The document proposes establishing a business to extract precious metals from e-waste in India. It summarizes that India produces 3 million tons of e-waste annually, which is increasing by 20% each year and contains 5% precious metals. It outlines plans to collect, dismantle, separate and recover materials from e-waste using an automated electronic scrap recycling system to produce high purity metals, with an expected annual profit of 12 lakh rupees.

1. Presented by -: Prabhat Mani Tripathi Rohit Mishra

2. To start a venture for extraction of precious metals and hazardous substances from the widely spreading e-waste.

3. India produces e-waste of 3 lacks tones/annum. This is e-waste is increasing at an annual pace of 20% every year which is one of the main challenges to our ecological system and environment, its recovery is very important so as to save our environment but along with it, it is a major source of precious metal which can be extracted from it as it contains 5% of these like Pb, Cd, Hg etc. It requires not only high technology but also proper management of collection centers.

4. Electronic Waste is a waste consisting of any broken or unwanted electrical or electronic appliance. It is a point of concern considering that many components of such equipment are considered toxic and are not biodegradable.

5. MOST HAZARDOUS WASTES

6. MOST HAZARDOUS WASTES CONT… Lead : monitors, TVs, Automotive Batteries Mercury of silver oxide : Button Batteries Cadmium : Nickel-Cadmium Rechargeable Batteries Lithium : Lithium Batteries Chlorinated Fluorocarbon or “CFC” : Old Refrigerators, Heat Pumps and Air Conditioners Plastic : Recyclable but mixed plastics are waste

7. Hazardous material Segregation & Disposal Material Recovery (Step - III) Automated Separation (Step - II) Automated Dismantling & Sorting (Step - I) Safe Storage Collection of Electronic Waste 1 2 3 4 6 5

8. PC retailers Manufactures Secondary market of old PCs Government, public and private sector discards Individual households

9. COLLECTION PROCESS Collection of e-waste material from premises and safe transportation to our factory premises within the high security. Inspection of material by the customer following rechecking again by our own alert personnel.

10. COLLECTION MODEL Milk Run Process:- It will be a cost effective process in the context of transportation expanses. It will make the collections less time consuming. Daily interaction to collection centers generate good relations.

11. All inventory will be kept in warehouse Proper handling will be done Cost will be lowered by using proper inventory management techniques

12. Dismantling will be done by workers under guidance of experts so as to keep safe from danger of hazardous substances All parts carrying imp elements and metals will be sorted out All waste material will be separated out so that proper

13. RECYCLING PROCESS Automated Dismantling Automated Separation Material Recovery These three processes will be done by using Electronic Scrap Recycler

14. ELECTRONIC RECYCLER We will use HAMOS ERP electronic scrap recycling system for this purpose It is designed to recycle electronic items, coming from production and post consumer electronics waste. Bare and populated circuit boards, integrated circuits, cellular phones and even complex electronic components such as whole computers, photocopiers, VCR's and other consumer electronics can be recycled!

15. HAMOS RECYCLING PLANTS

16. ELECTRONIC RECYCLER CONT.. After several stages of size reduction, a non-ferrous metal product is made with a high degree of purity by a proprietary, dry separation system. Bare circuit boards Computers Electronic devices

17. Why only HAMOS ERP? Germany’s best Recycling- and Separation-Technologies Dry mechanical process High metal recovery rate, also for precious metals Fully automatic, continuous process High metal purity Compact, turn-key solution High economy due to low labour and operation costs Low wear costs by high metal yield Quick return on investment

18. LICENCES & CLEARANCES Clearance from State Pollution Control Board Hazardous Waste Management Clearance from State Pollution Control Board Clearance from Ministry of Environment and Forest 100% EOU approval from Govt of India, Ministry of Commerce Moving towards ISO 14001

19. CAPITAL Capital brought by all five members = Rs. 5,00,000 each i.e. 5 * Rs.5,00,000 = Rs.25,00,000 Bank loan = 10,00,000

20. TOTAL COST (P.A.) Space Rent : 20,000 x 12 = Rs. 2,40,000 Equipment Cost : Rs. 10,00,000 Transportation Cost : Rs. 1,50,000 Electricity Cost : Rs.1,50,000 Scraps Purchased : Rs. 12,00,000 x 10= 1.2 Cr. Labour Cost : Rs. 2,00,000 Paid to Govt. : Rs. 1,50,000 Start up cost : Rs. 12,00,000 Total Cost : Rs. 1,38,90,000

21. Revenue We assume that we will purchase 12 Lakhs of scrap every month and also assume that work will be done 10 months in a year. We have found that revenue earned from this business is meant to be 125%-130% of the cost of scrap i.e. 12,00,000 x 125% = 15,00,000 12,00,000 x 130% = 15,60,000 So, every year we will generate Rs.1.5-1.56 Cr. of revenue

22. NET PROFIT (P.A.) N.P. = Total Revenue - Total Cos = Rs.1.5 Cr - Rs. 1.38 Cr = Rs. 12 Lakhs

23. CONCLUSION After analyzing all the process of recycling we reached to this point 1. in starting stage we have to invest a lot money but in continue it will be profit generating entity. 2.Govt. will also give some aid in the form of tax rebates for such a environment friendly project.

24. THANK YOU