AERATION & BLOWERS RESOURCES

WASTEWATER AERATION SOLUTIONS

  • Liquid Analytical Measurement

    Environmental protection, consistent product quality, process optimization and safety –​ just a few reasons why liquid analysis is becoming increasingly essential. Liquids such as water, beverages, dairy products, chemicals and pharmaceuticals have to be analyzed day in and day out. We support you in fulfilling all these measuring tasks with application know-how and cutting-edge technologies. Discover our comprehensive portfolio and choose the product best suited to your process needs.

  • AERprocess

    Aerzen’s AERprocess Dissolved Oxygen Control is an integrated solution for controlling the dissolved oxygen (DO) concentration in the activated sludge treatment process and the blowers used to generate the process air flow requirement.

  • Airmaster Aerator "TURBO X-TREME" Aeration- 10 Hp - 230V/460/3Ph Each aerator shall be capable of producing 3.0 lbs. of oxygen per nameplate horsepower per hour under normal conditions during aeration. Each 15 HP aerator shall be capable of pumping and mixing approximately 2,016,000 gallons per day under normal conditions and continuous operation
  • AvN™

    As water resource reclamation facilities (WRRF) desire to divert more carbon towards energy generation, it becomes harder and more expensive to remove the remaining nutrients from the wastewater. This is where AvN™ comes into play as an overall process control philosophy promoting intensification.

  • Sewage Pump Station Level Application

    The most common level application in the water and waste water industry is the infamous wet well. With its line-of-sight measurement technology, rugged sensor, narrow laser beam and virtually nonexistent maintenance requirements or on-site calibration, ABB’s LLT100 laser level transmitter answers most concerns related to wet well level measurements and makes it easy to calculate what could amount to a substantial return on investment.

WASTEWATER AERATION VIDEOS

Meet tighter nutrient limits without bigger facilities by optimizing processes, using low dissolved oxygen, and applying data to manage energy, chemicals, and capital.