wastewater laboratory Applications
For over 30 years, Water and Wastewater Equipment Company has been providing efficient, cost-effective and compliant solutions to water and wastewater treatment applications, all the way from small batch systems to continuous-flow systems treating 500,000 gallons per day. Our technical analysts and designers are experienced in every phase of wastewater treatment – from fabrication, installation and laboratory testing – to systems management.
By Water & Wastewater Equipment Company based in Cleveland, OHIO (USA).
In 2004-2005 LIFETECH`s laboratory worked out an advanced oxidation process (AOP) for removal of dioxins and furans (PCDD/F), chlorophenols and other contaminants from the BCD process wastewater. Consequently, our technology was installed and from April 2006 successfully used in the `Spolana-Dioxins` Project at SPOLANA a.s. in Neratovice, Czech Republic, as a part of Special Wastewater Treatment Plant. Our supply consisted of an ozone generator with the output of 5 kg O3/h at 10% w/w ozone concentration, two reaction tanks with mixing systems, a vent ozone destructor, and a control system. The world largest project for removal of PCDD/F was managed by BCD CZ a.s., a subsidiary of Thermal and Chemical Soil Remediation Ltd.
By Lifetech based in Brno, CZECH REPUBLIC.
Osmosis is the phenomenon of lower dissolved solids in water passing through a semi-permeable membrane into higher dissolved solids water until a near equilibrium is reached. Reverse Osmosis (RO) is a membrane process of purification which removes most of the the total dissolved solids (TDS) in water by reversing the natural process of osmosis. Pressure is applied to a TDS-concentrated solution against a semi-permeable membrane, causing pure water to diffuse through the membrane. RO has become an important process for a wide variety of applications including: medical, laboratory, desalination, industrial wastewater, Deionized (Dl) pretreatment, and drinking water.
By Myron L Company based in Carlsbad, CALIFORNIA (USA).
In 1985, the University of Surrey in collaboration with Oxfam developed the Oxfam DelAgua Portable Water Quality Monitoring Test Kit. The Oxfam DelAgua kit enables field workers to test water quality in remote and isolated situations and in circumstances where there is no access to a water testing laboratory. Since its development in 1985, the water test kit has been used by all the major International NGO-s and other aid agencies in over 130 countries around the world.
In 2006, The University of Surrey and other investors founded DelAgua Water Testing Limited to take over the management of the DelAgua organisation. Since then, various improvements have been made, including:
- The upgrading of all kits
- The upgrade of the design, manufacturing and distribution functions
- R&D to produce a portable microbiological testing kit that provides quantitative results in less than 20 minutes.
- The upgrade of existing services and the introduction of new services, including:
- Free access to a water quality risk assessment software program on DWT`s website
- Free access to a library of reference documents on DWT`s website
In addition to distributing its own kits and consumables, DWT also offers a distribution service for other manufacturers` products. The most popular products are detailed on this website, but those not detailed can also be supplied - DWT is able to source in excess of 60,000 products from numerous manufacturers.
DWT is committed to providing services and products to enable the provision of clean drinking water for everyone around the world.
By DelAgua Group based in Marlborough, UNITED KINGDOM.
International Products Corporation has been selling cleaners to the filter membrane industry for over 30 years. Our proprietary formulated cleaners work effectively at restoring 100% flux at safe pH ranges. We have a wide variety of chemistries available for all membranes and soils and an on-site R&D laboratory that offers technical support and assistance. All of our cleaners are free of solvents, phosphates, silicates, phenols, and Substances of Very High Concern.
By International Products Corporation based in Burlington, NEW JERSEY (USA).
Challenge: Biochemical Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) are traditional parameters analyzed in the laboratory to determine organic matter in water and wastewater. Wastewater facility operators need to have constant data to monitor their discharges and optimize treatment processes (biological treatment, chemical dosing, etc). The requirements of BOD and COD analysis prevent them from being implemented as control parameters, however. The BOD five-day analysis time requirement does not allow an operator to use the data for process optimization and. although COD requires less time than the BOD, its analysis includes the use of hazardous chemicals and has no constant analysis capability.
By GE Analytical Instruments based in Boulder, COLORADO (USA).
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