NWT is providing its expertise in wastewater treatment for a GIZ-funded study for Central Jawa and Bali in Indonesia. The feasibility study includes technical and economic aspects of a leachate treatment plant for an existing landfill in Bali, a central ...
NWT has been commissioned to reduce the costs for wastewater treatment and sludge disposal for a company in the electroplating industry in Western Austria. This industrial company is obliged by a direct discharge regulation to comply with extremely strict wastewater ...
As part of the implementation of the new sewage treatment plant in Prizren / Kosovo, financed by Deutsche KfW, NWT takes on the so-called accompanying measures for the first operating phase. The measures include training and advising the staff as well as accompanying the day-to-day operation . The STP will be handed over to the...
For the design of the sewage collection system with sewage treatment plant for the city of Kutaisi / Georgia, the order was placed with a German / American planning consortium. As a sub-contractor, NWT takes on the design services for the STP as well as the preparation of the tender documents and support during the...
In the area of the Siebensee Springs – Wildalpe the Vienna Waterworks MA 31 plans a capacity extension of the Siebensee pipeline. NWT carries out the necessary hydraulic calculations based on the actual conditions of the 4 partial pipelines and creates possible variants with the help of model calculations.
NWT will take over the design works and process engineering for a drinking water treatment plant in Ghana. The internationally financed project provides for the extraction of river water which is severely impacted by activities of upstream gold mines and shows strong seasonal quality fluctuations. With 2,400 m3 / d, the system is not very...
As part of the ISWM II program financed by the German KfW, NWT is providing the designs for 2 domestic solid waste landfills. The leachate treatment plants will be integrated into the landfills which are currently under design/construction and shall treat highly contaminated leachates of up to 120 m3/d. A specific challenge is the very