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1. Controlling Your Natural Gas Burn To Cut Fuel Costs And Emissions 12/17/2021

   Nearly all industrial processes and manufacturing operations rely on natural gas as a fuel, even if it is only for plant heating, ventilation and air conditioning (HVAC). Heavy duty industrial plant processes (Figure 1), such as those found in oil and gas, refining, chemical production and electric power generation, as well as those in the manufacturing industries, including steel, aluminum, glass and others, depend heavily on natural gas to fuel the processes used in their production.

2. Air/Gas Mass Flow Meter Improves Wastewater Treatment Processing Efficiency 12/15/2017

   One of the most common processes in wastewater treatment is the activated sludge method, which biologically treats the wastewater through the use of large aeration basins. This process requires the pumping of compressed air into the aeration basins where a diffuser system ensures the air is distributed evenly for optimum treatment. The energy needed to provide compressed air is a significant cost in the operation of a wastewater treatment plant.

3. ST100 Series Thermal Mass Flow Meters Brochure 12/7/2017

   ST100 is an all-new thermal dispersion technology gas flow meter that combines feature- and function-rich electronics with the industry’s most advanced flow sensors to achieve a truly state-of-the-science flow metering solution for industrial processes and plant applications.

4. Ecosorb Odor Neutralizer Brochure 1/19/2017

   Ecosorb® products harnesses the power of science with the safety of natural ingredients. In fact, they contain zero toxins or harmful VOCs. Yet Ecosorb® products are able to employ chemical bonding and molecular science to quickly and effectively neutralize odors.

5. FCI Green Energy Applications Guide 2/9/2016

   This free tutorial guide profiles nine green energy applications and highlights many of the factors that wastewater treatment process and plant engineers must consider to achieve optimum flow meter performance, to reduce instrument maintenance, and to ensure long service life.

6. MT Series Multi-Point Mass Flow Meters Brochure 7/22/2014

   FCI’s MT Series Multi-Point Mass Flow Meters are ideal for today’s most challenging industrial air or gas handling applications and continuous emissions monitoring systems (CEMS). Inside large combustion or preheater systems, HVAC units, ducts or flue stacks, MT Series multi-point flow meters measure flow with exceptional precision under variable thermodynamic conditions.

7. FCI MT86 Multipoint Mass Flow Meter 7/22/2014

   The MT86 insertion type multipoint mass flow meter combines FCI's highly reliable thermal dispersion, no-moving parts flow element design with up to 16 flow sensing points while operating over a wide temperature range up to 850° F [454° C]. The electronics features continuous built-in testing and calibration adjustment to prevent signal drift.

8. KLa Slot Injector™ Aeration System Expands The Capacity Of An SBR At A Landfill Leachate Treatment Facility 3/27/2013

   A landfill had an existing single basin SBR plant to process the leachate which is notable for its high nitrogen load. The original system was installed with a fine pore diffuser aeration system and due to the chemical/biological composition of the mixed liquor it was prone to diffuser fouling and premature membrane failure.

9. Hydrogen Sulphide Removal From Industrial Gases Using Advanced, Modified Claus Technology 2/24/2011
   A number of commercial processes are available for removing hydrogen sulfide (H₂S) from natural gas, tail gas from the Claus Process (containing un-reactive sulfur compounds, particularly CS₂ and COS), coke-oven gas, pyrolysis gas and solution tail gas from heavy oil production. These processes are often limited by economics and technology. By James W. Smith, Ph.D., P. Eng. Senior Technical Advisor, Eco-Tec Inc
10. Technical Paper: Hydrogen Sulphide Removal From Industrial Gases Using Advanced, Modified Claus Technology 2/24/2011
    A number of commercial processes are available for removing hydrogen sulfide (H₂S) from natural gas, tail gas from the Claus Process (containing un-reactive sulfur compounds, particularly CS₂ and COS), coke-oven gas, pyrolysis gas and solution tail gas from heavy oil production. These processes are often limited by economics and technology. By James W. Smith, Ph.D., P. Eng. Senior Technical Advisor, Eco-Tec Inc