CO2 Gas Plants

CO2 Gas Generation Plants

Generating plants are grounded on various fossil fuels combustion including kerosene, diesel oil or natural gas. The CO₂ gas plants conform to the most rigid CO₂ quality standards, done by appropriate fuel combustion, stripping, scrubbing and breakup technology. CO₂ gas plant is supplied with an exceptional instrument panel that ensures uninterrupted and problem-free functionality. All equipments installed on the slides are cabled to junction boxes anterior to loading cutting down commissioning and installation time on site.

Recovery Plant
The CO₂ Recovery plants operate as screening base to the inventions that we have formulated in the recent period. We make sure of the functioning level of the procedure before availing them commercially to the clients. We, ourselves, are running CO₂ plant also and hence we can understand the virtual problem that may come in running the plant. So we can easily address them right away as soon as any such issues come up with our customer.
CO₂ extraction plants are founded on the presence of CO₂ in the gas sources from chemical processes , combustion engines, boilers and turbines and natural sources. A CO₂ extraction plant proves an efficacious substitute for a conventional CO₂ production plant, where an subsisting raw gas source with a comparatively low CO₂ content is available.

Enhanced Oil Recovery : A well is a very big hole dug in the ground. Sometimes it contains water, some times it contains oil and sometimes it has got Carbon-Di-Oxide gas mixed with water. The oil wells turn to give sub normal output, after its continuous use. The Carbon-Di-Oxide injection helps in recovery of more oil from the well. The addition of Carbon-Di-Oxide gas through injection (of gas) some times gives extra oil by about 30-40%.

The injection of Carbon-Di-Oxide does the following :

• Reduces the viscosity of the oil and allows it to come out and flow easily.
• The C02 gas mixes with the oil like water and the oil becomes carbonated and expands forcing the oil to come out of the tight openings in the rock and to waiting extraction wells
• The mixture of oil and Carbon-Di-Oxide also dissolves some rock thus making it more porous which results in more yield of oil.

Since there is lot of Carbon-Di-Oxide which is used in the wells, therefore, the cost of Carbon-Di- Oxide is also to be considered. There is a talk of using C02 from the boiler flue gases after enrichment with a membrane.

Since the quantity of C02 used in the wells is considerable and hence one can be sure of getting.

Carbon Credits : The oil well can be used for storing C02 or we can say underground disposal of C02. This gives rise to possibility of use of C02 at a latter period when we wish. Thus this fulfills dual role of increasing oil production and storing C02 & definitely we can dispose of carbon now each carbon credits.

There are many examples in the world to obtain Carbon-Di-Oxide from various sources and to carry and use Carbon-Di-Oxide on the well head, for better recovery of oil.

CO₂ from Chemical Reactions : Many a time one has the requirement not to fill the big cylinders from the storage tank but to fill small cylinder / C02 extinguishers / cartridge from big cylinders. In such eventuality the revert gas is not important as the quantities concerned is not big.

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S S Gas Lab Asia offers several technologies to produce and enrich biogas to CBG (compressed biogas) which may be sold directly or used for the production of electricity. CBG easily replaces natural Gas or LPG in many applications due to its similar calorific value and lower cost. Biogas is produced by means of anaerobic digestion.

Gas Lab offers

• Biomethanation plants Biogas results from anaerobic fermentation of organic biomass generated from tanneries, distilleries, agricultural dairies, municipal wastewater treatment plants, industrial waste treatment facilities, landfills, and agricultural waste or crops. GAS LAB Biomethanation plants use anaerobic digestion technology to convert high solid waste organic to biogas. The biogas contains biologically-derived methane which is contained and captured in a gas storage tank which is located separately to the main digester, or alternatively can form its roof. Thus, biomethane produced can safely be converted to energy in efficient, combined heat and power (CHP) engines. These systems also produce a nutrient-rich effluent which is a safe & organic liquid fertilizer that can be applied to crops, flowers, and trees.

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Gas Lab provides complete suite of innovatively designed biogas upgradation technologies; adsorption, advanced amine separation, water absorption for different biogas stream compositions and sizes. Enriched biomethane produced in Gas lab's specially designed biogas upgradation systems, can be used as a replacement of natural gas or LPG in industries or as vehicle fuel replacing CNG.


CO₂from the Gas Lab biomethan upgradation systems can be recovered for commercial sale or can be sequestered to produce commercially salable by products. Gas Lab has developed many Co₂applications for water & soil pH correction which can be combined with the upgradation system to provide an unbeatable advantage to any agricultural activity.

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These are extraction plants which operate depending on CO2 in the gas sources from turbines, combustion engines, boilers, chemical processes and natural sources. Our CO2 extraction/recovery plant proves an effective alternative to a conventional CO2 production plant

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CO2 Gas Plants is a system to generate Carbon Dioxide. CO₂ is in a gaseous form at standard temperature and pressure. It is slightly poisonous, colorless and odorless gas, utilized for various industrial functions. CO₂ being the most abundant gas in the aura plays a vital part in human's life process, like respiration, digestion and photosynthesis. The consumption and production rate of carbon dioxide is heavy at plastics, fertilizers, rubber and various other industries. CO2 plants are usually supplied complete purification of CO₂ on a turnkey basis.

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The carbon dioxide gas plants based on biomass and flue can be manufactured in different capacities. This, of course, depends on the available input and client requirement. CO2 plants run due to combustion of various fossil fuels including heavy oil, diesel oil, kerosene or natural gas depending upon availability & pricing. Through appropriate combustion of the fuel, scrubbing, stripping and separation technology, the CO2 gas thus conforms to strictest CO2 quality standards. We supply our plants with a special control panel that ensures continuous and trouble-free operation.

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Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Delhi