CO2-Production Plants are compact, simple to operate and maintain, our CO2 Generators run from low sulphur content diesel, kerosene or natural gas. This controlled combustion process will generate flue gas with a high CO2 content. the use of a cold, chemical absorbent "MEA" only recovers CO2 out of the flue gas which is at a later stage released from its absorbent by adding heat. The released CO2-Gas will be purified, compressed and dried in several defined steps and passes the liquefaction section to become liquid. Liquid CO2 will then be stored in a CO2-storage tank for further use.
They are automatic and efficiently and safely produce highest quality gaseous CO2 which is even food grade to a purity of 99.99%.
CO2 TECHNICAL INFORMATION
GENERAL SPECIFICATIONS
CONFIGURATION
H35 – 350 BAR (5,000 PSI)
H70 – 700 BAR (10,000 PSI)
FLOW CAPACITY:
STANDARD FLOW (3.6 KG/MIN)
HIGH FLOW (7.2 KG/MIN)
FUELLING PROTOCOL:
SAE J2601
SAE J2601-2
OPERATING TEMPERATURE:
-40°C TO 50°C
Flexible configurations for tailored solutions.
Simultaneous dual-sided fuelling for efficiency.
Plug & Play integration for easy implementation.
Designed with uptime in mind: Built, installed, monitored, and serviced by experts in 'compressed gases'
All necessary equipment of a hydrogen refueling station (e.g., compressor, storage, cooling system....) can be implemented into control software for highly efficient and economical operation.
The filling process has been designed to accommodate future growth of your station from one vehicle to a multi-vehicle refueling. The dispensers can be accompanied with hydrogen cooling solutions all tailored to the type of end application (busses, trucks, cars, etc.)
Designed for small, medium, and large fleet operators, offer key advantages and design features:
Turnkey solution
Small footprint
Highly effective and simple plug-and-play installation
Flexible integration
Adaptable configuration for different type of mobility applications
Can be easily relocated from one location to another
Carbon Dioxide (CO2) Applications and Uses:
Carbon dioxide in solid and in liquid form is used for refrigeration and cooling. It is used as an inert gas in chemical processes, in the storage of carbon powder and in fire extinguishers.
Carbon dioxide is used in the manufacture of casting molds to enhance their hardness.
Carbon dioxide is used on a large scale as a shield gas in MIG/MAG welding, where the gas protects the weld puddle against oxidation by the surrounding air. A mixture of argon and carbon dioxide is commonly used today to achieve a higher welding rate and reduce the need for post weld treatment.
Dry ice pellets are used to replace sandblasting when removing paint from surfaces. It aids in reducing the cost of disposal and cleanup.
Large quantities are used as a raw material in the chemical process industry, especially for methanol and urea production.
Carbon dioxide is used in oil wells for oil extraction and to maintain pressure within a formation.. When CO2 is pumped into an oil well, it is partially dissolved into the oil, rendering it less viscous, allowing the oil to be extracted more easily from the bedrock. Considerably more oil can be extracted from through this process.
Liquid or solid carbon dioxide is used for quick freezing, surface freezing, chilling and refrigeration in the transport of foods. In cryogenic tunnel and spiral freezers, high pressure liquid CO2 is injected through nozzles that convert it to a mixture of CO2 gas and dry ice "snow" that covers the surface of the food product. As it sublimates (goes directly from solid to gas states) refrigeration is transferred to the product.
Carbon dioxide gas is used to carbonate soft drinks, beers and wine and to prevent fungal and bacterial growth.
Liquid carbon dioxide is a good solvent for many organic compounds. It is used to de-caffeinate coffee.
It is used as an inert “blanket”, as a product-dispensing propellant and an extraction agent. It can also be used to displace air during canning.
Supercritical CO2 extraction coupled with a fractional separation technique is used by producers of flavors and fragrances to separate and purify volatile flavor and fragrances concentrates.
Cold sterilization can be carried out with a mixture of 90% carbon dioxide and 10% ethylene oxide, the carbon dioxide has a stabilizing effect on the ethylene oxide and reduces the risk of explosion.
Flash is removed from rubber objects by tumbling them with crushed dry ice in a rotating drum.
Carbon dioxide is used as an additive to oxygen for medical use as a respiration stimulant.
Used as a propellant in aerosol cans, it replaces more environmentally troublesome alternatives.
By using dry ice pellets to replace sandblasting when removing paint from surfaces, problems of residue disposal are greatly reduced.
It is used to neutralize alkaline water.
