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PRODUCER GAS PLANT

PRODUCER GAS PLANT

Substitution of oil fired furnace to producer gas: -
Furnaces are essential equipments and their productivity can swing economic fortunes of the company. At times there are many burners fitted over the length of a furnaces.
Fuel cost is of serious concern. Sources for oil are fast depleting and prices will spiral due to exchange rates. Way out is to shift to solid fuels via gasification. Substitution can be 50 – 75% easily and may even go up to 100%. Solids fuels will turn out to be cheaper by 60%.
Yajna Fuel Services undertakes entire job supply installation, commission of gasifier, piping, jacketing, burner modifications etc.
YFS offer services for gasifier in ESCO, BOOT as well.

power-generation
• Photographs of our installations along with data sheet are attached herewith •

Producer gas is result of molecular managements by reaction :

reaction

Producer gas cogenerated at the use point by providing combustion air.

producer-gas-plant1
boiler-conversion2
boiler-conversion4
boiler-conversion2

Producer Gas Plant Engine :

producer-gas-plant-engine1 (1)
producer-gas-plant-engine2 (1)
producer-gas-plant-engine3 (1)
PG Plant - Isometric-Model

Power Generation :

Power generation on producer gas by substituting 50-70% HSD

Producer gas was used for motive power i.e. on trucks during World War II. Gas is suitable for spark engine as it has good octane number. However, part of HSD can reportedly be substituted (up to 70%) on standard HSD fired compression ignition engine.

Yajna Fuel Services has formulated scheme to replace 50% - 70% HSD on DG sets.

Scheme will be practicable on DG sets which run at least 10 hrs/day. Unique features of the scheme is cleaning of producer gas by Thermic fluid with side stream filtration, knock sensor based inlet control valve etc.

Savings depend on HSD consumption as below: -


Producer gas is result of molecular managements by reaction :

reaction

Producer gas cogenerated at the use point by providing combustion air.

1. HSD consumption 80 lit/hr 240 lit/hr 480
2. Savings at 50% sub (min) Rs. 1400 /hr. Rs. 4300/- Rs. 9000 / hr
3. Savings at 70% sub (max) Rs. 2000 / hr Rs. 6300/- Rs. 14000 / hr
power-generation

Scheme can be provided in cogen cycle to reduce operating cost by further (20% - 50% depending on Thermal requirement.

Power generation on 100% producer gas by using two stroke, valve less, conventionally lubricated, 80000 C.C SI engine with combined cycle.

Producer gas was used for motive power i.e. on trucks during World War II. Gas is suitable for spark ignition due to good octane number. Gas is cleaned with Thermic fluid scrubbing and then admitted to two stroke valve less SI engine.

Power produced will be 860 kw. Steam (800 kg/hr) at 7 kg/m2 is generated in exhaust gas in waste heat boiler which follows super heater.

Steam from waste heat boiler thermocompresses vapor generated from 95 – 980Cjacket water to produce 2000 kg water vapor. 2000 kg water vapor is then superheated to 2000Cand lead to condensing turbine to generate 140 kw.

Heat rate of the system is expected to be around 2000 Kcal/Kg.

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CONTACT US

B-15, Shree Dattavihar CHS, B-Cabin,
Thane (W) - 400 602, Maharashtra, India.

25384681 / 25424983

20, Neelkamal, Bhaskar Colony, Naupada,
Thane (W) - 400602, Maharashtra, India.