Tri-Mer Reduces Air Pollution Control From Finishing Processes
Tri-Mer air pollution control is said to produce compliant stack, less housekeeping, higher productivity and less corrosion on buildings and equipment.
#surfin
Share
Tri-Mer air pollution control is said to produce compliant stack, less housekeeping, higher productivity and less corrosion on buildings and equipment.
The most challenging finishing emissions the company solves are HNO3 droplets, as well as NO/NO2 gas-phase contaminants.
Tri-Mer’s packed towers scrubbers reportedly control inorganic fumes, gases and volatile organic compounds (VOCs) at 90% or more efficiencies, as well as guarantee against brown plume. The systems accommodate multiple gas streams, and advantages include low pressure drop, high mass-transfer efficiency and low lifecycle cost.
The company says its all-mechanical fan/separator is an excellent alternative among finishers who process with SO2. It reportedly is 99% efficient in removing 20 or more micron droplets under continuous duty.
In addition, the company’s whirl/wet dust collector features low water/power demand, high efficiency and 24/7 capability.
Tri-Mer Corporation | 989-723-7838 | www.tri-mer.com | Booth 226
RELATED CONTENT
-
Cyanide Destruction: A New Look at an Age-Old Problem
Cyanide in mining and industrial wastewaters has been around from the beginning, including electroplating processes. This presentation reviews a number of current processes, and in particular, offers new technologies for improvement in cyanide destruction by the most common process, using sodium hypochlorite.
-
Black Chromium Finishing: Beauty and the Beast
Over the past 10 years, there has been commercial development of black chromium deposits from a trivalent chromium electrolyte. This paper will review the deposit characteristics and operational consideration of these similar, but different chromium plating deposits.
-
Identifying New Alternatives for Chromium Plating
A comprehensive review of chromium plating alternatives and a new look at a long-forgotten but potentially important process - iron plating
