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Selas Fluid
A Member of the Linde
Engineering Division
Five Sentry Parkway East
Blue Bell,
PA 19422
United States
Phone: 610-834-0300
Fax: 610-834-0473
www.selasfluid.com

Literature

Below you will find brochures and technical papers related to Selas Fluid's various products.

After Market

 
Cut sheet describing Selas Fluid's aftermarket services

Ethylene Pyrolysis

 
Cut sheet describing Selas Fluid's ethylene add-on and revamp services
Ethylene Pyrolysis Furnace Product Sheet

Fired Heaters

 
EDC, refinery, and specialty heater product sheet
Reformer Heater Product Sheet
Selas Fluid fired heaters overview brochure

Flameless Thermal Oxidation

 
Selas Fluid's T-Thermal and Thermatrix Oxidation Systems Product Brochure
Faced with a need to reduce nitrogen oxide (NOx) emission levels, a major gulf-coast chemical plant proactively evaluated several strategies and technologies that could be implemented to maintain compliance, selecting flameless thermal oxidation.

Oxidation Technologies

 
Cut sheet describing Selas Fluid's T-Thermal Sub-X thermal oxidizers
Selas Fluid's T-Thermal and Thermatrix Oxidation Systems Product Brochure
Process industries generate a number of hazardous waste streams containing metals bound with organic components. These metals can be quite valuable if they can be separated from the organic components and recovered. Four projects are discussed.
BASF Corporation in Hannibal, MO has operated multiple liquid incinerators for more than 20 years, burning various liquid wastes on a campaign basis. The composition of these wastes range from high organic content liquids to aqueous wastes.
This paper describes the incineration technology used to safely destroy the liquid and gaseous wastes containing inorganic salts generated by Bulk Pharmaceutical and agrochemical industries.
Thermal treatment of Fluorinated Hydrocarbon components results in high concentration of Hydrogen fluoride in the combustion chamber requiring special attention to handling and selection of materials of construction.
The combustors for heavy fuels and liquid halogenated wastes are not straightforward. Combustor design is based on Fluid Mechanics, Combustion, Heat Transfer and Emissions requirements. Several methods used for designing and scaling combustors.
Review of process and operations at major chemical company in the United States gulf coast region operating a thermal oxidizer system that destroys multiple vent gas streams.
A thermal oxidizer system is used by Honeywell Specialty Chemicals to reduce organic and acid gas emissions from their fluoro-products plant. The thermal oxidizer system consists of a multi-gas fired vortex burner mounted on a vertical residence chamber.
Discussion of trial burn results at The Tooele Chemical Agent Disposal Facility utlizing T-Thermal liquid incinerators.
Field tests were conducted thermal oxidizers to determine destruction and removal efficiencies (DRE) for benzene, trichlorofluoromethane, chloroform, methyl ethyl ketone, and carbon tetrachloride.
Unlike the thermal oxidation of straight chlorinated waste compounds, the incineration of CFC's and other fluorinated compounds present their own unique incineration requirements. By taking these special characteristics into consideration, a reliable incineration system can be tailored to end-user requirements.

Vaporizers

 
LNG Vaporizer Brochure
Frank M. Maupay, Edward R. Vogel, Jr. and Peter W. Falcone review the next generation of submerged combustion vaporisers.
As the world leader in submerged combustion vaproization (SCV) SFPC/T-Thermal is providing our customers with the latest technologies to increase operating efficiency and reduce NOx/CO emissions.
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