Thermal oxidizers are used to destroy hazardous air pollutants (HAPs), volatile organic compounds (VOC), and carbon monoxide (CO) from industrial exhaust air streams. These pollutants are hydrocarbon based and chemically oxidized to form CO2 and H2O. The three main factors in designing effective thermal oxidizers…READ MORE
The NESTEC engineering and construction teams have worked tirelessly on essential projects to meet air emission compliance schedules during the COVID-19 crisis. These projects ensure the continued operation of wood pellet manufacturing plants that deliver sustainable fuel necessary to generate electric power needed during an…READ MORE
NESTEC provides the integral management services and technical skills that ensure all projects are coordinated and directed to bring about their completion on time and in accordance with the design and quality specifications agreed to up front. Towards that end, NESTEC develops and implements the…READ MORE
Regenerative thermal and catalytic oxidizer (RTO/RCO) designs have evolved over the past nearly half century with the basic objective of improving performance and reducing overall operating and capital costs. Each generation of oxidizers offered unique features and benefits. Unknown to many vendors, however, several of…READ MORE
Increasingly Stringent Air Permits Are Spurring Innovation in Pollution Control Technology for Renewable Wood Products As modern economies transition from non-renewable energy sources and materials to those that can be naturally replenished, wood-based materials are growing in importance — as is the need to process…READ MORE
