even Point 44%**********************************************

STEEL DOORS AND FRAMESMANUFACTURING [3356]

Doors may be defined as an openablebarrier secured in a wall opening. It isprovided to give an access to inside of aroom. The door is the main part of thebuilding which provides safety and privacy.Different varieties of doors are availableaccording to the material, manufacturer,etc. There are different types of doorslike flush doors, sliding doors, revolvingdoors, collapsible doors, rolling shutterdoors, etc. A steel door allow us openingor passage into a house, building, room,apartment or closet by which personsenter. It is more strong other than normalwood door or others type of doors. SteelDoors. Steel or other such metalconstruction has been used for years asthey are efficient and are a sturdy optionfor exterior and interior doors alike. Thesedoors can be either be solid or hollow. Ithas been found to be a good substitute forwood and is being used extensively formaking frames. The frames can be madeout of angles, Tee, channels or pressedsteel plates. Holdfasts and hinges arenormally welded to the frame in case ofsteel frames. Normal shutters made outof wood etc can be fixed on these steelframes. Steel frames are quite popularand are being used extensively for housesand other locations as they are economicalthan the conventional wooden frames.Shutters can also be made out of MildSteel (MS) sheets, welded or riveted to aframe of angle iron or channel section,properly braced. Steel doors can also bemade in high quality in cold rolled mildsteel, precision engineered. They are longlasting requiring minimum maintenance.They are available in beautiful shades withvarious wood grain texturing. These caninvariably be used where security is of agreater concern. Steel doors are widelyused in houses, apartments and in placeswhere door operating conditions require ahigher resistance to loads, mechanicaldamages and corrosion. The use of metalmaterials does not preclude the creationof interesting and structurally advancedproducts. Well integrated doors mayconstitute an architectural detail that bondsthe whole interior. The precision ofperformance combined with a high-qualitypowder coating in any color, enablesmanufacturing of a product.COST ESTIMATIONPlant Capacity 75 Nos/DayLand & Building RentedPlant & Machinery Rs. 1.01 CrW.C. for 3 Months Rs. 2.07 CrTotal Capital Investment Rs. 3.37 CrRate of Return 37%Break Even Point 56%


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Dehydrated garlic & ginger-100% eouDehydrated onions & onionpowderDehydrated vegetables(100% eou)Dehydration & canning offruits & vegetablesDehydration of fruits &vegetables by iqf technologyDetergent powder (nirma type)ful ly automatic plantDoor hinges (mild steel andstainless steel)Egg powder (dried) 100% eouExtraction of essential oils (bysuper critical method)Feed mill for poultryFloriculture (cut flower rose)with green houseFlush door and wooden paneldoorFood dehydration (fruits &vegetables)Food products complex(dehydrated onions, garlicpowder & flakes, cattle feed,

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Grape wineInsurance claim processingcentre (eou)Kitchen products made ofstainless steel viz.(kitchenrack folding and fix,tokri forkeeping vegetablespatre,frooti for vegetables(wire, round pipe, square pipe)shelf,towel stand,cylindertrolley,kitchen stand wire,pipe,sheet)Leather tanning & garments(eou)Liquid detergents for woolMaize & its by productsMalachite greenMango juiceMango processing & canning(mango pulp)Mushroom cultivation &processingN.c. thinners used inautomobilesNamkeens (kurkure typesnack food)Non woven carry/ shoppingbagsPackaged drinking water(packed in 330 ml cup, 500 mlpet bottle, 1500 ml pet bottleand 20 ltr. jar)Pan masala (meetha, sada,zarda)Pan masala, tobacco, zarda &kimamPharmaceutical unit (eou) withformulations, injectables etc.Piggery/meat/chickenprocessingPiston ring automobilePorcelain and ceramic tilesPotato & onion flakesPotato & onion powderPotato chipsPressure cookers (hardanodized) and utensils(capacity 10,000 pressurecookers and 20,000 utensilsper month)Processing of fruits &vegetablesReadymade garments (pants/trousers)Readymade garments withcomputer aided designs (cad)-hi tech automatic and importedmachineryRubber hoses for automobileSpices/masala with packagingTooth paste (gel type)Wooden cane furniture withexport potential

Activated Carbon vizActivated Carbon from Rice

Husk, Straw, CashewnutShell,Coir Pitch,Wood

Charcoal, PowderedActivated Carbon, Activated

Fuller Earth, PelletedActivated Carbon (EAC),

Impregnated carbon,Polymers coated, Granula

Activated bleaching earthActivated bleaching earth(activated fuller earth)Activated carbon & sodiumsilicate from paddy/rice huskActivated carbon fromcashewnut shellActivated carbon fromcoconut shellActivated carbon from ricehuskActivated carbon from sawdust, rice husk and coconutshellActivated carbon from woodActivated carbon from woodcharcoalActivated carbon granulatedActivated carbon industry(coconut shell)Activated carbon plantActivated carbon powder &granules from coconut shellActivated charcoalActivated fuller earthCarbon black (petroleumbased)Carbon black from fertilizerwasteCarbon black from natural gasCarbon black from tyresCarbon less paperCarbon paperCarbon/metal film resistorsCashew nut processingCashew nut processing plant(cap: 3 ton/day)Cashew nut shell liquid andkernelsCULTIVATION OF RICE &WHEAT COMMERCIAL &MECHANISEDDEVELOPMENTExtraction of precipitatedsilica from rice husk ashFriction dust (liquid & powder)from cnslKatha from cashew huskPowder coating chamber typePowder coating manufacturingPowder coating paintPowder paint for powdercoatingPrecipitated silica from ricehusk ash (cap:200 ton/day)Raw cashew nut kernelprocessing (steam boilerroasting) modern machineryoutput capacity: 320 kgs and

input capacity:1280 kgs perday (without the option ofcnsl extraction)Rice shellerSanding sealer, lacquer, puwood coating & varnishmanufacturing with formulae

Agro based industries

Activated carbon powder &granules from coconut shellAmla fruit products withpreservation tomato sauce,pickles, jams & jelliesAsafoetida (compound)Ayurvedic/herbal pharmacyBaby cereal food and milkpowderBakers yeastBakery gel (translucent semisolid paste)Bakery unit (pastries, bread,buns,cake, toffee etc.)Baking powderBanana wafersBanana, apple & other fruitchipsBanana, mango powder &other freeze dried productsBarley maltBarley malt for beer etc.Basmati rice exportBasmati rice tradingBeer plantBiscuit industryBottling plant country liquorfrom rectified spiritBrandyBread & biscuit plantBread plantButton mushroomCanning of mango pulp &mango slicesCaramel (acid proof/spiritproof)Cardamom oilCasein from deoiled soyaflourCashew feniCashew nut decorticationCashew nut shell liquid &kernel processingCashewnut (dried & fried)Castor oil & its derivativesoleoresin, turkey red oil,dco, hco, sebacic acid, 12-hydroxy stearic acidCastor oil derivativeoleoresinsCattle & poultry feedCattle feed from tapiocaChana Dall and Besan PlantChewing & bubble gumChewing tobacco (khainekuber type)Chewing, ginger & amlokiChicken soupsChicken/mutton processing

Chilli powderChocolateChocolate (milk)Citric acid from grape pulpCoal briquettes from agro wasteCoconut & its productsCoconut fibreCoconut oil from copraCoconut processing complex(coco oil, coco flour, cococream, coco water, decinatedcoconut etc.)Coconut squash & jamCoconut water (coco jal) packedCoffee roasting of green coffeebeansCold storage (controlledatmosphere or ca) for potato,capacity: 100,000 bags (50 kgper bag), storing capacity: 5000m tConfectioneryCorn oil (maize oil)Cotton ginning & processingCotton seed oilCow and buffalo farm toproduce raw milk with gobar gasplant and bottling of urineCurry powderCustard powderDairy farming & milk processingDairy products milk packaging inpouch (ghee, butter etc)Dal millDehulled sesame seedDehydrated garlic & ginger-100%eouDehydrated onions & onionpowderDehydrated vegetables (100%eou)Dehydration of canning of frui ts& vegetablesDehydration of fruits &vegetables by vacuum dryingmethodDehydration of jackfruitDehydration of raw mangoDesiccated coconut powderfrom coconutsDextrose powder (anhydrousfrom starch)Dextrose powder from potatoesDicalcium phosphate from rockphosphateDrip irrigation systemEdible vegetable oilEgg powder (dried) 100% eouExtraction of soyabean oil fromoil seeds & cattle feed(expander extrusion cookingprocess)Feed mill for poultryFinest & Smart Project ReportOn Cold StorageFish processing unitFloriculture (cut flower rose) withgreen house

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

Economic Feasibility Reports”

Visit us at :www.eiriindia.org


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: [email protected], [email protected] Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Food colourFood processing industryFreeze drying coffeemanufacturing unit processingand packagingFreezing of fresh vegetablesFrozen food by iqf technologyFruit juice (mango, guava,banana, grape, orange, apple)& pulp, jams, jellies,squashes, chutney, sauces,ketchup, coconut water etc.Fruit juice concentrateFruit juice, jam, jellies & alliedproductsFruit pulp & tomato paste(mango pulp, tomato paste &others)Furfural from rice hull/huskGarlic flakes & powder(dehydrated)Gelatin 100%eou (edible,pharmaceuticals &photographic grades)Ginger processing plantGrain based alcohol-distillery(alcohol from grain)Green house for cropsproduction ( 10 green houses)Green peas processing andcanningHoney coated cashew nuts,peanuts and other nutsHybrid seedsImport of Almonds from USand Packaging UnitInstant coffeeIodized saltKatha & cutchKhandsari sugar & imflMaize processing for glucoseMaize starch, liquid glucose,dextrose (maize and its alliedproducts)Malt & malt extractMalto dextrin from barleyMango juiceMango powderMango pulpMargarine/fatMenthol & dementholised oilMicro irrigation productmanufacturing plantMilk plant with pouch packingMilk powder & gheeMill board from rice & wheatstrawsMini flour mill (atta, maida, suji& wheat bran)Mini flour mill (maize,sorghum, millet)Modern chilly powderModified starchMushroom cultivation &processingMushroom cultivation &processing unit dehydration &pickling of oyster & paddy

straw mushroomsMushroom growing &processing with airconditioningNeem cultivation &processingNeem oil from seedsNeem plantationscommercialisation & neembasedOleoresin from spicesOnion Powder (ExportOriented Unit)Organic manurePackaged drinking water(packed in 330 ml cup, 500 mlpet bottle, 1500 ml pet bottleand 20 ltr. jar)Packaged drinking water inbottles & jarsPapaya & tomato cultivationPapaya cultivation & papainPesticide and insecticidePiggery farmPotato chips/wafersProcessing & utilisation ofcoconutProcessing of sheep hair toproduce woolProtein and protein basedproductsProtein hydrolysate fromsoyabean/groundnutPurification of caseinRice flakes, corn flakes &wheat flakes (integrated unit)Rice sorting and grading plantRoasting and salting withspices and packing ofalmonds, peanuts and mixednuts in 25g, 50g, 250g and500g sachets (capacity 30tons per month)Sorbitol from maize starchSugarcane juice in tetrapack(aseptic packaging)Tea industryTea processing and packagingTomato paste (tomato puree)Tomato processing unitTrout fish farming,canning &preservation with aqua feedmanufacturing (intregratedcomplex)Vegetable seeds cleaningVermicilliVinegar & malt vinegar forindustrial & domestic useVitamin waterWalnut coatingWhite oats

Chemical & Allied industries

1,4-butanediol2,4-dichlorophenoxyacetic acid6-amino penicillanic acid

Aluminium sulphate (nonferrous) (17%-18% aluminacontent) in granules (2 mm to4 mm) and flakesAminesAmino acidAmino acid by proteinhydrolysisAmino acid use for poultryfeedAmino resinAmmonia gasAmmonia gas bottlingAmmonia liquorAmmonium acetateAmmonium biocarbonateAmmonium chloride (pure andtechnical)Ammonium chloride block(lump)Ammonium nitrateAmmonium sulphateAmmonium thio sulphatesolutionAmyl acetateAmyl alcoholAmylaseAnesthesia (all types) used inhospitalsAnhydrous ferric chlorideAnhydrous sodium dithioniteproductionAnhydrous sodium dithioniteproduction (sodium formateprocess)AnilineAnthraceneAnthranilic acid from phthalicanhydrideAnthraquinoneAnti corrosion chemicals(s.t.p.p. and nano2)Anti corrosion chemicals(s.t.p.p. and nano2)Anti foaming agent (siliconebased) for distillery, sugarindustry, paper plant etc.Anti rust chemical solutionAnti scale compound foradding in sugar boilersAntimony oxide from leadscrapAntimony trioxideArgon gasAriel type detergent powderAry rainbow colour on gold(gold pendant) ary rainbowheart gold pendant)AspirinAtenololAuramine"o"Azo dyes stuffAzo-di-carbonamideAzodicarbonamideB.o.n. acidBaking sodaBar soap (all varieties) usingsoap noodles

Acentic acid & naphthaleneAcetanilideAcetic acid (glacial)Acetic acid from ethanolAcetic acid from molassesAcetic anhydrideAcetoneAcetyl chlorideAcetylene blackAcetylene gas and oxygen(integrated unit)Acid black dyeAcid fume inhibitorAcid slurryActivated aluminaActivated alumina balls/spheresActivated bleaching earthActivated calcium carbonateActivated carbon fromcoconut shellActivated carbon from ricehuskActivated carbon from sawdust, rice husk and coconutshellActivated carbon from woodActivated carbon granulatedActivated carbon powder &granules from coconut shellActivated charcoalActive zinc oxideAerosol insecticides spray(baygon, hit, mortein type)Agricultural chemicals (plantgrowth promoter and plantgrowth regulator) (agriculturalchemicals)Alcohol and vodka from potatoAlcohol from broken riceAlcohol from molassesAlcohol from rice grainAlcohol from rice strawAlcohol, beer, starch, liquidglucose, dextrose, sorbitol,vi tamin-cAlkyd resinAlkylated phenol, likenonylphenol, dodecyl phenolAlpha amino acetic acidAlprazolamAlum (ferric)Alum (non ferric)Alum for water treatmentAluminium chlorideAluminium chloride fromaluminium oreAluminium fluorideAluminium ingot by bauxiteAluminium nitrateAluminium oxide (activatedalumina balls)Aluminium phosphateAluminium phosphideAluminium silicateAluminium sulphateAluminium sulphate (nonferric)


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: [email protected], [email protected] Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Barium carbonateBarium carbonateBarium compoundsBarium nitrateBarium peroxideBarium sulphateBarium-thio-sulphate banzeneBarley maltBaryte powderBattery grade (99.5% Pure)sulphuric acid plantBattery platesBeer industry and alcoholicbeveragesBeer plantBees wax refining & bleachingBelt pasteBeneficiation of chromite oreprocessing charge chromeBentonite and bentoniteprocessingBentonite powderBenzalkonium chlorideBenzeneBenzidineBenzoic acidBenzoyl peroxideBenzyl acetate, benzylbenzoate, benzyl alcoholBenzyl alcohol from benzylchloride using waterBenzyl konium chloride (bkc)Benzylalkonium chloride (bkc)Beta iononeBeta iononeBeta naphtholBeta-naphtholBi-chromate of sodium,potassium & ammoniumBi-functional blackmanufacturer reactive dye(dye from cotton yarn dyeing)Bio coal briquettesfromagricultural cellulosewasteBio fertilisersBio gas filling in cylinderBio gas plantBio gas plantBio oil for power generationfrom coffee huskBio-fuel (jatropha cultivationand extraction)Biodiesel from algaeBiopesticides (mineral oilbased) for killing white fliesBiotech laboratory equipmentsBituminious road emulsionBituminous felts for water &damp proofingBlack japan (bituminous basedcorrosion resistant)Black phenyl

Black sulphurBleaching liquor (calciumhypochlorite liquor)Bleaching powderBleaching powder (stable)Boiler descaling compoundBone meal (calcined)enrichment with calcium &phosphorousBoraxBoric acidBoric acidBottling plant (whisky, brandy,rum, vodka, gin) fromrectified spirit/enaBrandyBromine gas plantBuffing mops andcompositions (metal polishingbar & liquid)ButanolButyl acetateCable jelly compoundCalcination of bauxite toproduce high grade aluminaCalcined lime (dead burntdolomite)Calcining of magnesite &dead burnt magnesiteCalcium aluminateCalcium carbideCalcium carbonateCalcium carbonateCalcium carbonate (activated& precipitated)Calcium carbonate(precipitated) from by product(lime slurry & carbon dioxide)Calcium chlorideCalcium chloride using limestone and hydrochloric acidCalcium chloride using limestone and hydrochloric acidCalcium fluorideCalcium fluorideCalcium gluconateCalcium magnesium sulphatemixing plantCalcium nitrateCalcium oxide (burnt line)Calcium silicateCalcium silicateCalcium silicateCalcium silicate boardCalcium silicate bricksCalcium stearateCalcium stearate by fusionprocessCalcium stearate by fusionprocessCamphor powder (synthetic)Candle makingCapric chloride

Carbon black (petroleumbased)Carbon black from fertilizerwasteCarbon black from natural gasCarbon dioxideCarbon dioxide bottling plantCarbon mono oxideCarbon tetra chloride fromcalcium carbideCarboxy methyl celluloseCarboxy methyl cellulose(cmc)Carboxy methyl starchCasein and by productsCasein from milkCationic softener (stearic acidbased)Cationic softner (stearic acidbased)Caustic sodaCaustic soda (liquid) byelectrolytic processCaustic soda (sodiumhydroxide (naoh)Caustic soda (sodiumhydroxide)Caustic soda from electrolysisCaustic soda from soda ashCaustic soda from sodiumchlorideCaustic soda from tronaCaustic soda lyeCaustic soda, chlorine andhydrogen gas by electrolysisbrine solutionCaustic soda/sodiumhydroxide (naoh)Cellulose acetate mouldingpowderCellulose powder & microcrystalline celulose powderCement colourCement from fly ash & limeCement paint and distemperCement tiles (glazed)Cephalexin from 7-adcaChelated zinc (zn edta 12%Chemicals for colourphotographyChemicals from prawn headChemicals made of dolomiteChitin & chitosan from prawnshell wasteChloral hydrateChloramphenicolChlorinated paraffin wax (cpw)Chlorinated paraffin wax (cpw)Chromic acidChromic acid (oxide) & blueoxideChromic acid (with pollutioncontrol)

Citric acidCitric acid from lemonCitric acid from molassesCleaning of cooling systemand boilerCnsl based resin in liquid andpowder formCoal tar distillationCoal washing unitCobalt carbonate from cobaltoreCobalt chlorideCobalt octoateColchicine and thiocolchicineCold supply chainCompost for mushroomConstruction chemicalsCopper oxchlorideCopper oxychlorideCopper phthalocyanine blueand greenCopper sulphateCorrection fluidCupric chlorideCupric sulphateCutting oilCyanoacrylate adhesiveCyanuric chlorideDefoaming agent for paperindustryDenickeling (electrolyticprocess)Deodorized keroseneDetergent (anionic)Detergent cake & powderDetergent concentrate (idet10)Detergent powderDextrin from starchDextrose monohydrate &dextrose anhydrous powderfrom tapioca starchDextrose monohydrate &dextrose anhydrous powderfrom tapioca starchDextrose saline (i.v. fluid) inplastic bottlesDi basic lead stearateDi calcium (feed grade)Di calcium phosphate (animalfeed grade from hydrochloricacid route)Di calcium phosphate (animalfeed grade) fromhydrochloric acid routeDi calcium phosphate fromrock phosphate & haifaprocessDi ethyl oxalateDi ethyl phthalate (dep)Di methyl orthophthalateDi-calcium phosphate fromrock phosphate haifa process

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

Economic Feasibility Reports”

TERMS AND CONDITIONS

Ask for the quotation for the required project report [email protected] or [email protected]

Mob: +91 9811437895 or +91 9289151047

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

* E-Mail : [email protected], [email protected]* Website: www.eiriindia.org, www.eiribooksandprojectreports.com

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

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Di-ethyl etherDi-methyl phthalateDiammonium phosphate (dap)Diammonium phosphate (dap)Dibasic lead stearateDicalcium phosphateDicalcium phosphate (animalfeed grade from hydro chloricacid route)Dicalcium phosphate fromrock phosphateDichlord isocyanurateDichloro isocyanurateDiclofenac gelDiclofenal sodium slowrelease (sr) tables 100mgDiethyl phthalateDiethyl phthalate (Cap:5 tpd)Dinitro-chloro benzeneDioctyl adipateDioctylphthalate (dop)Diphenyl glycerineDistilled waterDistilleryDodecyl benzene sulphonateDop and other plasticizerDouble firing (heating)Dustless chalkDye & dye intermediatesDye and dye intermediateDye intermediatesDye levelling agentEdta & its saltsElectroless nickel plating onplasticsElectropolishing on goldjewelleryElectropolishing on variousmetalsEmulsifier for cutting oilEndosulfanEngine coolantEphedrine hydrochlorideEpoxy resin based compoundEpoxy resins and metal fi llingEthanol from molasses(biofuel)Ethyl acetateEthyl acetateEthyl alcohol (potable liquor)Ethyl alcohol from cornEthyl alcohol from crudealcohol (by fractionaldistillation or redistilledmethodEthyl alcohol from molassesEthyl etherEthyl hexanol

Ethyl vani llinEva (ethylene vinylacetate)compoundExtra temperature lubricatinggreaseExtraction of acid oil fromsoap stockExtraction of essential oils bysuper critical fluid (carbondioxide) method from flowers,herbs & spicesExtraction of vanadiumpentoxideFabric stain removerFatty acidFerric & non ferric alumFerric alumFerric alumFerric and non ferric alumFerric chloride from ferricoxide and hydrochloric acid(hcl)Ferric sulphate (powder)Ferro chromeFerro chrome ligno sulphonateFerro manganeseFerro silicon (from mineralingredients)Ferro siliconeFerro vanadium fromvanadium sludgeFerrous silicateFerrous sulphateFerrous sulphideFertilizer from animal blood &leather wasteFibre reinforced plastic (highpressure moulding with smc,bmc & dmc)Fire extinguisher dry powderFire extinguisher dry powder(sodiumbicarbonate,potassiumbicarbonate and monoammonium phosphate basedFlocculantsFluorescent tube light powderFoamed pvc compoundingand its productsFormal dehydeFormaldehydeFormalin from methanolFormulation for ddi, bhc,melathionFractional distillation of d.m.o.(dementholized oil)Fractional distillation ofessential oil & medicinal plant

extractFriction dust (liquid & powder)from cnslFruit flavoursFumaric acidFurfural from rice hull/huskFused aluminium oxideFused silicaGarlic acidGasket shellac compoundGear oilGibberellic acidGinger and garlic pasteGinger processingGlass puttyGluconic acidGlycerineGlycerol monostearateGobar gasGold electroplatingGold jewelleryGold potassium cyanide(g.p.c.)Gold potassium cyanide(g.p.c.) by alkali methodGossypol (poly phenol) fromcotton seed oilGrape wineGreylead oxideGuar gum powderGum (sodium silicate based)Gum (sodium silicate based)Gypsum plaster boardH acidH- acidHair fixer (hair gel type)Henna hair dyeHenna paste makingHeptaldehydeHeptaldehyde & undecylenicacid (c7 & c11) & itsderivativesHerbal beerHigh carbon ferro chromeHosiery cloth in the dyeingprocessHot dip galvanizingHumic acidHumic acidHydrated calcium silicatebrickHydrated limeHydrated limeHydrated lime from sea shellHydrazineHydro fluoric acidHydrochloric acidHydrogen peroxide (by auto

oxidation process)Hydroxy ethyl celluloseIce packs (solutions type,white gel type, violet semisolid polymer type)Imfl (whisky) & country liquorImproving drop point paraffinwax from 45-50 deg. c to 75-80 deg. cIndustrial alcoholIndustrial alcohol frommolassesIndustrial gasesInk plastisol (phthalate free)Insoluble saccharine (usingsolid ingredients)Insta whitening system (ujalatype)Integrated complex of esterand allied products (d.o.p;d.b.p, ethyl acetate, wireenamel & cable jelly)International standardlaboratoryInvestment castingIron oxide for making ferriteIron sulphideIso-borneolIsoborneolIsocyanates (tdi/mdi)Isopropyl alcohol fromacetone feed stock(cap:50,000 tpa)J. acidJatropha (biodiesel) cultivationand extractionJewellery casting investmentpowderJute batching oilKaolin for road making (projectreport)Kesh kala tel (hair dye lotion)(vasmol 33, godrej, black nitetype)L-lysine monohydrochlorideLacquer (electrophoretic) forjewllery acrylic basedLacquer electrophoretic forgold jewellery polyurethanebasedLactic acidLactic acid from white sugarby fermentation processLdpe granules from virgin(ldpe resin)Lead extraction from scrapbatteryLead oxide (a) lead monoxide


LIST OF PUBLICATIONS/BOOKS PUBLISHED BY: ENGINEERS INDIARESEARCH INSTITUTE 4449, NAI SARAK, MAIN ROAD, DELHI - 6 (INDIA)

Name of Books Rs. US$ Name of Books Rs. US$

* Poultry Farm & Feed Formula575/-58* Hand Book of Pig Farming 400/- 40* Agro Based H.B. of Plantation,

Cultivation & Farming 500/- 75* Agro-Based Plantation

Cultivation & Farming 475/- 50* Agro Chemical Industries

(Insecticide & Pesticides) 900/- 90* Technology of Modern Rice

Milling and Basmati Rice 600/- 60* Hand Book of Goat Farming450/- 50* Floriculture Hand Book

(Flowers Growing Technlgy)1000/- 100* Aloe Vera Cultivation,

Processings, Formulations andManufacturing Technology 2500/-250

* Dairy Formulations, Processes &Milk Processing Industries 750/- 75

* Milk Processing and DairyProducts Industries 950/- 95

* Dairy Farming to Produce Milkwith Packaging 475/- 50

* Hand Book of Ice CreamTechnology and Formulae 750/- 75

* Hand Book of Milk Processing,Dairy Products and PackagingTechnology 1675/-165

* Dairy Farming for MilkProduction Technology 975/- 100

* Commercial Dairy Farmingwith Project Profiles 750/- 75

* Herbs, Medicinal & AromaticPlants Cultivation 650/- 65

* Aushidhi and SungndhitPaudho Ka Vaysayik (Hindi)800/- 80

* Aromatic & Medicinal Plantsand Biodiesel (Jatropha) 1100/- 110

* Hand Book of Medicinal &Aromatic Plants 875/- 90

* Fruits & Vegetable ProcessingHand Book (2nd Edn.) 900/- 75

* Fruit Beverage & Processingwith Mango 750/- 75

* Food Processing & AgroBased Industries (2nd Edn.)975/-100

* Preservation & Canning ofFruits and Vegetables 1200/- 120

* Hand Book of FoodDehydration & Drying 1100/- 110

* Meat Processing & MeatProducts Hand Book 1275/- 127

N Name of Books Rs. US$

AGRO CULTIVATION, ANIMALFARMING, AGRO PLANTATION &AGRO CHEMICAL/PESTICIDES/

FLORICULTURE/ALOEVERA

HERBS CULTIVATION/MEDICINES

FOOD & AGRO PROCESS, TOMATOPROCESSING, PRESERVATION,

DEHYDRATION, FRUIT BEVERAGE,POTATO, MAIZE, MEAT, BANANA

* Technology of FoodPreservation & Processing1250/-125

* Food Packaging Tech 900/- 90* Agro Based & Processed

Food Products 1100/- 110* Potato & Potato Process 750/- 75* Technology of Maize

& Allied Corn Products 650/- 65* Technology of Food

Processing Industries 975/- 100* Complete Book on Banana

Cultivation, DehydrationRipening, Processing,Products & Packaging Tech975/- 100

* Agro Food Processingand Packaging Technology1100/-110

* Modern Tech. of TomatoProcessing/Dehydration 1100/- 110

* Technology of FoodChemicals, Pigments& Food Aroma Compd. 1100/- 110

* Modern Technology of AgroProcessing & Food PackagingProducts with ProjectProfiles 1100/- 110

* Technology of Chicken Meatand Poultry Products 1750/-175

* Poultry Farming, Hatchery &Broiler Production 975/- 100

* Fresh processed meat & coatedpoultry products withmanufacturing of dried meatemulsions and curing ofpoultry products 1100/- 110

* Poultry Farm/Feed Formulae 575/- 60

* Modern Technology of Wood,Veneer, Plywood, ParticleBoard, Fibreboard, Bamboo& Forest Products 1600/- 160

* Household Soap,ToiletSoap & Other Soap 750/- 75

* Soaps & Detergents 750/- 75* Synthetic Detergents 975/- 90* Acid Slurry, Surfactants, Soap

& Detergents/Formulae 850/- 85* Complete Tech Book on

Detergents with Formula 950/- 95* Manufacture of Washing

Soap, Toilet Soap, DetergentPowders, Liquid Soap & HerbalDetergents & Perfumes 1100/- 110

* Mfg Tech of Surfactants,Washing Powders, OpticalBrighteners &Chelating 1275 125

* Complete Tec. Book on Soaps,Detergents, Cleaners &Fragrance with Formulae 1100/ 110

POULTRY FARM, HATCHERY &CHICKEN MEAT TECHNOLOGY

WOOD, PLYWOOD, PARTICLE,BOARD, BAMBOO & FOREST

SOAP, DETERGENT & ACID SLURRY

COSMETICS TECHNOLOGY(SYNTHETIC & HERBAL)

* Cosmetics Processes &Formulations HandBook 1475/- 140

* Herbal Cosmetics & BeautyProducts withFormulations 950/- 95

* Profitable Small ScaleManufacture of Cosmetics 950/- 95

* Synthetic&Herbal Cosmetic 975/- 98* Tech of Herbal Cosmetics &

ToiletriesProducts/Formulae1100/-* Start Your Own Hair Shampoos

and Conditioners withManufacturing Processes 900/- 90

* Manufacturing Processes AndFormulations Of CleansingCreams, Baby Products, FacePowders.... 975/- 98

* Formulations & Mfg. Processesof Vanishing all Purpose.....900/- 90

* Hand Book of Oils, Fats andDerivatives with Refining &Packaging Technology 950/- 95

* Technology of OilseedsProcessing, Oils & Fatsand Refining 1400/- 140

* Essential Oils Manufacturing& Aromatic Plants 650/- 65

* Modern Technology ofEssential Oils 850/- 85

* Technology of Perfumes,Flavours & Essential Oils 1175/- 120

* Essential Oils Processes& Formulations 650/- 65

* Hand Book of Flavours &Food Colourants Technoly1400/-140

* H. B. of Perfume & Flavours 975/-98* Hand Book of Perfumes

with Formulations (2ndEdn.)900/-75* Technology of Perfumes,

Flavours & Essential Oils 1175/- 120* Complete Technology Book on

Perfumes, Agarbatti, Dhoopbatti,Attar and other ProductsManufacturing & Formulationswith Project Profiles 950 95

* H.B. of Flavours Tech. 750/- 75* Manufacture Of Perfumes,

Fragrances, Scents, EssencesAnd Incense Sticks (Agarbatti)With Formulations 975/- 98

* Tech Of Solar Pv Panels,Energy,Cells, Lantern, Cooler, LightSystem, Photovoltaic System,Power Plant, Water Heater,Collector, Solar Cooling,Refrigeration, Solar Drying,Home System, Dish Engine &Other Solar Products Mfg.1250/- 125

OILSEEDS AND FATS

ESSENTIAL OILS & AROMATIC

PERFUMES AND FLAVOURS

SOLAR PV PANELS, ENERGY

DAIRY FARM, MILK PROCESSINGAND ICE CREAM


Name of Books Rs.US$

Name of Books Rs. US$N Name of Books Rs.US$CHEMICALS, DYES, LUBRICATING

OILS, PETRO CHEMICALSELECTROPLATING

AVAILABLE PROCESS TECHNOLOGY BOOKS AT www.eiriindia.org

* Small Medium & LargeChemical Industries 375/- 40

* Industrial ChemicalsTechnology Hand Book 1100/-110

* Modern Technology ofOrganic & InorganicChemicals 1400/-140

* Electroplating, Anodizing &Surface Finishing Tech. 1100/-110

* Hand Book of Agro ChemicalIndust.(Insecticide/Pesticide)900/- 90

* Technology of Synthetic Dyes,Pigments Intermediates 1100/-110

* Petrochemicals, Lubricants,Greases & Petroleum Refining900/-90

* H.B.of Lubricants, Greases &Petrochemicals Technology 750/- 75

* Technology of Gums, Adhesives& Sealants with Formulations950/-95

* Hand Book of Adhesiveswith their Formulae (2ndEdn.)900/-65

* Adhesives Technology &Formulations Hand Book 975/- 98

* Technology of Glue &Adhesives with AdhesivesBonding & Formulations 1100/-110

* Complete Hand Book onAdhesives and AdhesionTech. with Project Profiles 900/- 90

* Start Your Own ExportBusiness (How To Export) 450/- 45

* Start Your Own SmallBusiness and Industry 350/- 35

* Candle Making Processes &Formulations Hand-Book 750/- 75

* Stationery, Paper Converting& Packaging Industries 400/- 40

* Modern Inks Formulaes &Manufacturing Industries 325/- 35

* Profitable Businesses toStart for Entrepreneurs 400/- 40

* Modern Small & CottageScale Industries 650/- 65

* Profitable Small Cottage Tiny& Home Industries (2nd Edn.)900/-90

* Technology of Bio-Fuel(Ethanol & Biodiesel) 975/-100

* Mod.Tech.of Bioprocessing1475/-150* ModTech.of BioGas Production1975/-200

GUMS, ADHESIVES & SEALANTS

BIO FUEL, BIO GAS &BIOPROCESSING

* Tech of Sweets (Mithai) 1050/-110* Technology of Sweets (Mithai),

Namkeen and Snacks Foodwith Formulae 1750/- 175

* Mfr. of Snacks Food, Namkeen,Pappad & Potato Products 900/- 90

* Technology of Water andPackaged Drinking Water 1100/- 110

PACKAGED DRINKING WATER

PRINTING & PACKAGING * Complete Hand Book on Packaging

Technology & Industries 1100/-110* Printing Process Tech&Indt. 375/- 40* Hand Book of Printing Technology

(Offset, Screen, Flexo, Gravure,Inkjet & Digital) 975/-100

* Hand Book of Offset PrintingTechnology 500/- 50

* Screen Printing withProcesses & Technology 350/- 35

* Hand Book of Prepress 800/- 80* H. Bookof Packaging Ind. 1300/-130* Modern Packaging Technology

for Processing Food, Bakery,Snack Foods, Spices andAllied Food Products 900/- 90

* Food Packaging Tech. 900/- 90* Tech. of Printing Inks 1150/-115* Packaging Technoloy 1150/-115* Corrugated Boxes 1100/-110

* Paint Pigment Varnish &Lacquer Manufacturing 450/- 45

* Paint Varnish Solvents& Coating Technology 800/- 80

* Paint, Pigment, Solvent,Coating, Emulsion, PaintAdditives & Formulations 950/- 95

* Technology of Coatings, Resins,Pigments & Inks Industries 975/-100

* Mfg. Tech. & Formulations H.B.on Thinners, Putty, Wall & Indu.Finishes & Synthetic Resins 900/- 90

* Technology of SyntheticResins &Emulsion Polymers 975/-100

* Technology of Paints andCoating with Formulations 1750/-175

* Powder Coating Technology 750/- 75* Paint Technology Hand Book

with Formulations (AcrylicEmulsion, Powder Coating, Levelling Agents, PU Ink Binders,Dispersing Agents,Formaldehyde,Polyester Resin, Acrylic Bindersand PU Coatings) 1100/- 110

* Complete Hand Book on Paints,Varnish, Resins, Copolymers andCoatings with ManufacturingProcess, Formulations/Tech 900/-90/-

* Manufacture Of NitrocelluloseLacquers, Pu Lacquer, VacuumMetallizing Lacquers And OtherLacquers With FormulationsAnd Project Profiles 750/- 75/-

* Moulds Design & ProcessingHand Book 495/- 50

* Hand Book of Plastic Materials& Processing Technology 750/- 75

* Injection Moulding of Plastics750/-75* Plastic Processing &

Packaging Industries 975/-100* Plastic Waste Recycling Tech.750/-75* Technology of Plastic Films 650/- 65* Rotational Moulding Technology

HandBook 750/- 75* Plastic Compounding, Master

Batches, PET & Other Plastics750/-75* Synthetic Resins Technology

with Formulations 800/- 80* Technology of PVC Compounding

& Its Applications 900/- 90* Polymer & Plastic Technology950/-90* H.B. of Fibre Glass Moulding450/-45* Techn. of Reinforced Plastics750/- 75* Plastic Additives Technology 950/- 95* Technology of PET Bottles,

Preform and PET Recycling 850/- 85* Modern Technology of

Extrusion & Extruded Prod. 800/- 80* Technology of Synthetic

Resins & Emulsion Polymers975/-100* Technology of Plastic Additives

with Processes & Packaging 900/- 90* Complete Technology Book On

Identification Of Plastics AndPlastic Products Materials 975/-100

* Identification Of Plastics & OtherPlastic Process Industries 950/- 95

* Complete Technology BookOf Plastic Processing AndRecycling Of Plastics WithProject Profiles 1250/-125

* Complete Hand Book Of BlowMoulding Plastics TechnologyWith Project Profiles 975/- 98/-

* Modern Technology Of InjectionMoulding, Blow Moulding,PlasticExtrusion,Pet & Other 975/-100

* Tech Book On Beekeeping AndHoney Products WithProject Profiles 975/- 98

* Complete Technology Book onHoney Processing andFormulations (Harvesting,Extraction, Adulteration,Chemistry, Crystallization,Fermentation, Dried Honey,Uses, Applications andProperties) 1100/- 110

* Modern Bee Keeping &Honey Processing 375/- 40

* Technology of StarchManufacturing (Applications,Properties and Composition)with Project Profiles 1100/- 110

PAINT, VARNISH, SOLVENTS,POWDER COATING & LACQUERS

PLASTIC/POLYMER PROCESSING,COMPOUNDING, INJECTION

MOULDING, ROTATIONALMOULDING, PLASTIC FILM, FIBRE

GLASS, PLASTIC WASTERECYCLING, MOULDS, PET &

RESINS, ADDITIVES INDUSTRIES

SMALL SCALE INDUSTRIES,STATIONERY, PAPER, INKS,

CANDLES & EXPORT BUSINESS

SWEETS, NAMKEEN & SNACKFOOD

BEE-KEEPING & HONEYPROCESSING

STARCH MANUFACTURING


* Technology of Spices andSeasoning of Spices withFormulae 975/- 98

* Technology Of Spices (Masala)And Condiments With ProjectProfiles (Cultivation, Uses,Extrn, Composition etc) 1100/-110

* Spices &Packaging withFormula 900/- 90

* Start Your Own Cold Storage Unit 900/- 90

* Complete Tech. of NonwovensFabrics, CarryBags, Composite,Geotextiles, Medical Textiles,Fibres, Felts, Apparels, Spunlaceand Absorbent Nonwoven1175/- 120

* Tablets, capsules, Injectables,Dry Strups, Oral & ExternalPreparations, Eye, Ear ....1575/- 155

Topical...... 950/- 95

* Hand Book of Leather &Leather ProductsTechnology 850/-85

* Hand Book of Biotechnology900/-90

* H.B.of Ceramics & CeramicsProcessing Technology 1975/- 200

* Modern Tech Of Ceramic Products With Composition 1100/- 110

* Hand Book of Tree Farming 800/- 80

* Hand Book of MushroomCultivation, Processing& Packaging 975/- 98

* Biofertilizers & Vermiculture 900/-100

* Modern Technology ofBiodegradable Plastics andPolymers With Processes(Bio-Plastic, Starch Plastics,Cellulose Polymers & other) 975/- 100

* Production of BiodegradablePlastics & Bioplastics Tech 1500/-150

* Frozen Food Processing &Freeze Drying Technology 1000/- 100

* Frozen Food Products 900/- 90

* Hand Book of Organic Farmingand Organic Foods with Vermi-Composting & Neem Product 1100/-

110

* Hand Book of Fish Farmingand Fishery Products 650/- 65

* Textile Auxiliaries & Chemicalswith Processes/Formula 1050/- 105

* Tech of Textile Chemicalswith Formulations 1450/- 145

* Modern Technology of TextileAuxiliary and chemicalswith formulations 1100/- 110

* Textile Processing Chemicals,Enzymes, Dye Fixing Agentsand Other Finishes withProject Profiles 1275/- 125

* Manufacture of Disinfectants,Cleaners, Phenly, Repellents,Deodorants, DishwashingDetergents with Formulae 900/- 90

* Coffee & Coffee Processing 525/- 53

* OnionCultivation, Dehydration,Flakes, Powder, Processing& Packaging Technology 975/- 98

* Hand Book of Minerals andMinerals Based Industries 975/- 100

* Rubber Chemicals &Processing Industries 400/- 40

* Modern Rubber Chemicals,Compounds & RubberGoods Technology 1500/- 150

* Technology of Rubber &Rubber Goods Industries 900/- 90

* Ayurvedic & HerbalMedicines with Formulaes 750/- 75

* Hand Book of AyurvedicMedicines with Formulations 900/-90

* Modern Technology of NonFerrous Metals and MetalExtraction 1100/-110

* Processing Technology ofSteels and Stainless Steels 1900/-190

* Modern Technology ofRolling Mill, Billets, SteelWire, Galvanized Sheet,Forging & Castings 2500/-250

* Mfg Tech of Non-FerrousMetal Products 1750/- 175

* Modern Technology of FoodAdditives, Sweeteners andFood Emulsifiers 1575/- 156

* Technology of FoodChemicals, Pigments andFood Aroma Compounds 1100/- 110

* Technology of DisposableMedical Products 1750/-175

* Technology of Soya Milk, Tofu,Hydrolyzate, Allied SoyabeanProducts with project Profile 975/- 100

* Technology of SOYBEANProducts with Formulae 1100/- 100

* Technology of Products fromWastes (Industrial, Agriculture,Medical, Municipality, Organic& Biological) By Panda 900/- 90

* Products from WasteTechnology Hand Book 1100/- 110

* Technology of WineProduction and Packaging 1750/- 175

* Casting Technology H.Book750/- 75CASTING TECHNOLOGY

WINE PRODUCTION

SOLAR PV PANELS, ENERGY

* Technology of Building Materials& Chemicals with Processes950/- 95

* Mod. Tech. of Bleaching, Dyeing,Printing & Finishing of Textiles 750/- 75

* Technology of Textiles (Spinning& Weaving, Dyeing, Scouring,Drying, Printing and Bleaching) 900/- 90

* Garments Manufacturing Tech. 900/- 90

* Technology of Biscuits, Rusks,Crackers & Cookies withFormulations 975/- 98

* Hand Book of Confectionerywith Formulations 900/- 90

* Breakfast, Dietary Food, Pasta& Cereal Products Tech 1150/-120

* Modern Bakery Products 900/- 90* Modern Bakery Technology &

Fermented Cereal Productswith Formulae 1250/-125

* Confectionery,Chocolates, Toffee,Candy, Chewing & Bubble Gums,Lollipop & Jelly Products 1750/-175

* H.Book of Bakery Industries 950/-95

* Fibres With Manufacturing Processes & Properties With Project Profiles 975/- 100

BUILDING MATERIAL & CHEMICALS

TEXTILE, GARMENTS, DYEING...

PHARMACEUTICALS & DRUGS

NON WOVEN TECHNOLOGY

LEATHER &LEATHER PRODUCTS

TREE FARMING

SPICE, SEASONING, CONDIMENTS& COLD STORAGE

BIOTECHNOLOGY

CERAMICS & CERAMIC PROCESS

MUSHROOM PROCESSING

BIOFERTILIZERS & VERMICULTURE

BIODEGRADABLE PLASTICSAND POLYMERS

FROZEN FOOD/FREEZE DRYING

MINERAL AND MINERALS

RUBBER CHEMICALS,COMPOUNDS

& RUBBER INDUSTRIES

AYURVEDIC/HERBAL MEDICINES

STAINLESS STEEL, NON FERROUSMETALS, BILLETS & ROLLING MILL

FOOD ADDITIVES/CHEMICALS ANDSWEETENERS & FOOD EMULSIFIERS

DISPOSABLE MEDICAL PRODUCTS

SOYA MILK, TOFU & SOY PRODUCTS

PRODUCTS FROM WASTE

ORGANIC FARMING & FOOD/NEEM

FISH FARMING & FISHERY PRODUCTS

TEXTILE AUXILIARY & CHEMICALS

DISINFECTANTS, CLEANERS,PHENYL, DEODORANTS,

DISHWASHING DETERGENTS ETC.

COFFEE & COFFEE PROCESSING

ONION CULTIVATION/PROCESSING

* H.B.of Pulp & Paper, PaperBoard & Paper Based Tech. 1150/- 120

PULP & PAPER TECHNOLOGY

BAKERY, CONFECTIONERY,BISCUITS, COOKIES, BREAKFAST,

PASTA & CEREALS

TECHNOLOGY OF FIBRES

* Beer,Cereal Based Beverages, SoyBeverages, Fruit Wine, Vodka, TeaBeverages & Beverages 1100/- 110

* Mfg Tech Hand Book Of Gin, Rum, Whisky, Distillery Spirits, Brandy, Fruit Spirits, Flavours, Maturation & Blending With Other Alcoholic Beverage 1250/- 125

BEER, VODKA, BEVERAGE, WHISKY

FLOUR MILL (ATTA MAIDA, SUJI)

* Start Your Own Wheat Flour Mill(Atta, Maida, Suji, Bran& Besan) 900/- 90

HI-TECH PROJECTS - Engineers India Research Institute · 2020-01-25 · HI-TECH PROJECTS (An...

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