Maintain Air Quality Standards With A Cost Effective Solution

Commercial and industrial facilities have the responsibility of maintaining indoor and outdoor air quality at all times. There are federal regulations that set standards for air quality monitoring which facilities have to comply with. Having the right equipment in place, such as a catalytic or thermal oxidizing unit, ensures management follow the provisions of these regulations.

Maintaining an Ideal Standard

The U.S, Environmental Protection Agency sets an emission standard for Hazard Air Pollutants (HAPS) and Volatile Organic Compound (VOC). These pollutants could be produced by a host of man-made sources. However, the emissions or discharges often come from industrial or commercial-related streams. While the source and types of HAPs and VOCs vary, emissions may occur from factories, power plants, and other facilities. Meanwhile, nonindustrial-level sources may include transportation or mobile fleet units such as trucks and other vehicles.

To solve the pollution issue, catalytic or thermal oxidizing systems are used. The environmental protection agency describes these units as abatement solutions for pollution and other discharges. After processing, compliance monitoring is essential to check emissions are within standards. Presence of hazardous gases, CO levels, and temperature levels are often evaluated.

Knowing the Practical Difference

A thermal oxidizing technology uses a combustion process to turn HAPs and VOCs into a nonpolluting substance such as water and other forms. System designs are gauged based on several factors, including temperature and also combustion reaction rate. In order to obliterate the hazardous gases, an ideal temperature must be reached by the combustion unit.

The two systems perform the same function of abating pollution. Catalytic oxidizing units, while using a combustive technology, also utilize a catalytic agent to complete the process. This catalyst is a chemical agent that facilitates the reaction process. Catalytic oxidizers can be regenerative or recuperative. While other units are hybrid systems that utilize both technologies.

Choosing an Oxidizing Unit

The best thermal and catalytic oxidizers allow customization through a flexible modular setup. Tough industrial and commercial environments often require durable catalytic and oxidizing systems that can last for a long period of time. If purchasing a new unit may be cost-prohibitive, consider used catalytic and thermal oxidizers.

Oxidizing system options come in different models. There are low-temperature gas-fired systems as well as flameless options that offer a cost-effective method of addressing hazardous emissions. For those who need to install quickly, there are customizable oxidizing platforms that can be placed on-site in no time. Checking the service history of the oxidizing system would give an idea of the typical life-cycle of a similar unit. A system that can provide reliable service for years could be the practical choice for a commercial or industrial facility.

Maintaining the air quality standard of an industrial or commercial facility is an environmental responsibility. When considering a thermal or catalytic oxidizing system for the facility, always look for a customizable option that can adapt to one’s requirements. Reliability and performance history is also an important factor in selecting a new or used pollution abatement and control system.