Industrial Applications
Every industrial process generates exhaust and managing it effectively is critical to compliance and operational efficiency. WK brings more than 65 years of engineering expertise to the design and delivery of custom VOC abatement and air pollution control systems for some of the world’s most demanding production environments. Discover how WK supports industrial operations worldwide with custom-engineered air pollution control solutions.
Semiconductor
Semiconductor fabrication facilities generate complex, high-volume exhaust streams containing volatile organic compounds and hazardous air pollutants at highly variable flow rates and concentrations that demand flexible, reliable abatement. WK Environmental’s Regenerative Thermal Oxidizer (WK-RTO) and Adsorber Wheel + RTO systems (WK-RC-RTO) are engineered to handle these demanding conditions, delivering greater than 99% VOC destruction efficiency while recovering more than 95% of thermal energy to minimize operating costs. WK delivers turnkey solutions built to meet the most stringent semiconductor industry environmental standards.
Battery Manufacturing
The rapid global expansion of lithium-ion battery production brings with it significant solvent emission challenges. WK’s Thermal Recuperative Oxidizer (WK-TNV) and Regenerative Thermal Oxidizer (WK-RTO) systems are ideally suited to these applications, providing reliable, continuous VOC abatement with high thermal efficiency to support the energy-intensive production environment of battery gigafactories.
For large-scale facilities operating multiple coating lines with high exhaust volumes, the Adsorber Wheel + RTO systems (WK-RC-RTO) offers an optimized solution by pre-concentrating high-volume, low-solvent exhaust streams prior to oxidation. WK works with battery manufacturers at the earliest stage of plant design to integrate thermal abatement technologies into the overall process, maximizing energy recovery and minimizing total cost of operation.
petrochemical
Petrochemical plants present some of the most demanding air pollution control environments, with continuous high-temperature processes generating complex mixtures of VOCs, hydrocarbons and hazardous air pollutants. WK’s Regenerative Thermal Oxidizer (WK-RTO) is the proven solution for large-scale petrochemical exhaust abatement, achieving greater than 99% destruction efficiency at thermal recovery rates exceeding 95%. For facilities managing waste gases or off-gases with higher calorific values, the WK High Temperature Oxidizer (WK-Incinerator) provides robust destruction at elevated operating temperatures. WK’s turnkey project capabilities, encompassing engineering, fabrication, installation, commissioning and aftermarket support make us a trusted long-term partner for petrochemical operators managing complex abatement installations globally.
Chemical
Chemical manufacturing encompasses an enormous range of processes and exhaust profiles from continuous solvent-based production lines to batch reactors generating intermittent, high-concentration VOC peaks. Our core technologies, the Regenerative Thermal Oxidizer (WK-RTO), Thermal Recuperative Oxidizer (WK-TNV), Adsorber Wheel + RTO systems (WK-RC-RTO) and High Temperature Oxidizer (WK-Incinerator), offer a critical advantage in the complex, specification-driven chemical industry project environment.
Automotive
Automotive manufacturing and surface coating operations generate exhaust containing paint solvents and VOCs from paint booths, drying ovens and surface treatment processes. WK’s Thermal Recuperative Oxidizer (WK-TNV) is widely used in these applications, providing efficient, continuous destruction of paint solvent vapors with 50–70% heat recovery that can be redirected to preheat booth supply air or support oven drying, reducing both energy consumption and operational cost. For larger paint shop installations with high exhaust volumes and low VOC concentrations, the WK-RC-RTO combines a zeolite adsorber wheel with regenerative thermal oxidation to deliver maximum energy efficiency at scale.
General Industry
Industrial manufacturers and processors generate VOCs and HAPs from coating, heating and chemical processes, particulate matter from grinding, conveying and material handling and liquid mists and aerosols from process cooling and condensation. Effective air pollution control requires coordinated solutions across thermal abatement, particulate collection and mist elimination matched to the specific contaminant profile and regulatory requirements of each process. We help industries ensure environmental compliance, safer workspaces and lower operating costs.
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We offer industry expertise to design, implement and support your air pollution control system or energy recovery needs.