Educational white papers featuring the latest EPA state and federal Clean Air Act requirements and cost-effective use of catalytic oxidizers, thermal oxidizers, regenerative thermal oxidizers, concentration devices and other air pollution solutions to destroy volatile organic compound (VOC) and hazardous air pollutants (HAP) emissions.
Understand the design basics of any catalytic oxidizer. In this eBook you will also find some helpful tips to keep your catalyst or catalytic oxidizer operating at optimum performance.
Learn more about some of the most common points of failure in Regenerative Thermal Oxidizers (RTOs). In this eBook you will also find a list of tips and photographs that highlight these common points of failure and insights on what to look for during your inspections.
Learn how each part of the Vanguard Ammonia Abatement system contributes to the ammonia abatement process with this flow diagram. This will give you a clear picture of each part of the system and the process of ammonia abatement.
How long does it take to build an oxidizer? In this timeline download, we outline the process from start to finish in building your new oxidizer. Understanding the full timeline in purchasing and building an oxidizer can alleviate timeline constraints and surprises when you make a purchase.
In December U.S. Environmental Protection Agency (EPA) completed new rules that changed the way they look at “nontraditional” fuels. Materials that can meet the newly revised standards are defined as fuels under the regulations. Materials that don’t meet the fuel definition can still be used to generate energy, but combustion of these materials is treated as incineration.
Most of the time, people think about Greenhouse Gas (GHG) emissions with carbon dioxide, which is the most common of the GHGs. While fairly typical, carbon dioxide isn’t the only GHG U.S. Environmental Protection Agency (EPA) regulates. Since EPA has begun regulating GHG emissions under its Clean Air Act authority, sources of emissions from others may require add-on air pollution control systems.
Concern about ammonia emissions in the air and the water continues to grow, both officially and unofficially. As U.S. Environmental Protection Agency (EPA) moves to further reduce ammonia concentrations in surface waters, common water treatment methods transform what had been a water pollution problem into an air pollution issue.
Production output and cost control can be difficult to obtain consistently in any manufacturing operation, let alone when you have to deal with downtime due to an air pollution control system failure. Learn how one manufacturing plant created a preventive maintenance program to avoid downtimes.
It is often assumed an air pollution control permit is enough to maintain emission compliance. Unfortunately, that’s not the case. EPA is more aggressively pursuing air pollution control systems failures creating millions of dollars in penalities and fines for organizations.
The D.C. District Court recently upheld the decision allowing EPA to regulate greenhouse gas emissions. Download the white paper for more information and how it may affect your plant.
New standards were finalized on April 17, 2012 with varying compliance time for different operations. This white paper outlines the final changes, how they affect the natural gas and oil industries, and what can be done to stay on top of the regulations.
Operators of chemical processing facilities are always under scrutiny from environmental protection regulatory agencies. Overlapping and frequently confusing regulations that affect the industry are enforced on federal, state, and local levels.
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