The global chemicals industry is an important part of the world economy, chemicals produced by the chemicals industry are present in most of other industrial applications.
airprotech delivers pollution control systems for a variety of processes in the chemical industry, solutions to reduce emissions of hazardous substances such volatile organic compounds VOC and volatile inorganic compounds VIC deriving from production of chemicals, glass fiber, resins, polymers and plastics.
Regenerative thermal oxidizers RTO are specifically designed to destroy the pollutants from the process gas through thermal oxidation at high temperature.
Recuperative thermal oxidizers with a main combustion chamber for thermal oxidation at high temperature and integrated heat recovery system.
Direct thermal oxidizers destroy the pollutants through thermal oxidation at high temperature, process gas and/or waste organic liquids are directly injected in the combustion chamber.
In the catalytic plants the oxidation of organic substances is carried out with lower temperature using high-performance base-metal and precious-metal catalysts.
airprotech supplies zeolite-based VOC rotor-concentrators that are typically installed in case of low concentration of pollutants and large flow rate.
Activated carbon is an inert solid adsorbent material used to remove contaminants from process gas streams.
Scrubber and washing towers are used mainly for the removal of volatile organic and inorganic compounds which are water-soluble and using chemical reagents.
WET AND DRY
Filtration, dedusting and separation of dust and solid particles from process gas can be performed through wet and dry solution depending on the specific application.
Selective catalytic reduction SCR to eliminate nitrogen oxides NOx through special catalytic elements in combination with injection of ammonia or urea.
Gas flaring is the process of destroying through combustion the waste gases that cannot be processed. airprotech offers a comprehensive selection of flares for several applications.