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Project Profile- Updated

1 NAME OF THE PRODUCT; AGRICULTURAL IMPLEMENTS

2 PRODUCT CODE NIC Code 343599999MANUFACTURE OFAGRICULTURAL HAND TOOLS &

IMPLEMENTS

ASICCCode

76101 Agriculture Implements

3 QUALITY AND STANDARDSIS: 6320-1971 for Threshers

IS: 6813-1973 for Seed-cum-Fertilizer Drill2IS: 3939-1979 & IS: 7051 - 1973 for manual and power operated Maize

Shellers respectively.

4 PRODUCTION CAPACITY (Per annum);

Item Nos. Rate Amount(Rs.)

1 Maize Sheller 70 10000 7000002 Wheat Thrashers each 100 20000 2000000

3 Seed Drills 150 10000 15000004 Other agro-Machineries on order 1000000

Total 5200000

5 MONTH AND YEAR OF PUBLICATION: May, 2011

6 Prepared By MSME-DevelopmentInstitute,22 Godam, Jaipur

Ph. - 0141-2212098

Fax-0141-2210553E Mail- dcdi-jaipur@dcmsme.nic.in

web- msmedijaipur.gov.in

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AGRICULTURAL IMPLEMENTS

1. Introduction :- The extent of present day use of agriculture machinery in a basicallyagricultural country like ours needs no introduction. Apart from various agriculturaimplements, power operated agricultural machinery such as maize Sheller for removing thegrains from maize cobs, seed cleaners, used for small lots of seed for cleaning-cum-grinding. Rice Polisher and seed treaters are some other agricultural machines which have

field application in agriculture. The project profile envisages the manufacture of followingagricultural implements per annum. Wheat & Rice threshers up to 5 hp motive power andother machineries

However, the product portfolio can be changed keeping in view the market requirements.

2. Market Potential :- The agricultural industry has always been the backbone of Indiassustained growth. Over the past two decades there has been a tremendous move towardsmechanization of the agricultural industry in India driven by increase in power availability onthe Indian farms from 30% to 70%. As the population of India continues to grow, thedemand for produce grows as well. Hence, there is a greater need for multiple cropping onthe farms and this in turn requires efficient and high-capacity machines.

Mechanization of the Agricultural industry in India is still in a stage of infancy. IncreasedGovernment subsidies and the migration of the labor resources to fields like constructionhave created an enormous market for farm machinery and equipment. The farmers stillargely rely on primitive tools, cattle and manual labor to work around the fields, owingprimarily to the lack of knowledge and the unavailability of advanced tools and machineryThe Government of India, owing to the decrease in Agricultural Growth rate over the pasfew years (1.6% in 2008-09 to 0.2% in 2009-10), has set up plenty of schemes (NationaFood Security Mission, Rashtriya Krishi Vikas Yojna, ISOPOM etc) in an effort to increasethe growth rate of Agriculture. Subsidies of up to 70-90% are being offered on the price oequipment such as Irrigation Equipment, Power Tillers, Rice

Trans planters, Rotavetors, Zero Till Seed Drills etc. Recently Govt. of Rajasthan & othestates has also floated tenders for purchase of Agriculture Equipments.

2.1. Demand :- At present in the Rajasthan there are very few industries who aremanufacturing the good quality. equipments using proper machines. There products do nofall within the BIS quality Parameters. Majority of the producers are using crude method withold machines. AS now demand of the govt. sector has arises, there is a scope foentrepreneurs to setup industries having latest machine and testing equipments andproducing products with good quality. Further with the introduction of Maha- NAREGAscheme, the quantity of Irrigated land will also increase and proportionately the demand ofagricultural equipment will increase. based on the above, it is quite justified to setup an

industry manufacturing agricultural equipment.

3. BASIS AND PRESUMPTIONS;(1) The scheme is based on single shift of 75% efficiency considering 8 working hours/day,

25 days/month and 300 days per annum.(ii) Labour wages has been taken as per market rate. It is likely to vary depending upon the

location of the project.(iii) Rate of interest has been taken 12% on an average on fixed and working capital. It is likely

to vary due to financial outlay and the location of the unit.(iv) The operative period of the project is estimated to be about 10 years considering technologyobsolescence.(v) Value of machinery & equipment is estimated on the basis of prevailing cost of the local mkt.

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4. IMPLEMENTATION SCHEDULE ;

S.No. Activities Period (in weeks)

1Preparation of project report andselection of site 2

2 Registration 23 Application for Electricity Connection 14 Availability of finance 6

5 Procurement of machinery 16 Electrification & installation 27 Recruitment of staff 18 Trial run 1

Total 16

5. TECHNICAL ASPECTS:

i) MANUFACTURING PROCESS :The processes involved are Shearing, folding, forming, etc. for sheet metal work andcutting, turning, drilling for casting and bars. Welding and fitting assemble the differentcomponents.

ii) QUALITY CONTROL & STANDARDThe Products will be made as per Customer Requirement. However following ISspecification will be followed -

IS: 6320-1971 for Threshers

IS: 6813-1973 for Seed-cum-Fertilizer Drill2IS: 3939-1979 & IS: 7051 - 1973 for manual and power operated Maize Shellers respectively.

iii) PRODUCTION CAPACITY (Annually)

Item Nos. Rate Amount

Maize Shellers 70 10000 700000Wheat Thrashers each 100 20000 2000000Seed Drills 150 10000 1500000Other agro-Machineries on order 1000000

iv) POWER REQUIREMENT : 15 HP

v) POLLUTION CONTROL REQUIREMENT :There is no pollution control requirement for the item.

vi) ENERGY CONSERVATION :

The following steps may be taken for the conservation of energy :1 Machinery and equipments, parts are revolving and reciprocating should be properly

lubricated from time to time with suitable lubricant.2 Lay out of unit should be in such a way that there is no back tracking of material.3 All the electrical switches may be kept off when not in use.4 Proper ventilation system should be kept during construction of building for maximum

utilization of solar energy and day light may be used by keeping all other lights off.5 Fluorescent tube with electronic chokes should be used for energy saving. Further,

recently development compact fluorescent tubes called (CFT) of 10W, 15WPhilips/Glaux make may be used for energy saving and decoration These self ballastfluorescent lamps are high efficiency replacements of ordinary bulbs.

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