WASTEWATER BLOWER ARTICLES

• Air Diffusion Systems Helps Francesville With New Aeration System

  In 2012, the Town of Francesville in Indiana contacted Air Diffusion Systems to provide a solution for several suspended solids violations and energy efficient treatment. Air Diffusion Systems was able to provide an unique solution to correct biochemical oxygen demand (BOD) and total suspended solids (TSS) problems using Kaeser Compressors’ CB Com-paK blowers.

• HST™ Turbocompressor For Sky-High Savings In Wastewater Treatment

  4/1/2020

  The town of Fraser, Colorado, USA, with an annual mean temperature of 32.5°F is the coldest town in the lower 48 states and gets frost year-round. At an elevation of 8’574 feet, it is also the highest location for Sulzer’s HST 20 turbocompressor in the world. The Fraser WWTP high-speed blower upgrade was completed in early 2019, replacing older centrifugal blowers, which were loud and costly to operate.

• White Paper: Hoffman Revolution Blower Continues Tradition Of Innovative Design

  8/22/2011

  The Hoffman U.S. Machinery Division was established in 1905 outside of East Syracuse, New York. The initial product was an exhauster for the dry cleaning industry — pulling a steam vacuum across the garments.
• Applying Variable Speed Compressors In Multiple Compressor Applications

  8/23/2021

  Variable speed control for all types of industrial equipment is readily available on the market with competitive pricing to non-variable speed controlled alternatives, including in the air compressor industry. With the advent of prescriptive rebate programs for variable speed compressors and other equipment, the demand for these types of controls has increased.

• Upgrade To Diffused Aeration Results In Significant Energy Savings

  12/12/2013

  After 35 years of use,  the fiberglass jet aeration manifolds in the Western Regional Water Reclamation Plant (Dayton, Ohio) had deteriorated, rendering four of eight wastewater aeration tanks inoperable. Managers recognized an opportunity to utilize a fine bubble diffused aeration system that eliminated the need for the pumps. The result: higher oxygen-transfer efficiency and reduced power costs to operate the system.