The objective of any Air Pollution Control (APC) system is to limit the quantity of pollutants entering the environment with the lowest possible capital expenditure and operating costs — while maintaining maximum reliability and uptime. APC systems address a number of issues, including: Total Particulate…READ MORE
If you are interested in reducing your potential Air Pollution Control (APC) equipment cost and associated energy consumption for both present and future installations, contact NESTEC Inc. today for a list of solutions. We can offer a range of efficient alternatives to your current system…READ MORE
All too commonly, design engineers and consultants evaluate the need for Air Pollution Control (APC) after the process plant has been established and/or the design is near completion, virtually mandating end of-pipe solutions. (see NESTEC’s Nov 2018 Newsletter discussing the drawbacks of end of pipe…READ MORE
Thermal oxidation systems can be designed to handle a wide range of exhaust streams, including organic compounds containing halogens, sulfur, and nitrogen. The components in a modular system are selected according to exhaust stream contaminants, flows, and the desired energy recovery applications within the plant….READ MORE
End-of-pipe technologies are measures deployed to decrease or eliminate the emission of substances into the atmosphere that can harm human health or the environment. The term “end-of-pipe solution” describes a pollution control approach that remediates contaminated flows of air just before the effluent can enter…READ MORE
