Technology offer

Technology origin:
EUROPE_MODIFIED FOR INDIAN CONDITIONS IN INDIA
Industry
PLASTIC RECYCLING
Technology status:
Available for commercial use, Pilot plant being set up near Mumbai.
Principle of Operation:
The low-temperature catalytic depolymerization line is used for processing of waste plastics. This device works on the principle of depolymerization (pyrolysis) of the polymer to hydrocarbon products, which are pyrolysis oil, pyrolysis gas, and a solid residue - carbon.
Pyrolysis is the thermal decomposition of organic carbon-containing materials, while preventing the ingress of media containing oxygen or other oxidants. The input materials are heated to temperatures of 400° - 500° C, resulting in the release of volatile compounds.
When the raw material is heated above the thermal stability of the present organic substances found in the raw material, there is a cleavage of the macromolecular matrix to a stable low molecular weight liquid and gaseous products, as well as a solid residue. Burning does not occur, as it would during the incineration of waste, meaning that depolymerization technology does not produce harmful emissions and has no negative impact on the environment.
In the process of depolymerization, cracking occurs with the admixture catalyst. The catalyst lowers the required reaction temperature. One advantage of the depolymerization process at lower working temperatures is also lower fuel consumption for heating.
The catalyst is continuously added to the process, which ensures continuous and stable activity, and therefore balanced thermal conditions with a favourable effect on uniform product quality.
Ratings
Pilot plant 5 tpd, Commercial plant 20 TPD
Scope
Turn key basis supply.
Features:
Prevention of Environmental pollution.
Value creation from waste by processing environmentally harmful plastic waste.
Minimized load on land filling sites.
Application
To convert plastic waste in to gas, Oil and carbon. The oil can be further processed to get the high end product of choice like Diesel/Petrol etc.
To generate electricity from the gas produced.
Source
SARVESH ENGINEERING

Technology origin:
European concept developed in house by our team
Industry
WATER TREATMENT
Technology status:
Available for commercial use, Technology modified by sarvesh Engineering awaited POC
Principle of Operation:
Solids and floating materials mixed with rain water goes to river and contaminate/pollue the river, these materials are seperated and only water is released to river/water bodies/
Ratings
Not applicable10K kl/hr and onwards
Scope
Turn key supply.
Features:
Saves pollution of river/water bodies,
saves marine life.
Application
each city and village in India as well overseas.
Source
SARVESH ENGINEERING

Technology origin:
Europe
Industry
ELECTRIC VEHICLE
Technology status:
Available for commercial use
Principle of Operation:
High performance motor cycles are driven by battery operated electric motor. Rechargeable battery is used as a fuel.
Ratings
Equivalent to 400 CC petrol driven and above range
Scope
Turn key basis
Features:
No tail pipe emission.
Untapped sector with total vaccume and have very high potential.
Direct as well as indirect employment.
Application
Motor cycle
Source
SARVESH ENGINEERING

Technology origin:
Europe
Industry
ELECTRIC VEHICLE
Technology status:
Available for commercial use.
Principle of Operation:
Existing IC engine is replaced with battery driven electric motor. Hydraulic system is driven by a seperate drive of high efficiency.
Ratings
14 TON GVW to 45 TON GVW
Scope
Turn key consultation.
Features:
No tail pipe emission.
Value creation for old vehicle.
Savings of scares resources.
Direct and in direct employment.
Application
Fork lifts
Push trolies for Air plane,
Excavator like JCB
Low deck 24 meter buses on air port
Other equipments
Source
SARVESH ENGINEERING

Technology origin:
Europe
Industry
ELECTRIC VEHICLE
Technology status:
Available for commercial use.
Principle of Operation:
Existing IC Engine and transmission is replaced with Etransmission and battery operated Electric motor. Rechargeable battriy is used as a fuel.
Ratings
9 meter city bus GVW 14 T
Scope
Turn key basis consultation.
Retrofit kit from Europe, relable solution.
Features:
No emission of tail pipe gases.
Improved ride quality.
Savings in scares resources as existing bus components are reused.
Value creation for old bus with very low value.
Make in India initiative.
Direct as well in direct employment generation.
Application
9 meter city bus.
Private fleet.
Commercial vehicle with simmilar rating.
Source
SARVESH ENGINEERING

Technology origin:
Europe
Industry
ELECTRIC VEHICLE
Technology status:
Available comercially
Principle of Operation:
Insert molding of high quality conductive materials by Injection molding and or by assembly of different components.
Ratings
Not applicable
Scope
Turnkey project
Features:
High consumption in Electric vehicle
Application
ELECTRIC RICKSHAW
Source
SARVESH ENGINEERING

Technology origin:
Europe
Industry
FOOD
Technology status:
Available for commercial use.
Principle of Operation:
Fruit pulp is processed at moderate temperature added with priservatives and bottled at moderate temperature, bottles are colled in the sower after filling and packed.
Ratings
1000 bhp and above
Scope
Supply on turn key basis
Features:
Fully automated project.
Small project can be installed by individual farmer for value addition.
Application
Different types of jam packaging,
Different types of jelly packaging,
Honey packaging,
Peanut butter packaging etc.
Source
SARVESH ENGINEERING

Technology origin:
Europe
Industry
Food and Beverage
Technology status:
Available for commercial use
Principle of Operation:
Bottles are sanitized and filled with liquid content on an automatic filling ,achine, capped and labelled for packaging purposes.
Ratings
6000 BPH on wards
Scope
Turn key basis
Features:
Full automatic line.
Application
Mineral water packaging,
Fruit juice (RTD) packaging,
fruit juice (Concentrate) packaging,
Sparkiling drinks packaging, etc
Source
SARVESH ENGINEERING

Technology origin:
Developed inhouse by our group of companies
Industry
Sugar, paper, process industries
Technology status:
Introduced in sugar industry first in 1999 on commercial scale
Principle of Operation:
Solid Gas separation using constricted flow of chimney exhaust gases FD fans outlet by mixing with water as a third phase to effect transfer of solid particles of fly ash from gas phase to liquid phase.
Ratings
Not applicable
Scope
To reduce the Particulates matter from chimney exhaust and achieve within the pollution control norms set by the pollution boards. This is a highly cost effective alternate versus expensive ESP technology. The comparative cost w r t same end results could be 25 % of the ESP and maintenance cost is also substantially lower.
Features:
Can be shared on request
Application
1. Sugar, Paper n Process Industries
2. Cogen and coal based Power plants
3. Textile Dyeing units using coal fired or briquettes fuels
4. SSI industries using coal, briquettes as fuels
Source
SMB Environmental Projects (P) Ltd & SMB Engineers Pvt Ltd

Technology origin:
Developed inhouse by our group of companies
Industry
Sugar, Paper & Process industries
Technology status:
Introduced first in 1996 in Sugar industry. Now a very popular process to control oil n grease content within the permissible limits set by pollution control boards. Can be replicated for Several process industries, Cargo and cruise ships, Oil marketing depots, Automotive Service centre's where oil n grease ingress in effluent discharge streams is very common. Moreover, there is a good possibility to recover the used lubes and greases.
Principle of Operation:
A simple contraption of moving the special polymer material belt over the surface of effluents and achieving liquid-liquid separation
Ratings
Not applicable
Scope
1. Sugar, Paper n Process industries
2. Shipping industry
3. Automobile garages n service centers
4. Oil depots n Storage terminals
5. Oil racks n tank truck loading terminals
Features:
Can be shared on request.
Application
1. Oil storage n loading terminals n depots
2. Shipping industry
3. Large automobile service stations
4. Sugar n Paper industries
5. Wherever large amount of oils being used
Source
SMB Environmental Projects (P) Ltd & SMB Engineers Pvt Ltd