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Home » Keywords: » hazardous air pollutants (HAPs)
Items Tagged with 'hazardous air pollutants (HAPs)'
Many industrial processes produce or use volatile organic compounds (VOCs) or hazardous air pollutants (HAPs). VOCs and HAPs are hydrocarbons — necessary components for industries such as printing, painting or coating.
A North American plastics company needed a way to control emissions as it increased production capacity. A system, designed by Ceco Environmental, will capture and treat hazardous air pollutants (HAPs) for the company through a packaged Venturi scrubber and Adwest regenerative thermal oxidizer (RTO).
In an interview with Editor Linda Becker, Matthew Konkle with Dürr Megtec explains the types of technologies used for emissions control in the process industries and offers advice for proactive and reactive maintenance of these systems.
Industrial processes produce NOx as a byproduct of processing and combustion. Several control and abatement technologies offer facilities solutions to control emissions.
The three largest contributors to the formation of NOX are industrial sources, natural sources and agricultural sources. Abatement and control technology for NOX includes a variety of solutions. Among them are oxidizers, low NOX burners and selective and non-selective catalytic reduction units.
Thermal oxidation can effectively remove airborne contaminants from process exhaust streams. Oxidizers can incorporate heat recovery for process use to maximize return on investment.
Thermal oxidation can effectively remove airborne contaminants from process exhaust streams. Oxidizers can incorporate heat recovery for process use to maximize return on investment.
Thermal oxidizers are used to destroy hazardous air pollutants (HAPs) and volatile organic compounds (VOCs) that are the end result of an industrial manufacturing process.
Oxidizer achieves emission destruction through the process of high temperature thermal or catalytic oxidation, converting the pollutants to carbon dioxide and water vapor while reusing the thermal energy generated to reduce operating costs.
Oxidizers addressed emissions concerns and brought processes into regulatory compliance in silicone and pharmaceutical processing as well as in a petrochemical facility.
What do a pharmaceutical processor, chemicals facility and silicones converter have in common? Each added oxidizers to address emissions concerns and bring their processes into regulatory compliance.