.png?width=259&height=111&name=LOGO%20technologies%20v2%20(5).png "LOGO technologies v2 (5)")
- Zeeco
- Thermal Oxidizers
Zeeco offers a complete line of thermal oxidizers (also known as incinerator systems) to safely and effectively dispose of hazardous and non-hazardous gas and liquid waste streams with destruction efficiencies up to 99.9999%.
Sulfur
A Sulfur Recovery Unit (SRU) uses the industry-standard Claus Process to recover elemental sulfur (also known as "sulphur") from gaseous hydrogen sulfide that comes with refining crude oil, and other by-product gases that originate from refining and natural gas processing. An SRU also reduces the hazardous sulfur emissions to limits permitted by national and local air quality requirements. Zeeco engineers all of the combustion systems used in SRUs.
Specialty Thermal Oxidizers
Incineration is a thermal process for converting waste gases or liquids to an environmentally acceptable condition. Our systems are capable of achieving 99.9999% destruction efficiency. The basic incineration system is comprised of an auxiliary fuel burner, a refractory-lined chamber, a discharge vent stack, and a control system. These components are described below.
Packaged Incineration Systems
Zeeco’s packaged thermal oxidizers are available off the shelf or for rental applications, and can be delivered in as fast as a week. Mounted on a pre-piped, pre-wired skid, our units require only minimal field assembly for fast installation. Quick response, on-site engineering, 24/7 support, and technical consultation are always available, even after installation.
Air Heaters
A Direct Fired Air Heater effectively heats air, as needed in a variety of heating processes. This equipment is most commonly employed in Fluidized Catalytic Cracker (FCC) units in petroleum refineries. The direct-fired air heater is primarily intended to be used during start-up operations and short feed outages to heat the catalyst bed in the regenerator section of the FCC unit (catalyst regeneration). During normal operation, the air heater is not fired and air flows directly to the regenerator through the air heater without being heated. The mass flow rate and operating pressure during the un-fired condition may vary from that used during the fired case.
