TIGG’s activated carbon wastewater systems allow industry to meet environmental effluent requirements and discharge directly to POTWs or permitted surface waters. In some cases TIGG’s systems are used to recycle wastewater for non potable water applications to lessen demand on local water resources.
By TIGG, LLC
based in Oakdale, PENNSYLVANIA (USA).
Next to processing shredder light and heavy shredder fraction the Ad Rem machinery is also capable of processing waste of electrical and electronic equipment. WEEE can be processed on the same machinery as ASR is processed without any modifications. This makes it possible to get more input into the system and therefore costing less per ton.
Recyclable plastics can come from a large range of sources. Shredder residues containing plastics are typically coming from small domestic appliances, electrical and electronic equipment and cars. These materials each have their own difficulties when they have to be processed to recover clean plastics. With the GRS equipment we are able to handle each type of these materials.
QUA is a leading-edge developer and manufacturer of advanced membrane products. These are engineered with innovative technologies, which are used to treat challenging waters. QUA is leveraging its deep roots in R&D, the expertise of staff that is highly experienced in water treatment technologies to become a global technology leader in the development of products for water and wastewater treatment applications.
IDRAFLOT flotation units are technological solutions which allow the separation of the suspended solids from wastewater coming from gas scrubber blow down (high concentration of SS) but also for the separation of low density compounds (oil and fats) which can be present in the streams collected by collectors. IDRAFLOT units can be easily installed also within small footprint collection centres.
QUA is a leading-edge developer and manufacturer of advanced membrane products. These are engineered with innovative technologies, which are used to treat challenging waters. QUA is leveraging its deep roots in the expertise of staff that is highly experienced in water treatment technologies to become a global technology leader in the development of products for water and wastewater treatment applications.
Water is one of the most important raw materials for industrial production. For this reason, processes are now used in water treatment that not only produce the required water quality, but also allow for recycling. The treated water can either be fed back into the process, or reused for other purposes. Water recycling plants lead to a significant reduction in operational costs for production.
Reliable treatment. Optimised for heavily contaminated landfill leachate. Whether it be household rubbish, construction rubble, contaminated soils, port sludge or waste incineration ash, final storage of these heavily contaminated materials poses a potential groundwater pollution risk from heavy metals, nitrogen bonds or organic substances. Landfill leachate resulting from precipitation on landfill sites.
Using innovative recycling technologies in vibratory grinding processes. Rinse water from vibratory grinding processes ca be contaminated with heavy metals, oils and, depending on the process, even a variety of chemicals. It cannot be discharged into the public sewer system, and usually requires to be disposed of with specialized waste management companies expensivly. But there are alternatives: Vacuum distillation with VACUDEST evaporators is an economical, resource-friendly method for treating this industrial...
Cars, Boats, Trucks, Busses, Rail Cars, Aircraft, More... All vehicles – cars, boats, trucks, busses, rail cars, aircraft - must be regularly washed to remove road dirt and salt and other wastewater contaminates picked up from use, oil and solutions used for deicing. Boat wash wastewater, bilge wastewater and general marina wastewater present special problems for marina operators because of new regulations. As one example, the wash facility for a modest school bus garage can generate thousand of gallons of...
Wastewater treatment processes considered for this industry must address industry specific nuances like slug discharges of pulp, stormwater runoff and air emissions for compounds such as total reduced sulfur (TRS)
The dirty water is pumped by the roll round pump through the "KLASS-Grobfilter", which separates bigger particles, to the "KLASS-Zyklonfilter". The dirty water is cleaned in the "Zyklonfilter". At the exit of the dirty water the contaminated water with its particles is led back to the sludge chamber. In the return flow of the dirty water there is the "Durchflussregler", which maintains a constant pressure in the "Zyklonfilter". The cleaned water is transported in to the clean water chamber and can be used again.
The filtration of the grind sewage takes place in an arrangement of procedure. If necessary, an individual designed Zyklon-container or a "Grobfilter" is associated in combination with in turn connected Zyklonfilters. Policefilter and special flow movements support the process. The size and the version of the plant depends on the customer`s demand and could be completed just as they like.
The essential challenges of today are to ensure cost effective treatment and recycling processes for water and wastewater. Membrane technology solves this task by being an innovative and trendsetting technology. Today membranes are successfully used for the treatment of municipal and industrial wastewater as well as for the production of drinking and process water from surface water. Membrane technology and membrane bioreactors (MBR) are especially important in arid zones for the recovery of clean water for reuse...