case study of the implemented project...
TRANSCRIPT
i
Waste Agricultural bio-mass for Energy:
Resource Conservation and GHG
Emission Reduction
Report on
CASE STUDY OF
THE IMPLEMENTED PROJECT AT
STERLING POWER SYSTEMS LTD. SOHNA, HARYANA, INDIA
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TABLE OF CONTENTS
Chapter
No.
Sub
Chapter
No.
Title Page
1 Introduction: 1
2 Background: 1
3 About the company: 4
3.1 Address: 4
3.2 Profile of the company: 4
3.2.1 Mission of the company 4
3.2.2 Products 4
3.2.3 Quality management: 5
3.2.3.1 Raw material testing : 5
3.2.3.2 Work In Process (WIP) testing : 5
3.2.3.3 Final product testing : 5
3.2.4 Safety management program 6
3.2.4.1 Safety First philosophy: 6
3.2.4.3 Electrical & Thermal Safety : 6
3.2.4.4 Mechanical Safety : 6
3.2.5 Management team 7
3.2.6 Clients: 8
3.2.6.1 Domestic Clients 8
3.2.6.2 International Clients 8
4 Lead Battery recycling plant. 8
5 The present scenario: 9
5.1 The present process flow chart 10
5.2 Forward and Backward integration plans: 10
5.2.1 Present Plant and machinery: 10
6 Process Energy requirement: 11
6.1 Estimating the energy requirements of the plant: 11
6.2 The operating constraints and issues: 12
6.2.1 Lead Industry in India 12
6.2.2 Demand and Supply 13
6.2.3 Lead-usage for different purposes 14
6.2.4 Lead recyclers in India 15
7 Estimation of Fossil fuel savings and resultant GHG reduction: 15
7.1 GHG reduction: 16
7.1.1 At company level 16
7.1.2 At national level 16
7.2 Economics of adopting WAB2E technology: 16
7.2.1 Route 1: Use of HSD 16
7.2.2 Route 2: Use of briquetted WAB 17
8 Details of the plant: 18
8.1 Features of the gasifier system 19
8.2 Technical specifications: 20
8.2.1 Specifications of the 180T biomass Gasifier 21
8.2.2 Performance Guarantees 22
8.2.3 Scope of supply –Gasifier 180T 22
9 Process description of Gasifier in brief 24
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List of pictures and diagrams
Picture 4 The total planned activities of the company are shown in
the flow diagram
9
Picture 5.1 The present process flow chart 10
Picture 8-a Plant stabilisation Stage 19
Picture 8-b Plant stabilisation Stage 19
Picture 8-c Plant in operation 19
Picture-9 Flow diagram of the gasifier system 26
List of Tables
Table 6.2.3: Sectorwise share of consumption of lead 14
Table 7.2.2 Comparative analysis of the three offers 18
List of Annexures
Annexure-1 List of participants in the workshop 26
Annexure-2 Costing of the gasifier plant 27
Annexure-3 Quotation for Briquetting Machine Model Super-70
Radhe Industrial Corporation
29
Annexure-4 JK Briguetting machine Model Jumbo - 90 33
Annexure-5 Universal electro-hydraulic machines private limited 37
Annexure-6
List of the units registered with MoEF /CPCB as
recyclers/reprocessors of lead
38
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1 Introduction:
As a part of the SSFA for project awarded by the UNEP DTE IETC, under Output “X”, the
BIMTECH team was to demonstrate one of the identified technologies in an organization and
prepare a case study on the same.
The team has been exploring many avenues to speak to various users of energy and to convince
them to adopt the technologies as are available for using WAB as raw material and generate
either heat energy or generate electricity. Most of them had expressed their concerns about the
tar in the gas if they adopt gasifier for electricity generation and if the briquetting route is
adopted, the high initial investment cost was the concern.
At this stage, during the period of January 2013, M/s Starlit Power Systems Ltd., with their
plant located at Sohna Indri Road, Haryana came forward and readily agreed to adopt a WAB
gasifier technology. Upon inquiry with the BIMTECH team, the team recommended a set of
names of the manufacturers of gasifiers. M/s Starlit Power Systems Ltd. selected M/s
Chandarpur industries Ltd. as the technology providers.
This output covers the case study of M/s Starlit Power Systems Ltd., with their plant located at
Sohna Indri Road, Village Atta, Distt. Mewat, Haryana - 122 103 and with their Corporate
Office in New Delhi.
2 Background:
The BIMTECH team had conducted a two days workshop on “Technologies for converting
waste agricultural biomass to energy” on 25th and 26th February 2013
The workshop was attended by a large number of representatives from various manufacturers
of the system and experts working in the field of WAB to energy. A list of the participants is
provided in Annexure-1 of this report.
As a part of the project, BIMTECH was in a dialogue with the prospective user industry for a
demonstration of an appropriate technology for WAB2E. Many industries have been showing
their initial interest in adopting a WAB2E technology. One of the industries, viz: M/s Starlit
Power Systems have been showing their serious expression of interest. The BIMTECH team
had shared information about various technologies for WAB2E and also a long list of
technology providers was given to them. After a series of dialogue between the representatives
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of the two sides, M/s Starlit finally decided to install a briquetting machine and a gasifier of
suitable specification in their plant for their electrical and thermal energy needs.
In the original phase, it was expected to be used in a dual fuel mode to run the Diesel Generator
(DG) set and also use the outgoing flue gases, both from the stack and so also the DG exhaust
as a primary source of thermal energy required for melting and refining crude Lead. The details
of the case are provided in the following pages.
This report contains Case Study on implemented project at M/s Starlit Power Systems Ltd.,
with their plant located at Sohna Indri Road, Haryana, India.
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Case study on the implemented project
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3 About the company:
3.1 Address:
Starlit Power Systems Ltd.
Manufacturing Plant: Sohna Indri Road,
Vill. Atta, Distt. Mewat, Haryana - 122 103.
Corporate Office : A-1/20, LGF, Safdarjang Enclave, New Delhi-110029.
www.starlitlead.com.
www.starlitgroup.net.
3.2 Profile of the company:
Starlit Power Systems Ltd. (www.starlitlead.com) is the flagship company of Starlit Group
(www.starlitgroup.net) having focus on manufacturing, trade, import & export of Lead based
products such as Refined Lead with minimum 99.97 % purity, Lead Alloys with Calcium,
Antimony, Selenium, Tin and Grey Oxide and Red lead. The annual capacity of the plant is
12,000MT with an equivalent 12,000 -15,000 MT of smelting capacity. Starlit also recycles
old lead acid batteries, lead scrap in environmentally sound manner using most accepted
technology worldwide. The plant is equipped with modern machinery and state-of-the-art
Pollution Control equipment. The plant has a complete in-house testing laboratory including
Spectrometer.
3.2.1 Mission of the company To carry out manufacturing & recycling activities using advance technologies which conserve
the natural resources and protects the Environment and Health and Safety of the persons
involved:
To meet customer needs through providing the quality products and services and address their
queries in timely manner:
To improve the quality of products continuously through research and development, training
and use of upgraded technology:
3.2.2 Products
1. Remelted Lead The smelting process adopted produces soft & hard lead.
2. Refined Lead
(99.97%)
The refining process adopted produces Refined Lead Ingots with a
minimum purity level of 99.975 % by weight but achieves purity level of
99.98% in most cases.
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3. Lead Sub-
Oxide or Grey
Oxide
Lead Sub-Oxide/Grey Oxide is manufactured through Ball Mill Process
using refined lead with minimum 99.97 % purity.
4. Red Lead Oxide Red Lead Oxide is manufactured from Lead Sub-Oxide/Grey Oxide which
is manufactured from above process refined lead with minimum 99.97 %
purity.
5. Lead Alloys Lead - Calcium Alloy, Antimony Alloy, Antimony-Selenium Alloy
All products are produced adhering to the highest norms of safety. SPSL
has the wherewithal to produce customized Lead Alloys as may be
required for specialized applications.
3.2.3 Quality management:
SPSL works on streamlined processes and principles and is an ISO 9001:2008 & ISO
14000:2004 certified company. Necessary quality measures are maintained right from the
procurement of raw material as well as for selection of sourcing of the said raw material.
In order to meet customers’ requirement, the following quality checks are conducted at
different stages of production in accordance with Total Quality & Safety Management
Program.
3.2.3.1 Raw material testing :
The raw material is lead ingots which are commercially available in the market. The material
is procured from reliable and registered vendors who have been thoroughly audited technically
& commercially. The inward material is tested for undesirable impurities through spectrometer.
The laboratory has an in-house optical emission spectrometer of “SPECTROLAB” make
Model LAB M-10.
3.2.3.2 Work In Process (WIP) testing :
The stage wise in-process material are Pure Lead Balls which are used for making Lead Sub
Oxides. Pure Lead balls are tested for purity level. The accepted purity level is in the range of
99.97 to 99.99 %.
3.2.3.3 Final product testing :
The final products are Lead alloys such as Lead Antimony, Lead Selenium and Lead Calcium
(as per the desired Specifications of specific clients), Pure Lead (in the form of ingots) and
Lead Sub Oxide powder (LSO powder). Standard reference samples as supplied by MBH, UK
are used for cross reference of analytical result. LSO is tested for quality parameters trough
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Physico–Chemical analysis for Free Lead, Lead Monoxide, Water absorption, Acid absorption,
Retention on 240 & 325 mesh and Apparent Density (AD) using Scott Volumeter.
3.2.4 Safety management program
3.2.4.1 Safety First philosophy:
In order to ensure safety against all possible types of hazards to workers and employees,
especially the fire hazards in the production/plant area, following provisions have been made:
Under ground water tank of 1,00,000 liters and overhead tanks of 10,000 liters have
been provided in the plant area
Water tanks are connected with 20 hp main pump & 7.5 hp jockey pump and all the
pumps are connected with main power & DG set
2 way fire brigade outlet is provided
3 nos. weather proof hose boxes have been installed.
16 nos. ABC type fire extinguishers of 5 kg capacity (ISI Marked) have been provided
4 nos. CO2 type fire extinguishers of 4.5 kg capacity (ISI Marked) have been provided.
Sand buckets have been provided at critical locations such as DG Set & Transformer
area
3.2.4.3 Electrical & Thermal Safety :
All the electrical appliance and motors have appropriate earthing connection to avoid any
electrical shock hazards
Wiring has been done with ISI marked cables/wires
All motors have starters with appropriate electrical insulation and shock proof switches &
buttons have been installed.
Emergency lightings have been provided in all working areas though UPS/Inverter
Street lights have been provided to illuminate the entire street/internal roads
Workers are provided with heat and electrically insulated shock resistant hand gloves
Appropriate safety signages have been provided at critical locations for creating awareness
among workers
3.2.4.4 Mechanical Safety :
All the machines have been installed at strong foundations to avoid vibrations
All moving parts in machines have been covered with safety guards
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Workers have been provided with Protective equipment such as industrial safety shoes, mask
& helmets
Appropriate safety signage have been provided at critical locations for creating awareness
among workers
The motor pulley & belts have been provided with safety guards
Raised platform are provided with hand rails
3.2.5 Management team
The company is managed by a three member strong team of technologists and
entrepreneurs.
Mr. Sachin Shridhar, Director
Mr. Shridhar is the founder & Managing Director of Starlit Group. He worked with
Government of India for 12 Years after which he decided to take a plunge in the rough and
tumble of Entrepreneurship.
He set up the Company and built a business of Real Estate and Infrastructure Advisory. Over
time he cemented his relations with his Principals, most of whom insisted on an extended role
and more hands-on involvement of STARLIT in their projects. He also founded the first non-
profit Private Engineering College Institute of Engineering and Emerging Technologies (IEET)
in Himachal and remained its Chairman during the first three years of its functioning.
Mr. Surinder Pal, Director
Mr. Pal served in Municipal Corporation of Delhi (MCD) for 20 years before following his
pursuit to doing something more meaningful where he would get greater autonomy; he quit and
joined as Technical Head of Starlit. In MCD, as a more technically accomplished face of it he
was instrumental in design and successful implementation of privatization of waste
management in the city. He made huge contribution to the Projects of Multilevel Car Parking
and City Development Plan. He has vast techno-commercial experience in the field of
Infrastructure i.e., Roads, Drainage, Town Planning, Solid Waste Management and the
Municipal Functions of the basic nature.
Mr. Yogesh Gupta, Director & CEO
Mr. Yogesh Gupta is Head of Manufacturing and Recycling Plants. He has extensive
experience of more than 15 years in Waste Management Projects. He has previously worked
as Head of E-Waste Vertical /CEO of M/s Ramky Cimelia E-Waste Management Limited. He
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had also worked as Deputy Director – Environmental Engineering Division of the prestigious
National Productivity Council (under the Ministry of Commerce and Industry, Government of
India) for 12 years. Mr Yogesh has Masters Degree in Environmental Engineering and
Bachelors Degree in Civil Engineering. He has an indepth exposure to International practices
in waste management as he has participated in various Conferences & Training Programs on
Municipal & Hazardous Waste in USA, South Korea, Germany & Switzerland.
3.2.6 Clients:
The company has an impressive list of domestic and international customers. A few of them
are;
3.2.6.1 Domestic Clients: Artheon, Sukam, Eastman, Paramount, HBL and others.
3.2.6.2 International Clients: Duchy Steels Sarl-Luxemburg, Chaze-Thailand, Famm
International- Korea, Societe Prochimad-Medagaskar and others
4 Lead Battery recycling plant.
The proposed Lead Acid Battery recycling plant is based on the process that can separate the
Lead from lead battery. The final output product of this process is lead powder without any
plastic inside, Pb-Sb alloy from grid, Ebonite from separator, PP from case etc.
This battery recycling plant from input of waste battery to recycled Lead powder (PbO), Pb-Sb
Alloy, PP, consists of 4 modules:
a) Breaking unit
b) Separation unit
c) Desulfurization unit, and
d) Effluent treatment system.
The basic machines / plant / equipment required are
Battery cutter,
Belt conveyor,
Intelligent shredder,
Vibrating screen,
Reaction vessel,
Filter press,
Effluent treatment tank,
Granulator,
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Water float separator,
Screw conveyors,
Shaker/vibrator
The total planned activities of the company are shown in the flow diagram in picture 4 below.
Picture 4: Planned activities of the company
5 The present scenario:
While the entire project encompasses the procurement, breaking and recycling of various
battery parts, the company has started with the intermediate process of refining and marketing
of Lead and various oxides and alloys of lead.
In due course of time, the company has planned to integrate the processes in the forward and
backward channels, viz: in forward integration, the company will be manufacturing new
batteries and in the backward integration the company will be procuring old/used batteries and
recycling them, almost 100%.
5.1 The present process flow chart
Spent batteries
Battery Collection system
(Auto
Battery Recycler (Secondary Lead Smelter
Secondary
Spent Acids
Scrap Plastic
Lead Ingots and Battery Plates, New Battery Production
Acid Reclamation (Fertiliser Production, Chemical Production,
Sodium Sulphate
Consumer
Distributors, Dealers and
Plastic Recycl
Product manufa
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The following process chart explains the various stages of the conversion of the product.
Picture 5.1: The present process flow chart
5.2 Forward and Backward integration plans:
5.2.1 Present Plant and machinery:
The company has the following equipment installed in their works.
Rotary furnace & stationary furnace for smelting battery & lead scrap with annual
capacity of 15000 MT
Two melting pots of 18 MT capacity each for refining and alloying
One dedicated melting pot of 6 MT capacity for Calcium Lead Alloying.
Two Ball Mills of daily production capacity 12 MT and 10 MT respectively. 12 MT
ball mill is recently imported from Sanhuan, Jiangsu China.
Red Lead Plant of 2 MT Capacity
Starlit is committed to offering cost efficient and quality products to service the needs of
Battery and secondary power industry.
Storage in warehouse
Weighing
Melting for refining and alloying
Lead balls casting
Storage Bucket Feeder
Ball Mill
Lead Sub Oxide
Heating
Antimony & other
chemicals: As
Air Pollution Control System
Dust and Fumes
Alloy Lead ingots casting
Weighing , Packing and Despatch
Stack
Dross for recycling
Weighing in 25 Kg. Bags
Storage in mechanised bin
Packing and Despatch
Raw impure lead from market
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At present stage, the company has started operations in the area of buying crude/raw Lead,
refining it and producing various oxides and alloys of Lead. At a subsequent stage in very near
future, the company has plans in place to extend the operations in both, the forward and the
backward integration. In the forward integration plan, the company has planned to make
complete new batteries for automotive sector. In the backward integration stage, the company
has planned to buy old and used batteries, disintegrate them in to different basic components
like the battery body, acid, lead plates and plastics. These ingredients are planned totally to be
recycled in the plant so as to make the recycled material totally usable for manufacturing new
batteries.
6 Process Energy requirement:
The entire range of operations in the plant demand two forms of energy, viz: (i) The electricity
and (ii) thermal energy for various melting, refining and processes like oxidation and reduction
operations.
6.1 Estimating the energy requirements of the plant:
The plant has a set of four heat consuming equipment viz: i- the melting and refining furnace,
ii- the oxidation furnace and iii- the reduction rotary kiln.
The heating needs of the various operations are as in the table below.
Heat
requiring
process
Thermal energy
requirement in
KCals/Hr
HSD
Requirement in
Ltrs./Hr *
Agrowaste
requirement in
Kgs./Hr **
A Refining furnace 1,00,000 20 80
B Refining furnace 1,00,000 20 80
C Oxidation furnace 50,000 10 40
D Reduction furnace 1,75,000 35 140
4,25,000 85 340 ***
* Assuming 50% efficiency of the furnace
** Considering 1,050 KCals/cubic meter of gas (1,000 to 1,100 KCals per Kg of biomass)
and considering that 1 Kg of biomass gives 2.5 cubic meters of gas, thereby giving
2,500 KCals per Kg. of Biomass.
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*** Through discussions, it was established that the plant would be needing heat energy
only in any two of the processes at a givn point of time. The combinations could be
either A and B, or C and D
With the above considerations, it was decided to provide a gasifier system which can produce
electricity in a dual fuel mode and also provide the needed thermal energy for the processes.
This was planned to be a co-generation system.
Accordingly, it was decided that a 540 KWt equivalent of gasifier system (with an
approximately 180 Kgs. of biomass consumption per hour) may be installed. The company was
advised that there were a large number of suppliers to provide the needed equipment.
After a series of meetings and visits by various suppliers, the company decided to place it’s
supply order on M/s Chandarpur Works, Yamunanagar, Haryana.
The entire gasifier system was supplied and commissioned in the month of March/April 2013.
6.2 The operating constraints and issues:
While the gasifier was commissioned and operationalised with the dual fuel mode diesel
generator system, the initial one month of time was spent in trying to sort out the teething
troubles, primarily of a stabilized electricity generation capacity and that of the tar removal. As
has been the experience in the past, the generator set could not be operated for longer durations
and had to be very frequently stopped for cleaning the head and the manifolds. The DG Set
was also getting heated even at 60 % of electrical load. The company took the hard and painful
decision of discontinuing with the power generation options, but decided to continue with the
thermal energy generation route.
While waiting for the supply of an appropriate briquetting plant, the company has started using
waste woody biomass with shrubs trunks and plant stem bio products.
It may be noted that the smelting is a reduction process where Oxygen in the product is taken
out by burning carbon in an oxygen starved reducing atmosphere.
The company had been buying raw charcoal from the open market at an average price of Rs.
18,000 per metric tone. It was explained to the management that the char produced during the
gasification process can be used for the purpose. In a typical biomass or wood chips based
gasification, the production of the char is of the order of about 30% by weight of the biomass
input or input.
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Based upon what has been estimated earlier in the report, the company can generate about 40
Metric Tonnes of the char annually (based on an average 80% capacity utilization), which
would be equivalent of about Rs. 720,000 per year. This would emerge as an added bonus from
the technology choice.
6.2 Potential for savings in HSD at national level:
6.2.1 Lead Industry in India1
Lead is a bluish grey, heavy metal and has excellent resistance to environmental corrosion.
Because of it’s malleability, the metal needs toughening by adding small amounts of antimony
or other metals as alloying agents. Lead, in it’s natural form, is normally associated with other
minerals viz: Zinc, Silver and Copper. Fractions of some other elements like Gold are also
found in some deposits of lead ore. The primary lead ore is concentrated and smelted in blast
furnace with additions of Limestone and Coke for reduction. Lead has become one of the most
useful commodities in present times, primarily due to the large scale production of various lead
based products, mainly the automobile batteries.
The use of lead has increased to the tune of about 4 million tons per year worldwide. Almost
half of this i.e. nearly 2 million tons per year is produced in Asia alone.
Production of secondary lead through recycling route is widely practiced across the world and
it is estimated that about 50 to 60 percent of worldwide lead is coming through this route.
It is one of the most sustainable and recyclable commodities. The lead production process
consumes less energy as compared to the production of any other metal. It can be recycled
indefinitely, without loss of its physical or chemical properties.
6.2.2 Demand and Supply
In 2012, the global lead mine production increased by 11.5%, over that of 2011. Global refined
lead production increased by 0.22% from 10.594 million metric tonnes (MMT) in 2011 to
10.617 MMT in 2012. As compared to this, in 2012, refined lead production in India was
around 169,300 MT2, just ablout 1.5% of global production. The main producers of lead in
India are Hindustan Zinc Limited (HZL) and Indian Lead Limited (ILL).
India had an increase in production of about 8.9% from 2011 to 2012, while the increase in
consumption was estimated to be about 15.6%
6.2.3 Lead-usage for different purposes: 2
1 http://www.metalworld.co.in/focus0110.pdf 2 http://www.mcxindia.com/Uploads/Products/70/lead.pdf
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The following table provides a bird’s eye view of different applications or uses of lead. It is
quite clear that the batteries sector takes the lion’s share. Considering the applications of
batteries in various spheres of economic activity, it offers easy collection of spent batteries and
thus easy recycling. The following Table 6.2.3 provides a bird’s eye view of the share of
consumption of lead by different sectors.
Table 6.2.3: Sectorwise share of consumption of lead
Sector % consumption
Batteries 80%
Rolled and extruded products 6%
Pigments and other compounds 5%
Shot ammunition 3%
Miscellaneous 3%
Alloys 2%
Cable sheathing 1%
It is the electrochemical properties of lead that enable it’s use in storage batteries in all motor
vehicles, and for back-up power supplies for house hold inverters, solar energy and UPS
systems.
Compounds of lead are brightly coloured lead oxides, leaded glasses and leaded glazes for
ceramics are some typical applications. China, Australia, USA, Peru, Canada and Mexico are
some of the main producers of lead mineral. It is reported that these six countries produce about
75% of world output.
All industrialized nations use lead. The USA is by far the greatest consumer most of it being
used for batteries. Other major consumers are China, UK, Germany, Japan, Republic of Korea
France and Italy. Spain, Mexico and Brazil are known to be using comparatively lesser
quantities.
In the recycling sector, about 90% of the lead scrap comes from the battery industry. A sudden
growth in the automobile sector plus the boom in the information technology, TV and computer
display monitors and telecom sector have been pushing the demand for lead-acid batteries.
Lead, being a material which renders it for easy recycling and can be remelted any number of
times. With appropriate technology and processes to remove impurities during recycling, the
recycled secondary lead is as good as the primary lead produced from virgin ore.
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6.2.4 Lead recyclers in India3
Worldwide, around 3 million tons of lead is produced from secondary sources each year, by
recycling scrap lead products such as sheet, pipe and batteries. In fact in the western world
today, more lead is produced through recycling than by mining. About three fourths of the total
lead is used by products which enable recycling. This is why lead has the highest recycling rate
of all the common non-ferrous metals.
India’s primary demand is for the battery industries. This demand is estimated to be growing
at the rate of 6-7%/Year and is expected to continue to further grow in the future. India’s present
annual demand for lead is about 170,000 Kgs. This demand is being met through mining of
primary lead ore and recycling used lead. Considering that about 50% of lead comes through
the recycling route in India, we have the potential of about 85,000 MT/Yr of lead recycling
being done in the country. At an average growth rate of demand of lead @ 7% annually, the
total recycled lead in 2020 is estimated to be of the order of about 150,000 MT.
A selected list of major recyclers of lead is provided in Annexure 6. From this list, it can be
observed that India has a lead recycling capacity of more tha 1 Million MT per annum, far
exceeding the projected demand for recycling lead.
7 Estimation of Fossil fuel savings and resultant GHG reduction:
The plant is designed for processing of 18,000 MT Lead per year.
The consumption of Diesel was estimated to be 20 Ltrs. Per hour for a total batch cycle time
of 22 Hrs. or say 440 Ltrs of HSD per batch of 18 Tonnes
OR say 440/18 = 24.44 Ltrs. HSD per Ton of Lead processed
Annual plant capacity 18,000 MT Lead
Annual Requirement of HSD 18,000 * 24.44 = 440,000 Ltrs./Yr.
3 http://cpcb.nic.in/divisionsofheadoffice/hwmd/lead.pdf
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7.1 GHG reduction:
7.1.1: At company level
In terms of the GHG, this results in to reduction of about 1160 Tonnes of CO2.
The estimations have been made based on the reported figures of 3.15 kg CO2/ 1 kg HSD fuel
or 2.64 kg / 1 ltr HSD fuel4
7.1.2 At national level:
Considering the annual recycled lead of the order of 85,000 MT , the projected GHG reduction
will be of the order of about 5,500 MT of CO2 at current level and will be of the order of about
11,000 MT of CO2 by the year 2020.
7.2 Economics of adopting WAB2E technology:
The company had invested a total of Rs. 3,936,420 (About US $ 80,000 @ Rs. 50 per USD at
that time)
The details of costs of the gasifier plant are provided in Annexure – 2.
From out of this, the company will be receiving a subsidy of about Rs. 364,000 from the
Ministry of New and Renewable Energy (MNRE) Government of India. The subsidy amount
has not yet been received and hence has not been considered for any economics calculations.
Thus,
The net investment of the company can be considered to be Rs. 3,936,000
The monetary value of annual HSD requirement/consumption would have been = 440,000
Ltrs.* 56 (Rs./Ltr) = Rs. 24,640,000
Calculating the costs per 10,000 KCals of heat energy through the two alternative routes:
7.2.1 Route 1: Use of HSD
Heat Value of One Kg. of HSD 10,000
Cost of 1 Kg. of HSD (Assuming average density of HSD as 0.84) Rs. 56.00/.84 OR =
Rs. 66.67
4 Faculty of agriculture and forestry/ Tapani Jokiniemi / Fuel consumption measurements summer 2010:
www.helsinki.fi/yliopisto: 14.3.2011: http://enpos.weebly.com/uploads/3/6/7/2/3672459/co2_direct_combustion_jokiniemi.pdf
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7.2.2 Route 2: Use of briquetted WAB
Cost of WAB Rs. 1,200 per MT
Variable cost of Briquetting && per Kg. of briquettes Rs. 2,000 per MT
1 Kg. of HSD = 4 Kgs. Of WAB (Considering the Calorific Value of WAB as 2,500 KCals/Kg)
Total cost of briquetted WAB per equivalent Metric Tonne of HSD = 4 * 1,200 + 4 * 2,000
= Rs. 4,800 + Rs. 8,000
= Rs. 12,800
Or = Rs. 12.8/Kg.
Net contribution due to use of briquetted WAB in place of HSD
= Rs. 24,640,000 * (66.67-12.80) / 66.67
OR = Rs. 19,909,357
Total savings per annum = Savings due to gasifier + opportunity cost of 720,000 (Char
production) = 19,909,357 + 720,000 = 20,609,000 OR say 20,600,000
Considering the pricing of a briquetting plant of the required capacity at Rs. 4,000,000
Total investment = 3,936,420 (Gasifier) + 4,000000 (Briquetting plant) = 7,936,420
OR say Rs. 8,000,000
The pay back is an impressive Rs. 20,600,000/8,000,000 = 4.66 months OR say 5 months.
&&: The estimates are based on the commercial offers made by three suppliers of
technologies for briquetting WAB. The highest of the variable costs have been considered for
the calculations, and the same have been further rounded off to the next level of Rs. 2.00 per
Kg. whereas the actual variable cost of electricity and total manpower is only about Rs. 1.50
per Kg. The consolidated figures of different suppliers are provided in Table 7.2.2 below
and the details of their commercial offers are provided in Annexures 3 through Annexure 5.
Table 7.2.2: Comparative analysis of the three offers
18 | P a g e
Items of cost
Jay
Khodiar RICO Universal
Cost of the basic plant (Quotation) 1,500,000.00 900,000.00 1,600,000.00
Rest of the plant @50% of the main plant
cost *** 1,500,000.00 900,000.00 1,600,000.00
Power consumption (Kwh/Hr) 42.00 22.00 15.00
Cost of power per Hr. !!! 336.00 176.00 120.00
Cost of power/Kg 0.22 0.22 0.46
Production rate Kgs./Hr 1,500.00 800.00 260.00
Manpower cost per Kg. ### 0.23 0.42 1.30
Other consumables/Kg - - -
Total Investment 3,000,000.00 1,800,000.00 3,200,000.00
Cost/person/shift%%%
Total
cost/Shift
Trained & Skilled Operator 1 / Shift 400.00 400.00
Unskilled Labor (Without Loader) 6/ Shift 250.00 1500.00
Unskilled Labor (With Loader) 2/ Shift + I
Driver 250.00 750.00
Manager cum Account Person$$$ 1/ Shift 50.00 50.00
2,700.00
Total manpower Cost per Hr. 337.50
!!! The highest of the electricity tarriff in
existence has been considered
*** Taxes, Transportation, Loading unloading, fabrication material, Labour etc. $$$ Regular employee of the company, partially used for the purpose of the
briquetting plant %%% Shift of 8 Hrs. ### The manpower cost has been calculated considering the highest of the manpower suggested by
the suppliers of technologies
8 Details of the plant:
The details of the plant, as supplied by M/s Chanderpur Works, are as under.
Biomass gasifier model CPW - 180 T
Thermal application and dual fuel power generation
Picture 8-a and 8-b show the plant during the commissioning and testing stages.
Picture 8-c shows the plant in operation.
19 | P a g e
Picture 8.1-a: During commissioning Picture 8.1-b: During commissioning
Picture 8.1-c: Plant in operation
20 | P a g e
8.1 Features of the gasifier system
The selected gasifier was of throat less design (having no cone). The reason for
selecting this design was due to the fact that in throated Gasifiers, the conical portion
of the throat needs to be replaced after every 300 - 500 hours, and so also the air nozzles,
thus increasing the maintenance costs & shut down times.
The gasifier has castable refractory lining of 350 mm thick. The material of the
refractory is White Heat K. The white heat K is most superior refractory castable, due
to which the gasifier does not require any replacement of refractory lining up to about
8000 working hrs., as compared to the other models which need such replacements at
a frequency of about 2,000 hrs.
The gasifier is positive pressure type. This ensures uniform air distribution and better
gasification. For this purpose, two separate blowers are provided, the Primary blower
and the Secondary blower.
The gasifier reactor temperature is maintained at more than 1000ºC. This is necessary
to crack most of the tar in the fuel, so that the syngas generated has minimum tar which
is subsequently reduced to under 10 mg/NM3 in the gas scrubbing and cleaning sub
system. For maintaining high temperature in the reactor, the inlet air from outgoing gas
is pre heated. This helps in increasing the thermal efficiency of Gasifier on one side and
reduction of the tar in to raw gas on the other. For the above purpose, air pre heater,
shell & tube type heat exchanger are provided.
The Rotary Grate of the gasifier is run by a totally enclosed double stage gear box. The
rotary grate is also made from SS - 310
All the parts exposed to high temperature hot gases are made from SS-304, such as
Drain Tub, Grate, Air Nozzles and Bottom portion of gasifier.
The variable speed drive (VSD) provided for grate & blower ensures high efficiency
even at lower loading/capacity utilization.
8.2 Technical specifications:
The gasifier is designed to handle 180 Kgs. of Biomass per hour.
The max thermal output from biomass with a Calorific Value of 3,500 Kcals/kg is 4 .72 lacs
Kcal/hr.
The Gas Treatment plant has a total combined output of 450 NM3 /hour with calorific value of
more than1,050 kcal/NM3.
21 | P a g e
Synthesis gas is generated from the biomass as specified.
The gasifier is capable of replacing 45 liters of liquid fuels (HSD) per hour.
The gasifier has been designed to supply enough gas required by all the four furnaces all
together.
If the Rotary reduction furnace consuming about 30 Ltr. Of HSD per hour is not running (which
is normally the case), the gas can be used to run a diesel genset of 125 kva rating to run in a
dual fuel mode.
In the dual fuel mode, the quality of the gas ensures 60% replacement of HSD.
22 | P a g e
8.2.1 Specifications of the 180T biomass Gasifier
Model CPW 180 T
Rated capacity 4 .72 lacs Kcal/hr.
Gasifier type Down Draft
Rated gas flow 450 Nm3/hr.
Avg. gas calorific value 1050Kcal/NM3
Ash storage and removal wet ash continuous discharge
Startup and operation Through electrical blower and Ignition torch
Fuel type and size Briquetted Biomass 1”— 4”
Permissible moisture content 20% maximum
Biomass charging Online charging every one hour
Typical conversion efficiency 75 %
Typical gas composition
(By volume)
CO 19+3%, H2 18+2%, CO2, 10+3% CH4 up to 3%, N2
50%
Cooling tower Natural draft cooling tower Capacity 20NM3/hr
Power requirement for Gasifier 15 KW
Blowers type Centrifugal type
Grate shaking mechanism Rotating grate with 2 HP motor
8.2.2 Performance Guarantees
Performance guarantee figures for Gasifier and Gas Treatment unit are presented below
SynGas Volumetric flow rate >450 NM3/hr
Calorific value of SynGas >1050 Kcal/NM3
Thermal Efficiency >75 % for the Gasifier
Replacement of oil per hour 45 liters
8.2.3 Scope of supply –Gasifier 180T
(i) Skip hoist Complete with structures : For carrying weighed biomass to the Gasifier
feed hopper.
Capacity 100 KG at a time
Speed 10mtrs/min
Skip brake motor 5hp, 1000 rpm,
Material of construction M.S. IS: 2062 (ST42), E-250
(ii) Feed hopper with 2 Nos. pneumatic slide gates (2A &B) For biomass charging to
the Gasifier
MOC M.S. IS: 2062 (ST42), E-250
(iii) Conical hopper Conical hopper is above the reactor for intermediate storage cum
preheating.
23 | P a g e
MOC M.S. IS: 2062 (ST42), E-250
(iv) Reactor All gasification reactions take place in the reactor. Shell insulated with
refractory lining white heat K & insulate 150 mm thick.
MOC M.S. IS: 2062 (ST42), E-250
Nozzles (SS304).
(v) Ash drum Ash drum is for collection of ash from gasification and further disposal.
MOC AISI SS-304
(vi) Grate Grate ensures uniform discharge of ash and char from the reactor. The grate
is rotated with the help of gear box and motor and runs at intermittent time
intervals usually f0r 10 sec every 10minutes. The control is by ON/ OFF.
Grate motor 3 HP
Grate speed 0.5 rpm
MOC AISI SS-310
(vii) Heat Exchanger It pre heats the inlet air from outgoing gas. It on one side increase
the thermal efficiency of Gasifier and on the other side, tar is reduced in raw gas.
For the above purpose, we supply air pre heater, shell & tube type heat exchanger.
MOC Shell: M.S. IS: 2062 (ST42), E-
250
Tube: SS 304
(viii) Hot air cyclone This is for primary dust separation from gas by cyclonic action.
MOC M.S. IS: 2062 (ST42), E-250
(ix) Scrubber two nos. It is a ventury scrubber meant for cooling and cleaning of gas.
The scrubber is fitted with water nozzle for spraying in the gas flow. The gas on
scrubbing is cleaned and cools down to around 40 ºC before entering the secondary
blower.
MOC M.S. IS: 2062 (ST42), E-250
(x) Blower with VFD The blower is for supplying
the required air for gasification.
It is equipped with a VFD for supplying varying
air to maintain the burner pressure in a close
loop control.
500 mmwc, 550 NM3/hr,
2850rpm ,VFD driven, Motor
5 HP
MOC SS-304 for fan only, casing and
body MOC M.S. IS: 2062
(ST42)
(xi) Tar box The tar box is for collecting the remaining tar.
MOC M.S. IS: 2062 (ST42), E-250
(xii) Mist Cyclone It will remove the water vapors from the Gas
MOC M.S. IS: 2062 (ST42), E-250
(xiii) Buffer Tank (capacity 2 Cu.M.) It will store the gas for sudden jerk load
24 | P a g e
MOC M.S. IS: 2062 (ST42), E-250
(xiv) Fine Filter It will demist the gas and separate the fine particulate of dust and Tar to
ensure the clean gas supply to engine
MOC M.S. IS: 2062 (ST42), E-250
(xv) Fabric Filter It will again filter the gas and separate very fine particles of dust and
Tar
MOC M.S. IS: 2062 (ST42), E-250
(xvi) Ash and char handling system The system comprises of the following.
Mud pump 3hp – 1no. for circulating
water in ash drum
Screen for separating out char ash water. 2mm. Screen
(xvii) Air compressor: For pneumatic operation of slide gates and valves.
Motor Rating 2 Hp
(xviii) Natural Draft Cooling Tower For cooling scrubber water of Gasifier. Included
spray pipe assembly and water pump.
Capacity 20 M3/hr
(xix) Automation System It comprises of a PID control, Pressure transmitter and other
instruments to measure and transmit temperature, pressure etc for control and
supervision of the Gasifier system.
(xx) Dual Fuel KitTo run the Gen set on 40% diesel and 60% Producer Gas
(approximately)
Dual fuel kit consists butter fly valves and other associate accessories
*Fuel ratio is always depends on the load conditions of the Genset the maximum
Diesel replacement comes when Gensets run on 80% of its rated load
(xxi) List of instruments for the gasifier plant
A Moisture meter – 1 No. For measuring wood moisture
B Slide gate – 2 Nos. Charging of biomass
C Explosion flap – 1 No. Safety for high pressure
D CO detector For operators
E TT - 2 Nos. For remote signaling of temperature
F PT – 1 No. For remote signaling of pressure
G PI – 2 Nos. Local gauge mechanical type
H Valves – 9 Nos. For various operations
I Burners – 4 Nos. For running Furnaces, together with necessary controls.
25 | P a g e
9 Process description of Gasifier in brief
The biomass is loaded to the skip bucket manually and is charged in the Gasifier every one
hour or as and when the biomass level goes low.
Controlled amount of air, as required for the gasification process, is sucked through the air
nozzles by a VFD driven blower. The Gasifier is fired through air nozzles that are provided in
the upper shell coil with the help of ignition torch.
Initially the produced gas is passed through flare outlet near the tar box where it is ignited at
test flare to check whether the gas quality is right for supplying to the burner or not. When the
gas is found ready, the gate valve near the tar box is opened and flare valve is closed.
After the Gasifier gas out let the gas passes through a hot air cyclone and then to ventury
scrubber where the gas is scrubbed and in the process also cooled to around 60 deg C. It consists
of a spray nozzle mechanism which washes the producer gas with a wide sprayed water jet.
Water is recycled from ventury pit to spray nozzle continuously.
After the ventury scrubber, the gas passes through blower and then to a tar box. A pressure
transmitter is mounted near the tar boxes, which will automatic control the gas pressure as per
burner requirement. The gas then enters to burner.
For ash removal, the grate is rotated automatically by a grate rotating motor through timer in
specific time intervals as per load and bed level variation. In wet ash discharge system the ash
is continuously discharged with the help of a mud pump and then goes to the circulating pond
passing through a mesh for screening out ash and char from water. Ash and char will collect
manually for further disposal.
A fountain type cooling tower is provided for cooling of scrubber water.
The gas flow and other controls are programmed in control panel with a range of instruments
measuring level, temperature, pressures of air and gas at different points of the Gasifier.
26 | P a g e
Picture-9: Flow diagram of the gasifier system
27 | P a g e
Annexure-1
List of participants in the workshop
Sl.
No. Name Designation / Organisation
1 Mr. S. P. Chandak Sr. Programme Officer, UNEP-DTIE-IETC-Osaka-Japan
2 Dr. Thushita Sugathapala Director General, Srilanka Sustainable Energy Authority
3 Mr. Hajime Miyata. Manager, BGCT, Japan
4 Mr. Kiyama CEO , BGCT, Japan
5 Prof. K. R. Chari Professor, Operations Management, BIMTECH
6 Prof. V. P. Sarma Professsor, Sustainable Development Practices,
BIMTECH
7 Mr. Siva Kumar Partner, Best Engineering Works, Hyderabad / Coimbatore
8 Mr. S. K. Bose CEO, Community Business Division GE Power, Calcutta
9 Mr. Ashok Poddar Managing Director, Ganesh Engineering Works, Buxar,
Bihar
10 Mr. Shah Radhe Industrial Corp., Rajkot, Gujrat
11 Mr. Arshad Rana Chanderpur Works Pvt. Ltd., Jorian, Delhi Road, Yamuna
Nagar, Haryana
12 Mr. Sunil Singh Chanderpur Works Pvt. Ltd., Jorian, Delhi Road, Yamuna
Nagar, Haryana
13 Dr. K. D. Gupta Institute of Applied Systems & Rural Development
14 Ms. Neha Raithatha Sr. Marketing Manager (International), Jay Khodiyar
Engineering Works, Rajkot
15 Ms. Neha Ranjan Sustainable Development Practices
16 Ms. Sakshi Kukreja Operations Management
17 Ms. Sunayna Sehgal Operations Management
18 Mr. Amit Arora Professional, Sustainable Development Practices
19 Mr. Mohit Anand Professional, Sustainable Development Practices
20 Mr. Somesh Phartiyal Professional, Sustainable Development Practices
21 Mr. Githin Thomas Professional, Sustainable Development Practices
22 Mr. Praveen kumar Shukla Professional, Sustainable Development Practices
23 Mr. Ashish Reengasia Professional, Sustainable Development Practices
28 | P a g e
24 Mr. D.G Shreeraam Professional, Sustainable Development Practices
25 Ms. Shweta Mishra Professional, Sustainable Development Practices
26 Ms. Mansi Pancholi Professional, Sustainable Development Practices
27 Ms. Loveleen Kaur Professional, Sustainable Development Practices
28 Mr. Taming Welly Professional, Sustainable Development Practices
29 Ms. Akrita Bharos Professional, Sustainable Development Practices
30 Mr. Steve Thomas Professional, Sustainable Development Practices
31 Ms. Pavani Challagundla Professional, Sustainable Development Practices
29 | P a g e
Annexure - 2
Suppliers of Biomass Gasifier
Chanderpur Works (P) Ltd. Jorian, P.O. Yamuna Nagar-135001
Details of expense
Cost
(Exclusive of
Tax)
Gross total
(Inclusive of Tax)
Main Gasifier Model No. CPW 180 T 1800000 2107424
Part of Biomass Gasifier Model No. 00183 535000 626373
Part of Biomass Gasifier Model No.16 15000 17562
Part of Biomass Gasifier Model No. 00184 8000 8989
Sub Total of plant cost 2358000 2760348
Hiring JCB & Tractertor Excavation work for
Foundtion 10000 10000
Welding work of Bio-Gas Plant 400 400
Concreate Breaking for Installation of Boi-Gas Plant 13000 13000
Ahuja Enterprises T/W Iron Plate, Channel & Angle
for Installation of Bio-Gas Plant's Shed 211098 222543
Iron Plate, Channel & Angle for Installation of Bio
Gas Plant's Shed 78083 82288
MS Pipes, S/Bend, MS Flange, Tee joint, Nut Bolt for
Bio-Gas Plant 108535 117233
90 deg. MS Angles 21886 23280
MS Channel for Bio-Gas Plant 93360 98514
G C Sheet for Fabrication of Bio Gas Plant Shed 291218 305779
Installation Items 4564 4904
Nuts & Washers 330 330
Black Paint for Bio Gas Plant 1950 2153
Welding Rods 2160 2374
12 mm MS plate for Bio Gas Plant 27585 29265
Pipe sections 9563 10316
Misc. Hardware 2081 2336
Fabrication & crane Services for Shed construction 200497 225279
Fabrication & crane Services for Shed construction 23209 26078
Sub Total of Transportation, Erection and
Commissioning (Including misc. Hardware and
fabrication material 1099519 1176072
Grand Total 3457519 3936420
30 | P a g e
Annexure-3
Quotation for Briquetting Machine Model Super-70
Radhe Industrial Corporation
Gondal Road, Behind Perfect Auto Pre Owned Car Centre,
150 ft. Ring Road, Opp. Sardar Weigh Bridge, Vavdi Survey No. 43,
Plot No. 122-123, Vavdi, Rajkot (Gujarat, India)
Mobile : 99798 52250/98252 22072
Tele Fax: +91 281 2373700/2373750
Website: www.radheindcorp.com
Email [email protected]/[email protected]
Contact Person: Mr. Bhupendra Shah: Contact No: +91 9979852250
Email: in[Q@radheiJ)dcoro.com
Technical Specification
Briquettes Diameter 70mm.
Briquette Length 150 mm - 400 mm.
Raw Material Size Upto 08 To 10 mm (Direct use without Grinding)
Moisture Content of Raw Material 08% to 12%.
Production Capacity 500 to 800 Kg/Hr (Depend on the Raw Material)
Other Information
Man Power
Trained & Skilled Operator 1 / Shift
Unskilled Labor (Without Loader) 4/ Shift
Unskilled L~bor (With Loader) 1/ Shift + I Driver
Manager cum Account Person 1 / Shift
Electricity / Power
Required Power Connection 49 Hp. 35.33 KW 440V
Practical Power Load Used 40 to 42 Amp. (Approx)
Power Consumption 20 to 22 Units/Hrs. (Approx)
Total Weight of complete plant 4400 to 4500 Kgs. (Approx)
Can be carried in one truck.
Land Specification
Total Land Requirement 2500 to 3000 Sq. Mt. (Approx)
Machine Room Requirement 30 ft x 25 ft (For one machine)
30 ft x 40 ft (For two machines)
Raw Material Moisture %
* If Moisture content more than 12% in the raw material then appropriate dryer should be
used.
Production Capacity:
* Groundnut Shell 800 Kg/Hr (Approx)
* Saw Dust 800 Kg/Hr (Approx)
* Sugarcane Baggasse 500 Kg/Hr (Approx)
* Rice Husk 600 Kg/Hr (Approx)
*Depending upon the bulk density & moisture content of the raw material, some of
materials production capacities are as under.
“RICO" Scope of Supply.
31 | P a g e
Main Unit:
Briquetting press.
Electric main motor 40 H.P. 1440 rpm. with pulley and foundation channel.
Complete oil lubrication system with 2 H.P. Ele. Motor with Hydraulic oil pump,
filters and pressure gauge.
Special designed cylindrical cuppy with 5 hp. 1440 RPM. Electric motor and 3 NU
Elecon gear with adjusting slide and Worm.
Die holder and ring clamp.
Die holder adjusting jack clamp with 30 ton Jack.
Electrical panel board for Operating & Control.
Cable & wires (Motor to panel board)
Nylon belt for main motor (flat endless)
Heat Exchanger (for oil cooling).
Auxiliary spares like Ram, Taper die, Split die, Collette ring, Oil Seal, Ram holder.
Feeder Box & Flanch.
Stand for chain pulley block.
Ele. Motors ABB Company
Ele. Panel Board L & T Company
Required spares with Machine
* Ram 2 Nos.
* Tapper die 2 Nos.
* Splittlie 1 Nos.
* Collet 4 Nos.
* Feeder box 1 Nos.
* Cuppy Waram 1 Nos.
* Ram holder 1 Nos.
* Oil Seals (For Crank, Piston, Feeder Box, and Ram) 2 Sets.
* Spanners and Tools Kit I Set.
* Bolts - uts etc .......
Material Handling Unit:
Material handling screw conveyor 20 feet long.
Reduction gear with 2 H.P. Ele. Motor.
Variable pully with V belts and adjusting slides.
Cooling track 27 feet long with stand.
Raw Material Specification & Finished Product Data
Description of Raw Material
* Size of Raw Material : Upto 08 to 10 mm
* If Raw material size is bigger than 10mm, it would require a Cutter or Chopper.
* Moisture Content : 08% to 12%
* If moisture content higher than 12 %, it would require Dryer
Raw materials that can be used:
32 | P a g e
Groundnut Shell, Bamboo Dust, Saw Dust, Sugarcane Baggasse, Sugarcane Trash, Cotton
Stalk, Rice Husk, Rice Straw, Coir Pitch, Mustard Husk, Castor Seed, Coffee Husk, Wood
Chips, Sunflower Husk, Jute waste,
Who can use this equipment
Brick Kilns , Ceramic Units , Paper Mills, Spinning Mills, Solvent Extraction Plants,
Chemical Plants, Food Processing Units, Dryer & Ovens for Generation of Hot air, Bakery
Industry, Leather Industry, Rubber Industry, Laminates Industries, Dying House, Vegetable
Plant, Textile Mills
Amount in Words: Nine Lakhs Only.
Commercial Terms & Conditions
Payment Terms
* 40% of the order value in advance al
* 60% Balance, before 10 days of deli
* Price quoted are ex-our factory, Rad
Taxes and duties will be on case basis. To be intimated at the time of ordering
Price: INR Rs. 9,00,000
Transportation
* Our rate is Ex. Factory Rajkot (Gujarat).
* Transportation, Unloading, Crane Charge, and Insurance will be paid by customer.
Delivery Schedule
* SO/55 Days after confirming order along with the advance payment.
Order Validation
* This offer is valid for 30 days.
* After confirming order customer have to take delivery within 90 days otherwise excess rate
will charged
extra at the time of delivery.
* All arbitrations subject to Rajkot Jurisdiction only.
* Order once placed cannot be cancelled and advance amount will not be returned.
Packing & Forwarding:
* If any packihg required at the time delivery, it will be charge extra at actual.
Warrantee / Guarantee:
* We are agree for one year Warrantee in Genuine parts like Crank Shaft, Load Wheel.
* We are also agree for Six month Guarantee in Brass against manufacturing defect.
* There is no Warrantee or Guarantee in any electric parts in the panel board.
* For the Guarantee of Electric motor & Elicon Gears customer has to approach direct to the
manufacturing company.
33 | P a g e
Delivery:
* The delivery period quoted is in good faith.
* Buyer has to complete the balance payment before 10 days of the delivery date so that we
can make delivery schedule as per our commitment.
* Buyer has to provide us CST & VAT no. before delivery to avoid inconvenience in the
delivery
schedule & in the accounting work. It is mandatory.
* Ifany road permissions are required for the transportation to the destination place then
buyer have to arrange before delivery.
Inspection:
* If any inspection required prior to dispatch then buyer has to intimate 4 to 5 days before
delivery date.
Erection & Commissioning:
* Civil work like Machine foundation, Water circulation pipes and Over head water tank will
be provide by customer.
* Electric connection would be ready before machine reach to your place.
* All necessary civil work would be ready at the time of erection of unit.
* Buyer have to provide Gas cutting, Chain pulley, welding set, oil while in erection work.
* Our technical person will provide training to your operator for Production setting,
Maintenance and operating also give you trial production of 20 to 25 tons.
* We will provide operating training to your local person at our Pilot project at free of cost
with boarding facility. Training will be minimum 10 to 15 days. Radhe Industrial Corporation
34 | P a g e
Annexure-4
JK
Briguetting machine Model Jumbo - 90
Technical Specification & Other Data
Technical Specification:
Briquettes Diameter 90 mm.
Briquette Length 150 mm - 500 mm.
Raw Material Size Upto 25 mm,
Moisture Content of Raw Material 08% to 12%.
Production Capacity 1200 - 1500 Kg'/Hr (Depend on the Raw
Material).
Man Power:
Trained & Skilled Operator 1 / Shift
Unskilled Labor (Without Loader) 6/ Shift
Unskilled Labor (With Loader) 2/ Shift + I Driver
Manager cum Account Person 1/ Shift
Electricity/Power:
Required Power Connection 91 Hp. 65.62 KW 440V
Practical Power Load Used 65 to 70 Amp. (Approx)
Power Consumption 38 to 42 units/Hrs.
Total Weight of complete plant: 8700 to 8900 (Approx)
* Can be carried in one truck
Land Specification: 3500 to 4500 Sq. Mt. (Approx)
Total Land Requirement 30 ft x 25 ft (For one machine)
Machine Room Requirement 30 ft x 40 ft (For two machines
Raw Material Moisture %:
* If Moisture content more than 10% in the raw material then Dryer should be required.
Production Capacity:
Depending upon the bulk density & moisture content of the raw material, some of materials
Production capacities.
* Groundnut Shell 1800 Kg/Hr (Approx)
* Saw Dust 1600 Kg/Hr (Approx)
* Sugarcane Baggasse 1100 Kg/Hr (Approx)
* Cotton Stock (Grinded) 1300 Kg/Hr (Approx)
* Rice Husk 1200 Kg/Hr (Approx)
"RICO" Scope of Supply.
Part A: Main Unit:
Briquetting press.
1. Electric main motor 75 H.P. 1440 rprn. with pulley and foundation channel.
2. Complete oil lubrication system with 3 H.P. Ele. Motor with Hydraulic oil pump,
filters and pressure
35 | P a g e
3. gauge.
4. Special designed cylindrical cuppy with 10 hp. 1440 RPM. Ele. motor and 5 NU
Elecon gear
5. with adjusting slide and Waram.
6. Die holder and ring clamp.
7. Die holder adjusting jack clamp with 50 ton Jack.
8. Electrical panel board for Operating & Control.
9. Cable & wires (Motor to panel board)
10. Nylon belt for main motor (flat endless)
11. Heat Exchanger (for oil cooling).
12. Auxiliary spares like Ram, Taper die, Split die, Collet ring, Oil Seal, Ram holder.
13. Feeder Box & Flanch.
14. Stand for chain pulley block.
15. Electrical Motors ABB Company
16. Electrical Panel Board L & T Company
Required spares with Machine:
1. Ram 2 Nos.
2. Tapper die 2 Nos.
3. Split die I Nos.
4. Collet 4 Nos.
5. Feeder box I Nos.
6. Cuppy Waram I Nos.
7. Ram holder I Nos.
8. Oil Seals (For Crank, Piston, Feeder Box, and
Ram)
2 Sets.
9. Spanners and Tools Kit I Set.
Bolts - Nuts etc (As required for assembly and commissioning
PART -B Material Handling Unit:
* Material handling screw conveyor 20 feet long.
* Reduction gear with 3 H.P. Ele. Motor.
* Variable speed pully with V belts and adjusting slides.
* Cooling track 27 feet long with stand.
Raw Material Specification & Finished Product Data
Description of Raw Material:
Size of Raw Material Upto 25mm
Moisture Content 08% to 12%
If Raw material size is bigger than 25mm, it would require to Cutter or chopper.
If moisture content higher than 12%, it would require Dryer
Type of Raw materials that can be used:
GroundnutShell, Bamboo Dust, Saw Dust Sugarcane Bagasse, Sugarcane Trash, Cotton
Stalk, Rice Husk, Rice Straw, Coir Pith, Mustard Husk, Castor Seed, Coffee Husk, Wood
Chips, Sunflower Husk, Jute waste.
36 | P a g e
Commercial Offer - "QUOTATION"
Sr. Particulars Rate Qty Amount (Rs.)
1 Briquetting Press JUMBO-90 As per
Annexure - 2 (Part A)
15,00,000.00 1 15,00,000.00
2 Material Handling Unit As per
Annexure - 2 (Part - B)
I ncl uded 1 Included
Total Price 15,00,000.00
Amount in Words: Fifteen Lacks Only
Commercial Terms & Conditions
Payment Terms:
* 40% of the order value in advance along with the confirm order.
* 60% Balance, before 10 days of delivery.
* Price quoted are ex-our factory, Radhe Industrial Corporation - Rajkot.
Taxes:
* Gujarat State sales tax 5% will be charged extra on actual at the time of delivery.
* Out of Gujarat C.s.T 2% will be charged extra with"C" form. (Without "C" form C.s.T. will
be 5% extra)
* In other state, if company is unregistered then C.s.T. 5% will be charged extra at actual.
-t Excise Duty:
* Excise duty 2.06% will be charged extra, if any changes by government in future, it would
be charged
extra at actual at the time of delivery.
Transportation:
* Our rate is Ex. Factory Rajkot (Gujarat).
* Transportation, Unloading, Crane Charge, and Insurance will be paid by customer.
-t Delivery Schedule:
* 50/55 Days after confirming order along with the advance payment.
Order Validation:
* This offer is valid for 30 days.
General Terms & Conditions
Packing & Forwarding:
* If any packing required at the time delivery, it will be charge extra at actual.
~ Warrantee / Guarantee:
* We are agree for one year Warrantee in Genuine parts like Crank Shaft, Load Wheel.
* We are also agree for Six month Guarantee in Brass against manufacturing defect.
* There is no Warrantee or Guarantee in any electric parts in the panel board.
* For the Guarantee of Electric motor & Elicon Gears customer has to approach direct to the
manufacturing company.
Delivery:
* The delivery period quoted is good faith.
* Buyer has to complete the balance payment before 10 days of the delivery date so that we
can make delivery schedule as per our commitment.
37 | P a g e
* Buyer has to provide us CST & VAT no. before delivery to avoid inconvenience in the
delivery
schedule & in the accounting work. It is mandatory.
* If any road permitted required for the transportation to the destination place then buyer
have to
arrange before delivery.
Inspection:
* If any inspection required prier to dispatch then buyer has to intimate 4 to 5 days before
delivery date.
Erection & Commissioning:
* Civil work like Machine foundation, Water circulation pipes and Over head water tank will
be
provide by customer.
* Electric connection would be ready before machine reach to your place.
* All necessary civil work would be ready at the time of erection of unit.
* Buyer have to provide Gas cutting, Chain pulley, welding set, oil while in erection work.
* Our technical person will provide training to you operator for Production setting,
Maintenance and operating also give you trial production of 40 to 50 tons.
* We will provide operating training to your local person at our Pilot project at free of cost
with
boarding facility. Training will be minimum 20 to 30 days.
NB: All arbitrations subject to Rajkot Jurisdiction only.
38 | P a g e
Annexure-5
UNIVERSAL ELECTRO-HYDRAULIC MACHINES PRIVATE LIMITED
376, Varadaraj Layout No.i, P.N.Payam Raod K.R. Puram Ganapathy, Coimbatore- Tamilnadu
- India
QUOTATION
Particulars Amount
Rs.
Fully Automatic Hydraulic Fuel briquetting machine 16,00,000.00
with Electricals for the following specifications.
Technical Specifications:
Raw material to be compacted : Pulvarised wood & Agricultural waste.
Compacted Block size : Dia 75 x100mm length
Compacted Block Details : 441 CC- volume / Block
Approximate W-t. 375 Grms
(Assuming density in 0.85 Grms/CC)
Production / Hr : 700 Pcs / Hr (+/-50 Pcs)
(260 Kgs / Hr (Approximately)
Power required : 20 Hp
Oil Requirement : 500 Lts (Approximately).
(Rupees sixteen lakhs only- Ex-factory-Coimbatore)
------------------------------------------------------------------------------------------------------------
Terms & Condition:
Validity : 40 days
Taxes : as actuals
Payment : 50% advance along with order & balance against successful trials at our
Floor
Delivery : 8-12 weeks on receipt of technically & commercially cleared order.
Guarantee : 12 months from the date of machinery supplied only for manufacturing
Defects not for bought out items.
Note : Hydraulic oil, Transit, Insurance, Unloading to be borne by your good selves
: Erection & Commissioning to be borne by your good selves.
For UNIVERSAL ELECTRO HYDRAYLIC MACHINES (P) LTD
Authorised Signatory
39 | P a g e
Annexure-6
LIST OF THE UNITS REGISTERED WITH MOEF/CPCB AS
RECYCLERS/REPROCESSORS HAVING ENVIRONMENTALLY SOUND MANAGEMENT FACILITIES LEAD WASTE RE-
PROCESSORS
Total No. of units granted is "353"
Web Page updated on: 23rd SEPTEMBER, 2010
Sl.
No. Name of the unit
Installed
capacity
1 M/s Anantha Lead Private Limited, 148-150, IE Medchal, RR District, Andhra Pradesh - 501 401 1000
2 M/s Aman Industries, Plot No. 47, Phase I & II Indira Autonagar, Guntur, Andhra Pradesh - 522 001 700
3
M/s Nile Limited, Survey No. 556, Panthagani (Village), Choutuppal (Mandal), Nalgonda Distt. Andhra Pradesh -
508 252 9600
4 M/s Powertrek Industries, No. 16, Phase-III, Autonagar, Guntur-522 001, Andhra Pradesh 2000
5
M/s HBL Nife Power System Ltd., Sr. No. 64-67 & 77-81, Nandigaon (V) Kothur (M), Mahaboob Nagar, Distt. -
509 223, Andhra Pradesh 12000
6
M/s HBL Power Systems Ltd., Survey Nos.123-126, 138(P)-1444(P), Kandivalasa Village , Pusapati Rega Mandal,
Vizianagram district, A.P.-535 204 11000
7
M/s Shree Ram Battery Industries, Survey No.339 A, Boothpur , Boothpur Mandal , Mahabub Nagar Distt. , Andhra
Pradesh – 509 382 3600
8
M/s Akash Metal Industries,8-13-129/5/2, Bintrif Colony, Beside Baba Weigh Bridge Shastripuram, NH-7 ,
Hyderabad 3400
9
M/s Nile Limited, Plot No.38 & 40, (Sy.No.1206,1209 & 1248/2), A.P.I.I.C Industrial Park, Gagulamandyam
(Village) , Renigunta (Mandal), Chittor(District), Andhra Pradesh 10000
10 M/s Powertrek Industries(Unit-II), Block No.19, Phase-IV, Auto Nagar, Guntur-522 001, Andhra Pradesh 5000
11
M/s Supreme Batteries (P) Ltd., Sy.No.76/A & 76/B, Raikal Village, Shadnagar Mandal, Dist. Mahaboob Nagar,
Andhra Pradesh 5000
12
M/s Gochem Metals & Alloys, 384/13/1, Bonthugutta, Chintapally(Vill.), Miryalguda (Mdl.), Nalgonda Distt.,
Andhra Pradesh 2400
13 M/s Fathima Battery Industry, Plot No.220, Phase 1 & II, Auto Nagar, Guntur – 522 001, Andhra Pradesh 240
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14 M/s Royal Industries, 15th Mile, Village-Burni, P.O.Jorabat, Distt.Kamrup-793 101, Assam 900
15 M/s Metal Inc. , Plot No.25, SICOP Industrial Area, Kathua (J&K), Jammu 3460
16 M/s Bharat Udyog, SICOP Industrial Area, Kathua ( J&K), Jammu 4500
17 M/s Jammu Pigments Pvt. Ltd, Logate More, Village Logate, Tehsil & Dist. Kathua, (J &K) 5000
18 M/s D. M. Alloys Industries, SIDCO Industrial Complex, Phase-I I. G. C. Samba (J &K) 5000
19 M/s Akal Metal Works, Plot No.24-A, Phase-III, 9/A, Industrial Estate, Gangyal, J & K 5000
20 M/s Met Trade India Ltd., 152, SICOP Industrial Area, Kathua(J&K) 44700
21 M/s Radha Industries, I I D Center, Battal Ballian, Udhampur(J&K) 1800
22 M/s Shankit Metal Works, SIDCO Industrial Complex, IGC, Samba, Jammu(J&K) 500
23 M/s Bhawani Industries, No. 362 7th Main 10th Cross Peenya Industrial Area, Bangalore, Karnataka. 100
24
M/s Sri Saraswathi Industries, Shed # B-40 Veerasandara Indl. Estate, Hosur Road, Anekal Taluk , Bangalore -
Karnataka 3200
25
M/s Sandeep Lead Alloys (India) Pvt. Ltd., Plot No.19, KIADB Industrial Area, 1st Phase, Malur-563 130 , Kolar
Distt. Karnataka 18000
26
M/s Veeranarayana Metal Alloys, Pvt.Ltd., Survey No.81/2, Bhadrapura Lakkenahalli Village & Post Kunigal
Road, Solur Hobli, Magadi Taluk, Ramanagara District–561101, Karnataka 18000
27 M/s Perfect Alloys, IDP No. 16, Mundancavu Chenganpur, Kerala-689 121 1650
28 M/s Peejaye Enterprises, Kuttoor P.O Thiruvalla, Kerala-689106 1800
29 M/s A.S.I Refinery, 11-527, Mambra Pirayiri Village, Kodunthirappully P.O. Palakkad-4, Kerala State 250
30 M/s Manoj Industries, Plot No. 15 16-D Sector-6, Sanwer Road, Industrial Estate, Indore , Madhya Pradesh 720
31 M/s M.S. Metals, Plot No. 300 Sector - F Industrial Estate, Sanwer Road, Indore, Madhya Pradesh 3600
32
M/s Ganpati Metals, Survery No. 308 Vyas Khedi Road, (Opp. to Ashram) Mangliya, Near A. B. Road, Indore,
Madhya Pradesh 5400
33 M/s EM-ES Battery & Allied Products (P) Ltd., A-42 Indl. Area Mandideep, Dist. Raisen, Madhya Pradesh 600
34 M/s A.K. Industries, A.B. Road Purani Chawani, Gwalior, Madhya Pradesh 600
35 M/s A.M. Industries, 96-B Sector F sanwer Road, Indore – 452 015, Madhya Pradesh 2000
36 M/s Piyush Metal Industries, Plot No. 30(Part) Baraghatta Industrial Area, Jhansi Road , Madhya Pradesh 900
37 M/s Priti Industries, 95/A 96/C Sector – F Sanwer Road, Industrial Area Indore – 452 015, Madhya Pradesh 3600
41 | P a g e
38 M/s Hemal Industries, 299 Sector – F Sanwer Road Industrial, Area Indore – 452 015, Madhya Pradesh 3000
39 M/s Metachem Industries, 16/17 Industrial Growth Centre, Maneri Distt. Mandla, Madhya Pradesh 1200
40 M/s Shanti Industries, Plot No.5, 2nd Phase, Baraghatta Industrial Area, Jhansi Road, Gwalior , Madhya Pradesh 600
41
M/s Vijay Metal Industries, Plot No.5 Near Power House, Baraghata Industrial Estate, Jhansi Road, Gwalior,
Madhya Pradesh 860
42
M/s Electro Batteries, Plot No.E-16B/E, 17-A, Sector-C, Industrial Area, Sanwer Road, Indore-452 003, Madhya
Pradesh 1200
43 Shri Maa Narmada Metal, Plot No.127, Industrial Area, Rachhai, Jabalpur, Madhya Pradesh 1600
44 M/s Kanti Metal Industries, Plot No.2, Industrial Area, Katni, Madhya Pradesh 600
45 M/s Shivam Industries, Village – Morgongri,Tehsil-Pandhurna, District-Chhindwara-480 334 , Madhya Pradesh 900
46 M/s Pradeep Metal Industry, Industrial Area, Main Road, Richhai, Jabalpur, Distt. – Jabalpur, Madhya Pradesh 335
47 M/s Shivalik Vyapar Pvt.Ltd., Khasra No.69/1/1, 69/1/2, Gram Panchderia, Sanwer Road, Indore, Madhya Pradesh 5000
48 M/s Mahamaya Batteries, E-32, Sector-C, Sanwer Road, Industrial Estate, Indore, Madhya Pradesh-452 015 3600
49 M/s Neha Industries, Plot No.327-328, Sector–F, Sanwer Road, Industrial Area, Indore , Madhya Pradesh 6000
50 M/s Noble Industries, 296 B, Sector – F, Industrial Estate, Sanwer Road, Indore, Madhya Pradesh 3000
51 M/s A.P. Metal Industries, 42, Industrial State, Richai Distt.Jabalpur, Madhya Pradesh 1200
52
M/s Aggarwal Metal Industries, Plot No.251/A, Sector-E, Industrial Area, Sanwer Road, Indore-452 015, Madhya
Pradesh 2000
53 M/s Krishna Iron & Metal Industries, Plot No.19, Baraghata Industrial Area, Jhansi Road, Gwalior, Madhya Pradesh 1000
54 M/s Krishna Metal Agency, Plot No.158B, Industrial Area, Sector-F, Sanwer Road, Indore , Madhya Pradesh 1800
55 M/s Gwalior Metal Industries, Shankarpur, Transport Nagar, Gwalior, Madhya Pradesh 1800
56 M/s Paliwal Metals, 235-B/236, Sector-F, Sanwer Road, Industrial Area, Indore, Madhya Pradesh 4200
57 M/s Aman Enterprises, Plot No.A-10, Sector-E, Industrial Area, Sanwer Road, Indore, Madhya Pradesh 7200
58 M/s Varun Enterprises, 290-B, Sector-E, Sanwer Road, Industrial Area, Indore, Madhya Pradesh 10800
59 M/s Prateek Industries, 249, Sector-‘F’ Industrial Area, Sanwer Road, Indore, Madhya Pradesh 1000
60 M/s Sameer Industries, 130-131, Sector-E, Sanwar Road Industrial Area, Indore, Madhya Pradesh 4200
61
M/s National Steel and Agro Industries Ltd., (Metal Div.) Khasara No.2/1, Village – Sejwaya, Ghatabillod ,
Distt.Dhar, Madhya Pradesh 11000
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62 M/s M.M.Metal Industries, Plot No.7-B, Sector-B Industrial Area, Mandideep, Dist.Raisen , Madhya Pradesh 3000
63 M/s Indore Metal Corporation, Plot No.70, Industrial Area, Ricchail, Jabalpur, Madhya Pradesh 3000
64 M/s Shiv Shakti Iron & Metal, Industries Plot No.2 Part, Baraghata Indl.Area, Gwalior, Madhya Pradesh 360
65 M/s Pooja Pigments, Khasra No.100, Behind Kalmna Kamptee Octroi, Kalmna, Nagpur, Maharashtra 2100
66
M/s Hans Enterprises, 1 Meera Golani Complex , Opp. Vasai Vajreshwari Road, Vasai (East), Dist. Thane ,
Maharashtra - 401 208 1800
67
M/s N.V. Metals and Alloys, Plot No. 310, Near Shri Hari Fabric, Village, Umroli, Taluka Palghar (Palghar Baiser
Road) , Dist. Thane - 401 404, Maharashtra 600
68
M/s Saurabh Metal Refinery, Gut No. 143 Plot No. B/4, At. Sapronda, P.O. Kudus, Tal. Wada, Dist.Thane ,
Maharashtra 1440
69 M/s Swastik Industries, Plot No. 27 S.N. 161/1, Sahkari Audyogik Vasahat Marydint , Bhusaval , Maharashtra 1160
70
M/s MRJS Lead Pvt. Ltd., GAT No. 72 Village Dhanore, Behind PCS Industries Ltd. Alanddi-Markal Road , Tal.
Khed, Distt. Pune-412 105 , Maharashtra 1500
71 M/s Nayan Metal Pvt. Ltd., D-6 MIDC, Late Parshuram, Tal. Khed, Dist. Ratnagiri-415 722 , Maharashtra 960
72 M/s Sharshi Metals, S.N. 28/1, Part Village Sharshi, Taluka – Wada, Dist. Thane, Maharashtra 1200
73
M/s Simplex India, 4 Sativali Nagar, Khakhami Indlustrial Complex, Ahmedabad Bombay Highway Vasai, Dist.
Thane, Maharashtra 600
74 M/s Kadri Metal Refinery, Plot No. E-94, MIDC Awdhan & Lalling, Dhule-424 311, Maharashtra 600
75
M/s Nikhil Metals Works, At. Village Umroli, Taluka Palghar, Boisar Road, Plot No. 313, Near Shri Hari Fabrics
, Distt. Thane, Maharashtra 720
76
M/s Krishna Metal Refinery, Plot No. 143/1-2, Sapronde Village, P.O. Uchat, Taluka – Wada , Distt. Thane – 421
030, Maharashtra 3000
77
M/s D.K. Metal Works, Gut No. 100, At: Kondla Road, Village-Kudus P.O. Kudus Taluka-Wada , Dist. Thane
421312 , Maharashtra 4250
78 M/sBharat Industries, Plot No. L-135, MIDC Area, Dist. Ahmad Nagar, Maharashtra 1200
79 M/s Satwai Industries, E-38 MIDC Hingna Nagpur, Maharashtra 360
80
M/s Sterling Lead Pvt. Ltd., Plot No. A-210 Kagal – Halkanangate, Five Star Indl. Estate, Halasavade , Tal. Karveer,
Dist. Kolhapur , Maharashtra 7200
81
M/s Kothari Metallurgical Export Pvt. Ltd., 56 At. Post – Chaindvali, Wada – Shahpur Road, Taluka-Wada , Dist.
Thane – 421 303 , Maharashtra 7200
43 | P a g e
82
M/s New Metal Refinery, Arvind Brothers, Compound Ganpati Pada Old, Thane - Belapur Road, Dighe, Navi
Mumbai – 400 065, Maharashtra 3000
83
M/s Jarsons Metal, 18 Ganesh Industrial Estate, National Highway No. 8, Walive Tungar Fhata, Post Sativali Vasai
(East), Dist. Thane – 401 208, Maharashtra 6000
84 M/s Rohini Metal Alloys, B-56 Kagal Hatkangale Industrial Area, Kolhapur, Maharashtra 6000
85 M/s Singh Metal Works, Khasra No.64, Old Khasala, Tal.Kampatee, Distt.Nagpur, Maharashtra 100
86 M/s Shakti Metal Industries, S.No.261, Village-Abidghar, Taluka : Wada Distt.Thane, Maharashtra 5000
87
M/s RHT Steel India)Pvt.Ltd., GAT No.40/12, A.B.Road, Village-Ajande(KH) Taluka-Shirpur , Distt.Dhule-425
405 , Maharashtra 4800
88 M/s Tandon Metal Pvt.Ltd., Gat No.1242, Markal, Taluka-Khed, Distt.Pune, Maharashtra-412 105 24000
89
M/s Shree Metals(Mujbi)Private Ltd., Plot No.312/2, AT.Mujbi, P.O-Bela, Tah./Dist.Bhandara-441 904 ,
Maharashtra 4932
90
M/s Ajay Metal Refinery, Gut No.390/6, S.No.1060, Village-Kondhle,Post-Kondhle, Tal.Wada, Distt.Thane ,
Maharashtra 2800
91
M/s Ranchal Industries, Gut No.49, Village-Gunj (Kudus), Post-Kupari, Taluka –Wada , Distt.Thane-421 312,
Maharashtra 1200
92
M/s R.K.Metal Refinery, Gut No.293 & 294, Village-USAR, Kondla Road, P.O.- Kudus, Tal.Wada, Distt.Thane-
421 312, Maharashtra 4800
93 M/s Nashik Metal Refinery, S.No.429/430, Village – Gonde, Tq.Igatpuri, Distt.Nashik, Maharashtra 900
94 M/s Mahalaxmi Metal Works & Alloys, Plot No.127, Savroli, Tal.Talsari, Distt.Thane, Maharashtra 2200
95 M/s S.S.Enterprises, Gut No.98, Kondla Road , Village-Kudus, Taluka – Wada, Distt.Thane-421 312 , Maharashtra 4800
96 M/s Shree Ram Metals, Plot No.B-4/14, MIDC Butibori, Thasil – Hingna, Distt. – Nagpur, Maharashtra 360
97
M/s Deshmukh Lead Pvt. Ltd., S.No.63/4/1B, Wada – Manor Road, At.Post Varale, Taluka – Wada , Distt. Thane
– 421 303, Maharashtra 8000
98
M/s Shanti Metal Refinery, Near Service Station, Kaman Road, Sativali, Vasai(East), District – Thane, Maharashtra
– 401 202 1500
99 M/s Sethi Pigments Pvt. Ltd., Plot No.39, Wanjra Layout, Kamptee Road, Nagpur , Maharashtra – 400 026 840
100 M/s G.N Metal Refinery, Survey No.125, Ghonsai, Tal. Wada, Distt.Thane, Maharashtra – 421 312 2880
101
M/s Indore Metal Corporation, Survey No.397/p, Dinkar Pada, Kondla Road, KUDUS Taluka – Wada, Distt.Thane
, Maharashtra 3600
44 | P a g e
102
M/s Rishabh Meta Process , Gut No.27/1, Village: Jamni(Dhaba), Station Road , Tah + Distt.Bhandara ,
Maharashtra – 441 904 1800
103
M/s Maharashtra Metal Industries, Plot No.14, Arkosh Industrial Estate, Village:Dheku, Tal:Khalapur , District –
Raigad , Maharashtra 3600
104 M/s S.K.Agency, S.R.No,152/1, Plot No.41, Chatanaya Nagar Basmath, Tq.Basmath, Distt.Hingoli , Maharashtra 800
105 M/s Samrat Udyog, Plot No.147, Village-Sapronda Post : Kudus, Tal:Wada Distt: Thane, Maharashtra 3000
106 M/s Shree Balaji Metals, 110, Maa Umiya Audhyoik Sahkari Vasahat Maryadit, Kapsi(Bu) Tehsil –Kamptee,
Nagpur, Maharashtra – 440 035
4200
107 M/s Harsh Metal Indstries, Plot No.59/3, Mouza Bhowari Tehsil – Kamptee, Distt. – Nanpur, Maharashtra – 440
002
1700
108 M/s A.R. Industries (Unit-II), 45 A, Behind Industrial Estate Bye Pass, Jalandhar, Punjab 500
109 M/s A. R. Industries, 51-A, Behind Industrial Estate, Bye Pass Road, Jalandhar, Punjab 1200
110 M/s Imperial Alloy Industries, Gali No. 5, VPO Randhwan Mansanda Back Side of Focal Point, Gadaipur Jalandhar
City, Punjab
720
111 M/s Namdev Battery Industry, D-20 D-31, (Near Pani Wali Tanki) Focal Point, Moga – 142 001, Punjab 450
112 M/s Shiv Shakti Udyog, Vill. Sheikhu Road, Malout – 152 107, Dist. Muktsar, Punjab 500
113 M/s Guru Metal Works, Plot No. 22, Longwal Colony Near Loutay Dharam Kanta Dhandari Kalan, Ludhiana,
Punjab
1200
114 M/s Sant Metal Industries, Vill. Sheikhu Road, The. Malout, Dist. Muktsar, Punjab 500
115 M/s Shiva Electronics, Vill. Ramdittewala, Road Mansa – 151 505, Punjab 500
116 M/s M. T. Metals, Ibban Kalan, Chabbal Road, Amritsar – 143 006, Punjab 1800
117 M/s Asha Metal industries, Bhaini Jassa Road, Handiaya Tehsil Barnala, Dist. Sangrur, Punjab 750
118 M/s Hero Battery Industries, 358 Focal Point, Amritsar, Punjab 450
119 M/s Vinayak Industrial Corporation, Canal Road, Industrial Area, Jalandhar City, Punjab 600
120 M/s Asian Alloys, 848/9, Industrial Area 'A' Ludhiana, Punjab 600
121 M/s Kapoor Industries, D-98, Focal Point Extn. Jalandhar, Punjab 600
122 M/sJoginder Electrical & Auto Parts, Ramgarh, GT Road, Phillour District, Jalandhar, Punjab 300
123 M/s Nipan Metal Industries, C-3, Industrial Focal Point, Sangrur148 001, Punjab 750
124 M/s Dashmesh Metal, Village-Jammu, PO-Sujanpur Jammu Road, Pathankot, Distt.Gurdaspur, Punjab 720
45 | P a g e
125 M/s Shubham Power Pack Products, V.P.O- Khosa Pando, Distt. Moga, Punjab-142 001 450
126 M/s The Shivom Gram Udyog Samiti(Regd.), E-17,18, Focal Point, Mandi, Govindgarh – 147 301, Punjab 1200
127 M/s Jyoti Industries, Industrial Area – C Dhandari Kalan Ludhiana – 141 003, Punjab 720
128 M/s Paarth Industries, Humbran Industrial Area Mulanpur, Humbran Road, Distt.Ludhiana, Punjab 3000
129 M/s Bishamber Nath & Sons, GT Road, Sirhind Side Mandi Gobindgarh, Distt.Fatehgarh Sahib, Punjab 210
130 M/s Jyoti Metal Works, 36-B, Industrial Area-A(Extn.), Ludhiana-141 003, Punjab 600
131 M/s Kunal Metal Industries(Unit-II), Backside Focal Point Extn. Near Transport Nagar, Bypass Jalandhar City,
Punjab
1200
132 M/s Prime Auto Industries, Adjacent to Industrial Estate, Ajay Nagar Jalandhar City, Punjab 600
133 M/s New Power Industries, D-10, Focal Point, Mandi Gobind Garh-147 301, Distt.Fatehgarh Sahib, Punjab 300
134 M/s R.V.Metal Industries, Village : Kotli Dewan, Distt. Mukatasar (Punjab), 1200
135 M/s GRP Industries, E-60, New Focal Point, Amritsar, Punjab 720
136 M/s Action Batteries, D-79, Focal Point Extension, Jalandhar City, Punjab 5000
137 M/s Raj Dev Industries, 189, Globe Colony, Near Saini Colony Industrial Area, Jalandhar City, Punjab 1800
138 M/s J.J.Enterprises, Udyog Nagar, V.P.O –Randhwa Masanda, Distt. Jalandhar, Punjab 600
139 M/s Puransons Alloys P. Ltd., F-934 RIICO Industrial Area, Phase-II Bhiwadi, Rajasthan 16200
140 M/s Sumetco Alloys Pvt. Ltd., G-740 Phase-II Industrial Area Bhiwadi, Rajasthan 7200
141 M/s Rohan Metals Pvt. Ltd., G-733 Phase-II RIICO Industrial Area, Bhiwadi, Rajasthan 3600
142 M/s Siyarco Industries, F-540-B Marudhar Indl. Area, 2nd Phase Basni Jodhpur-342 005, Rajasthan 1200
143 M/s Arya Alloys (P) Ltd., B-824 Industrial Area, Bhiwadi-301 019 Distt. Alwar, Rajasthan 7200
144 M/s Asawa Industries, F-34 RIICO Industrial Area, Gegal Dist. Ajmer, Rajasthan 1800
145 M/s Kaysons Pigments Private Limited, G-24 Industrial Area Odella Road, RIICO Dholpur-328001, Rajasthan 5000
146 M/s Ashish Pigments & Alloys Pvt. Ltd., G-691 Phase-II RIICO Indl. Area, Bhiwadi Dist. Alwar, Rajasthan 4500
147 M/s Shruti Dye Chem, 977 Sancheti Bhavan Near Geeta Bhawan 3rd Road Sardarpura Jodhpur 342 003, Rajasthan 4400
148 M/s B.M.A. Zinc Pvt. Ltd., F-449 Industrial Area Bhiwadi Alwar, Rajasthan 700
149 M/s Ajmer Lead Refinery, Near Radio Station Opp. Bhupendar Farm Gagwana Dist. Ajmer Rajasthan 2160
150 M/s Rahul Metal Industries, J-512 to J-514 RIICO Indl. Area MIA Alwar Rajasthan 6000
151 M/s Shree Balaji Metal Works, Parbatpura Kishangarh Bypass Road, Sedaria Road, Dist. Ajmer, Rajasthan 900
46 | P a g e
152 M/s Shree Radhey Industries, H-1-48 B 49-A Indl. Area Gegal, Ajmer – 305 001, Rajasthan 1500
153 M/s Vipul Metal P. Ltd., G-1/625 Industrial Area Chopanki Bhiwadi – 301 019 Alwar Rajasthan 5000
154 M/s Gagan Udyog, G-1-120B Udyog Vihar RIICO Shri Ganga Nagar, Rajasthan 40
155 M/s Shree Ganesh Udyog, 16-Mini Maya Puri Near Bus Stand SriGanganagar–335 001, Rajasthan 960
156 M/s Sultania Engineering Services, G-91, Kuber Industrial Area, Ranpur, Kota, Rajasthan 3000
157 M/s Mona Batteries & Chemicals, G-1/16RIICO Inustrial Area, Odela Road Dholpur-328001, Rajasthan 1800
158 M/s Shivalik Metalloys Pvt. Ltd., G-1/1209 (B) Rampur Mundana RIICO Industrial Area, Bhiwadi Distt. Alwar-
301 019, Rajasthan
10500
159 M/s Lotus Alloys, G-1-669 Phase-I RIICO Industrial Area, Chopanki-301 019, Distt. Alwar, Rajasthan 3000
160 M/s Shankar Udyog, Plot No. E-99(A) MIA IInd Phase Basni Jodhpur, Rajasthan 1500
161 M/s Gravita India Limited, Saurabh Chittora Raod, Diggi-Malpura Road, Tehsil-Phagi Jaipur-303904, Rajasthan 8865
162 M/s Raja Industries, F-226 RIICO Industrial Area Khara, Dist. Bikaner-334001, Rajasthan 3600
163 M/s Shri Shyam Industries, G 1/13 RIICO Industrial Area Ondela, Road Dholpur-328001, Rajasthan 240
164 M/s Shiv Shakti Metals, G1, 670, Industrial Area, Chopanki, Bhiwadi Alwar, Rajasthan 3600
165 M/s Raj Industries, G-512 (IV) Road No.7 Indraprastha Industrial Area, Kota, Rajasthan 600
166 M/s Pragati Udyog, H-1/630(A) RIICO Industrial Area, MIA Alwar, Rajasthan – 301 030 (INDIA) 5000
167 M/s Shyam Metals, H-883 Phase-III, RIICO Industrial Area Bhiwadi, Rajasthan 1200
168 M/s A.I. Metals (P) Ltd., F624 Phase –I, RIICO Industrial Area, Bhiwadi – 301 109 Distt. Alwar, Rajasthan 17000
169 M/s Shree Swastik Pigments, F-14RIICO Industrial Area Power House Road, Parbatpura Ajmer, Rajasthan 1500
170 M/s Dixit Battery Centre, G1-20RIICO Industrial Area Odela Road Dholpur, Rajasthan 1200
171 M/s Exclusive Food Products Private Ltd., G-1678 Industrial Area, Bhiwadi-301 019, Rajasthan 3000
172 M/s Durocon Industries, G-1/232 RIICO Industrial Area, Kaladera, Jaipur, Rajasthan 1400
173 M/s Exclusive Lead Alloys Pvt.Ltd., G-1/690 RIICO Industrial Area, Bhiwadi Alwar-301 019, Rajasthan 5000
174 M/s Shree Mahaveer Industries, F-13 RIICO Industrial Area, Parbatpura Ajmer Rajasthan 3000
175 M/s Shree Charbhuja Engineers, Pvt.Ltd., G-9RIICO, Industrial Area, Sanwar Distt. , Udaipur, Rajasthan 10800
176 M/s B.M.P Metals Pvt.Ltd., G-1032 A, Phaae-III, RIICO Industrial Area, Bhiwadi-301 019, Rajasthan 1575
177 M/s Precicious Metals Recyclers, G-1/199, Gudli Industrial Area, Gudli, Tahsil – Mavli, Udaipur, Rajasthan 5000
178 M/s R.P.Plastic, G-1 – 1279, RIICO Industrial Area, Rampur Mundana, Bhiwadi Distt.Alwar, Rajasthan – 301019 1800
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179 M/s National Thermoplast Industries, 15,Bhimpura Industries Area Bhimpura, P.O. Cable Nagar Distt.Kota – 325
003, Rajasthan
600
180 M/s Anjeneya Metal Corporation, E-Makhupura Extn. RIICO Industrial Area Ajmer, Rajasthan 1800
181 M/s Chanderiya Lead Zinc Smelter, Hindustan Zinc Ltd. P.O.Puthali, Chittorgarh, Rajasthan – 312 021 18000
182 M/s Rohan Industries, G-1-556, Matsya Industries Area, Tehsil & Distt. Alwar, Rajasthan 1200
183 M/s Rishabh Metal Industries, H-630(B), Matsya Industries Area, Tehsil & Distt. Alwar, Rajasthan 1400
184 M/s Trans Asia Metals, Plot No.F-11, Phase-1, RIICO Industrial Area, Bhiwadi, Distt.–Alwar, Rajasthan 9000
185 M/s K.G.Mettalloys, F-37-38, RIICO Industrial Area Ondela Road, Dholpur Rajasthan – 328 001 22000
186 M/s R.K.Metals, G-281, RIICO Industrial Area Bhiwadi, Distt. Alwar Rajasthan – 301 019 3600
187 M/s Mittal Pigments, A-203, Indraprastha Industrial Area, Kota, Rajasthan 17500
188 M/s Surendra Metal Industries, H-1-735-736, Matsya Industrial Area, Tehsil & District-Alwar, Rajasthan 1500
189 M/s K.M.R. Metal Mart, 1/226-B Pollachi Main Road Near SIDCO Railway Gate Eachanari (P.O) Coimbatore-
641 021, Tamil Nadu
7200
190 M/s EMGEE Foundry, Unit1-4 Industrial Estate Karaikudi, Tamil Nadu 641 001 500
191 M/s Universal Lead Alloys, 181 Senganatham Road Rangapuram, Vellore, Tamil Nadu – 632 009 7200
192 M/s Pondy Oxides & Chemicals Ltd., G-17 to G-19 & G-30 to G-32, Sipcot Industrial Park, sriperumbudhur,
Kancheepuram District, Tamil Nadu – 602 105
28800
193 M/s Promptek Metal Alloys & Refining Corporation, 35 SIDCO Industrial Estate, Thirumazhisai Chennai – 602
107, Tamil Nadu
120
194 M/s Premium Pigments, S.F. No. 16 Athipalayam road Chinnavedampatti Post Ganpathy Coimbatore, Tamil Nadu-
641 006
2600
195 M/s G. M. T. Alloys, Plot No. B-25 SIPCOT Indl. Complex Gummidipoondi Thiruvallur Dist., Tamil Nadu-601
201
2400
196 M/s Jayachandran Alloys (P) Ltd., S. F. No. 20/1 Masagoundanchetty Palayam Village, Ganesapuram Coimbatore
– 641 107, Tamil Nadu
5000
197 M/s Bharathi Metal Refiner, S.F. No. 488 Alwarthangal Road Karnampattu Vellore Sugar Mill Post Tamil Nadu -
632519
400
198 M/s Lohia Metals Pvt. Ltd., B-19 & B-20 SIDCO Industrial Estate, Maraimalai Nagar, Kancheeipuram District,
Tamil Nadu
10000
199 M/s Sri Sai Traders, SF No.536/2 a, Thattamangalam Village Kariamanickam Road, Trichy Tamil Nadu 1200
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200 M/s Global Lead Alloys, Shed No.89 & 90 SIIDCO Industrial Estate, Acamangalam Village, Bugur Taluk
Krishangiri District, Tamilnadu
6000
201 M/s Southern Power Industries, D.P.No.3, Electrical Industrial Estate, Kakkalur 602 003, Thiruvallur District,
Tamil Nadu
1200
202 M/s Shri Sabhari Smelters Pvt.Ltd., Plot No.84, 85, SIDCO Industrial Estate, Vichoor, Chennai – 600 103, Tamil
Nadu
5000
203 M/s Gupta Metal Works, C-1/D South Side of G.T.Road Industrial Area Near Rathi Udyog Ghaziabad201009 U.P., 5000
204 M/s Rama Metal Industries, J-30 Site-III Panki Industrial Area, Kanpur, U.P 600
205 M/s Krishna & Sons, G-33 Site No. 3 Panki Indl. Area, Kanpur-208 012, U.P. 800
206 M/s Manoj Metal Industries, K-14 15 Site No. 3 Panki Indl. Area, Kanpur Dist. Kanpur, U.P 2000
207 M/s J.S Industries, K-37 Industrial Area Begrajpur, Muzaffarpur, U.P 1200
208 M/s Metal Alloy E-46 Industrial Area, Ram Nagar Chandauli Varanasi-221 110, U.P. 1500
209 M/s Bindal Smelting Pvt. Ltd., F-63-64 Surajpur Indl. Area Site B. Dist. Gautam Budh Nagar Greater Noida, U.P. 15000
210 M/s Dinesh Metal Co., G-117 Site No. 3 Panki Indl. Area Dist. Kanpur, U.P. 1000
211 M/s Met Trade India Ltd., Village -Bheel Akbarpur G.T. Road Dadri District-Gautam Budh Nagar Ghaziabad,
U.P.
60000
212 M/s Om Engineering Works, Plot No. D-19-20 Industrial Area Site-2, Mumtaz Nagar, Faizabad224001 U.P 1800
213 M/s Dhawan Metal Industries, T-728 Industrial Area Parsakhera Bareilly U.P 900
214 M/s Shree Metal Works, G-5Industrial Area Beghrajpur, Muzaffarnagar, U.P. 840
215 M/s Agra Chemicals(P)Limited, A-3 & A-5 Industrial Estate, Shikohabad, Distt. Firozabad, U.P. 2000
216 M/s Kavita Overseas(P)Ltd., Plot No.56. Industrial Area B.S. Road, Pandav Nagar Ghaziabad – 201 202, U.P. 14140
217 M/s A.R.Metal Industries, 13 B-2 Co-Operative Industrial Estate, Dada Nagar Kanpur, U.P. 750
218 M/s Lavanya Sponge Iron Pvt.Ltd., H-97-99, Masuri Gulawathi Road, Industrial Area, Ghaziabad, U.P 6000
219 M/s Shri Bankey Bihari Metals, Khasra No.118, Sikhera Road Modi Nagar, Distt. Ghaziabad U.P. 900
220 M/s Bajaj Industries, F-7, South Side, G.T. Road Industrial Area, Ghaziabad, Uttar Pradesh 2700
221 M/s K.B.Metal Industries, F-5, South Side, G.T. Road Industrial Area, Ghaziabad, Uttar Pradesh 900
222 M/s Patel Enterprises, 5/28, South Side of G.T.Road Industrial Area Ghaziabad(U.P) 600
223 M/s Thakral Batteries, Kamdhenu Complex Industrial Area, Janta Road Saharanpur, Uttar Pradesh 1320
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224 M/s Gupta Metal Company, C-4/3, Amousi Industrial Area, Nadar Ganj, Lucknow, Uttar Pradesh 450
225 M/s Hindustan Metals, F-636, M.G.Road, Industrial Area, Ghaziabad (U.P) 900
226 M/s Ahar Metal Works, J-15, Begrajpur Industrial Area, Muzaffarnagar, U.P. 600
227 M/s Samta Metal Industries, 76 Canal Circular Road, Kolkata 700 054, West Bengal 480
228 M/s Shiwshakti Metal Works, 157-A Picnic Garden Road, Kolkata-700 039, West Bengal 300
229 M/s Raj Finoxides Pvt. Ltd., Village Kharial P.O. D.C.C. Dankuni Hooghly, West Bengal 7800
230 M/s India Metal industries, Santrapara Perdankuni Delhi Road, Hoogly712 310, West Bengal 470
231 M/s Abdul Salem & Co., Dharala Budbud Panagarh Bazar Dist. Burdwan713 148 West Bengal 1200
232 M/s Shiv Shankar Metal Works, 157-A Picnic Garden road Kolkata – 700 039 West Bengal 150
233 M/s Eastern Metal, Vill. Khamar P.O. Bishnupur P. S. Rajahat Dist. Rajarhat Dist. 24, Parganas (N) – 743 510
(West Bengal)
450
234 M/s Rajnath Metal Works, 158-B Picnic Garden Road Kolkata – 700 039 (West Bengal) 300
235 M/s Singh Metal Company, 157-A Picnic Garden Road, Kolkata – 700 039, West Bengal 450
236 M/s Ram Dular & Bros., 157-A Picnic Garden Road, Kolkata – 700 039, West Bengal 150
237 M/s Sajta Metal Works, Chandmari Danesh Shaikh Lane P.S. Shankrail Howrah – 711 109 (West Bengal) 150
238 M/s Ranjan Industries, Village Kulai P.O. Bikihakola, Dist. Howrah – 711 322, West Bengal 1800
239 M/s Kashi Metal Works, 157-A Picnic Garden Road, Kolkata – 700 039, West Bengal 300
240 M/s Panchwati Metal Works, Vill. & P.O. Argori, PS-Sankrail Dist-Howrah-711 302, West Bengal 900
241 M/s Tarak Metal Industries, 76 Canal Circular Road, Kolkata 700 054, West Bengal 250
242 M/s Maa-Bhagwati Metal Industries, Vill & Mouja-Argori P.O. Argori P.S. Sankrail, Dist. Howrah 711 302, West
Bengal
800
243 M/s Shiwshakti Metals Works, Unit-II, Jalan Industrial Park, Village Jaladhulagori, P.O. Dhaulagori P.S. Sankrail,
District-Howrah, West Bengal
450
244 M/s Ram Dular & Brothers,Unit-II, Bombay High Road, VillageJala Dhulagori P.O. Dhulagori, P.S. Sankrail, Dist.
Howrah-711302, West Bengal
450
245 M/s Ramashankar Daya Shanakar, 8C/H/17 Jogodyan Lane, Kolkata-700 054, West Bengal 170
246 M/s Panchawati Metal Works, B/8/C/H/8 Jogodyan Lane, Kolkata -700 054, West Bengal 160
247 M/s Shree Ganesh Metal Works, 157 A Picnic Garden Road, Kolkata-700 039, West Bengal 150
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248 M/s Associated Pigments Ltd., Mouza-Kanakpur PO Naranda, P.S. Panskura-721 139, Dist. Purba Mednapore,
West Bengal
63000
249 M/s Singh & Sons Manufacturer, Chandmari Danesh Shaikh Lane, P.S. Shankrail, Howrah, West Bengal 150
250 M/s Skylub Battery Co., Vill. & P.O.Raghudevpur, P.S.Ulberia, Distt.Howrah-711 322, West Bengal 490
251 M/s Azad Metal Works (Unit-II), Village-Jaladhulagori, P.O: Dhulagori P.S: Sankrail, Howrah, West Bengal 450
252 M/s Star Metal Industries, Debgram Industrial Estate, Satellite Township, P.S.Rajganj, Distt.Jalpaiguri-734 015,
West Bengal
420
253 M/s Usha Metal Industries, 26/5/B, A.M.Ghosh Road Budge-Budge, 24 Parganas(S) West Bengal 500
254 M/s Sunflower Metal Industries, Vill.& Mouja – Dhulagorhi,Kanduah PO – Bhagabatipur, PS – Sankrail
Distt.Howrah – 711 302, West Bengal
336
255 M/s Shama Metal Industries, Vill.& Mouja – Kendua, PO – Kendua, PS – Sankrail, Distt.Howrah – 711 302, West
Bengal
1080
256 M/s Jaiswal Metal Industries, 16G, Debgram Industrial Estate P.O.Satellite Township, Distt.Jalpaiguri, West
Bengal
480
257 M/s R.B.Enterprise, Vill.Bodai, P.O.Jugberia P.S.Ghola, Distt.24 Parganas (N) West Bengal 240
258 M/s Raj Metal Industries, Mouza Majukshetra P.S : Jagatballavpur Distt: Howrah, West Bengal 4400
259 M/s Dolphin Enterprises, Village – Bhagabatipur, P.O. – Chaturbhujkali, Dhulagori, P.S. Sankrail, Under Kanduah
Gram Panchayat, Distt.Howrah – 711 302, West Bengal
1200
260 M/s Bachhelal Metal Industries, 22G, Shiv Krishna Daw Lane, P.S. – Phulbagan, Kolkata – 700 054, West Bengal 360
261 M/s Jai Shambho Metal Company, 157 A, Picnic Garden Road, P.O. Tiljala. Kolkota –700039 West Bengal 312
262 M/s Sun Metal Industries, Post : Sugandhya, Delhi Road P.S : Polba, Distt : Hooghly West Bengal 1500
263 M/s Adarsh Galai Udyog, Dag No.1314/2124,New Dag No.1250, Khatian No.1819,1862, Jala Dhulagori,
Dhulagarh Industrial Park, P.O.& P.S – Sankrail, Howrah-711 302, West Bengal
1380
264 M/s Krishna Metal, Village : Lakshmanpur, P.O. Domjur, District : Howrah, West Bengal 384
265 M/s Global International, Village: Lakshmanpur, P.O. : Domjur, District : Howrah, West Bengal 564
266 M/s Mega Energy Pvt.Ltd., Village:Gotu, P.O:Sugandhya, P.S:Polba, Distt. Hooghly-712102, West Bengal 1500
267 M/s Balaji Metal Corporation, 5, Raj Krishna Kumar Street, Belur Math, Howrah-711 202, West Bengal 600
268 M/s Leadstone Energy Ltd., NH-2, Delhi Road, P.O. – Rajhat – 712 123, Distt. Hooghly, West Bengal 3300
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269 M/s Saraswati Metal Industries, Dag No.1351, Khaitan No.1819, Jalan Industrial Park, Mouja Dhulagori,
P.S.Sankrail, Distt.Howrah – 711 302, West Bengal
420
270 M/s Ganga Metal Industries, 15 C, Dabgram Industrial Estate Post-Satellite Township, Fulbari PS – Bhaktinagar,
Distt.-Jalpaiguri – 734 015, West Bengal
720
Total installed capacity in MT/Annum 985893