Evoqua Water Technologies Wastewater Ion Exchange (WWIX) services and equipment help customers meet their wastewater handling challenges. Evoqua provides system design, installation, and custom services that treat wastewater contaminated with heavy metals. Zinc, copper, nickel and chromium are just a few examples of the metals that can be removed to low part per billion levels. Our wastewater treatment systems are designed to meet your discharge requirements, achieve the water quality level needed for reuse and recycling and minimize the liability associated with on-site storage and handling of chemicals and wastes.
Perfluoroalkyl Compounds: Perfluorooctane Sulfonic Acid (PFOS) and Perfluorooctanoic Acid (PFOA) Treatment.
The technical program is the most respected and competitive educational program of its kind featuring over 900 speakers. The program is put together by over 200 topical experts in the Program Committee using a highly rigorous selection process ensuring a high quality program. Just over 50 percent of submissions are accepted. If it is related to water quality or quantity, it is at WEFTEC.
The 2016 Stormwater Congress is a specialized educational opportunity included in the WEFTEC 2016 program in New Orleans.
The FLT93S insertion type FlexSwitch for flow and temperature monitoring represents the first true technological breakthrough in thermal technology in over a decade.
SOLVAir Solutions' recent presentation at EUEC 2016 reviewed procedures necessary for handling dry bulk solids in a Dry Sorbent Injection system. Respecting procedures to ensure safe unloading, keeping piping simple for timely offloading, controlling the transport air quality and flow as well as the moisture content by using accurate sensors and methods - each course of action contributes to the safe, efficient handling of dry bulk solids.
Evoqua was contacted by a large Southern California power utility. The customer was in the first phase of a large investment at the site and required assistance to drain a large cooling water intake system. Evoqua evaluated treatment with the new SCU adsorptive media and was capable of reaching the desired treatment goal.
Evoqua Water Technologies was approached by a semiconductor tool manufacturer based in Silicon Valley to assist in the design of an automated CMP and copper CMP waste treatment system. After careful economic evaluations, it became clear that the largest cost of ownership of the treatment system was the removal of the hazardous waste sludge from a classical two stage precipitation/clarification system. Any method of precipitation produces copper sludge which would be required to be handled as a hazardous waste in the state of California.
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.
A wastewater treatment plant needed to measure biogas traveling into and out of a gas line leading into a Digester Dystor gas bag. The amount of gas and direction of flow is critical for measurements to meet EPA regulations.
|
|
|
|
|
|
|
|
|