Carbon adsorption systems are designed to remove certain gaseous contaminants, including dioxins/furans, hydrogen sulphide, hydrogen chloride, ammonia and mercaptans.

Cartridge filters are designed to collect the suspended solids found in the water on the outside of the filter cartridge or on the largest surface area of the filter. The medium used in this type of filter is a cartridge made of fine-mesh, pleated fabric. Water enters the metal or fiberglass filter canister and flows over the cartridges. A tight mesh of this fabric strains impurity out of the water before water is forced into the center of the cartridge, finally leaving the unit through plumbing at the base. Cartridge filters are classified by square footage of filter surface. By pleating the cartridge material, a great deal of square footage can fit into a very small package. Typically cartridge filters for residential spas range from 20 to 120 square feet in a tank not more than 4 feet high by 11/2 feet in diameter.

Claus Sulfur Recovery Unit for sulfur recovery refers to the conversion of hydrogen sulfide (H2S) to elemental sulfur. Hydrogen sulfide, which is a byproduct of processing natural gas and refining high-sulfur crude oil is recovered and converted to elemental sulfur. The most common conversion method used for recovering sulfur is the Claus process. The process consists of multistage catalytic oxidation of hydrogen sulfide that involves burning one-third of the H2S with air in a reactor furnace to form sulfur dioxide (SO2). Emissions from the Claus process may be reduced by extending the Claus reaction into a lower temperature liquid phase, adding a scrubbing process to the Claus exhaust stream, or incinerating the hydrogen sulfide gases to form sulfur dioxide.

Clean Water Microbial Powder uses naturally occurring microbes to digest hydrocarbons including oil, gasoline, diesel, kerosene and marine deposits. Clean water microbial powder is a clay-like carrier material containing a mixture of powerful oil and hydrocarbon metabolizing microbes.

Cleanroom Pass-Thru Chambers are used in semiconductor manufacturing, optical assembly, pharmaceutical processing and microelectronic fabrication. These are designed to minimize traffic and contamination entry into the cleanroom. It has 3/4″ wood board construction for minimum noise and vibration. It also has clear acrylic doors and heavy-duty quick release chrome door handles.