Membrane Separation System

CO₂Tech's membrane separation system improves process economics and reduces air pollution by recovering feedstock.

The purge stream from industrial reactors represents an important resource recovery and pollution reduction opportunity. Ethylene-selective and argon-selective membranes can be used to economically recover ethylene from the argon purge stream from oxygen-oxidation reactors. Processes based on ethylene-selective silicone rubber membrane are superior to those using argon-selective membranes and can achieve 80% ethylene recovery with a system payback time of less than 1 year, provided sufficient compressor capacity is available in the plant. If additional compressors are required, fluorinated, argon selective glassy membranes are added to achieve a shorter payback period.

Flue gas desulferization

The company has developed and successfully implemented flue gas desulferization in utility power plants, which removes sulfur dioxide from flue gases using a variety of reagents, including caustic, lime, limestone, ammonia, flyash, magnesium oxide, soda ash, sea water or double alkali.

 The company offers various wet flue gas desulferization systems that recover sulfur, sulfuric acid or make dry gypsum from waste product, on over 20,000 MW of combined power plant capacity, able to can achieve over 99% sulfur dioxide removal efficiency and can recover up to 90% of oxidized mercury in the flue gas.

APC  - Air Pollution Control system

Application areas include foundries, steel plants, chemical plants, fertilizers, textiles, paper and pulp industries, power generation and other industries. The APC is rugged in construction, and provide reliable, trouble-free service. The impeller is statically and dynamically balanced. The compact units provide quiet, highly efficient operation design, and are available in various materials including MS, SS, MS-rubber lined, FRP, PVC, PP, etc.

1XV

Sophisticated membrane and filter system used for the removal of fine solid particles from gas/air.

Clean p300

Sophisticated technology for the removal of pollutant gases and solid sub-micron particles. This energy-saving system is activated by state-of-the-art sensors which identify and measure emission levels.

Energy P-1200 Industrial

Environmental-friendly system of heavy-duty evaporator units designed for low-temperature operation, with outstanding  thermal efficiency, reduced scale accumulation and superior availability, together with automatic, reliable seed concentration control. The system is powered by low pressure steam and is available in various capacity formats, with a treatment output ranging from 300 to 7,000 ton/day per unit.

Aqueous and vapor-phase carbon adsorption software application

Carbon adsorption is a remediation technology in which pollutants are removed from air by physical adsorption onto activated carbon grains. Carbon is "activated" for this purpose by processing the carbon to create porous particles with a large internal surface area (300 to 2,500 square meters or 3,200 to 27,000 square feet per gram of carbon) that attracts and adsorbs organic molecules as well as certain metal and inorganic molecules.

CO₂Tech has developed a combined aqueous and vapor-phase carbon adsorption software application that operates under Microsoft Windows® environment. The application generates a correlation curve to determine the activated carbon adsorption capacity. When parameters such as molecular weight, solubility, refractive index are entered, the application calculates vapor and aqueous capacities from a single component, up to eleven multiple miscible liquid components. Entering the necessary parameters into the software can help to provide AC feasibility, and estimate the refractive index of molecules whose bonds are entered into the software.

Heavy Evaporator Units for Zero Liquid Discharge – in development

CO₂Tech has begun development of cost-effective heavy-duty evaporator units which will be designed for waste-water treatment in utilities, chemical processes, pulp and paper and other industries with zero liquid discharge requirements. These evaporator units are specially designed to resolve waste water problems, cost-effectively, particularly in installations where zero discharge of liquids is required. Furthermore, in light of the irregular supply of electricity in sites where such solutions are required, these thermal vapor compression evaporators will be motivated by low-pressure steam.

QDS - Patented Clean Coal Technology

QDS is a cost-effective, patented clean coal technology that captures toxins emitted from coal fired power plants and other industrial plants, developed by Quantam Dynamic Sciences Inc and distributed by CO₂Tech. The toxins are captured using a liquid sorption technology where the captured toxins can be used for other industrial products, such as fertilizer. The patented technology will be added to CO₂Tech's arsenal of solutions for carbon emission abatement and emission control for its industrial clients. The technology eliminates almost all toxins from coal fired power plants, refineries and other industrial plants.