ASPAC Engineering designs state of the art drinking water supply systems from raw water catchment (surface water or ground water / boreholes) to smart metered domestic connection including pumping, treatment / process to transform raw water into fresh drinking water, transport, storage and distribution.
Continue ReadingLeaks, breakages and unbilled consumption reduce available drinking water and financial resources while increasing operating costs. Declining revenues and rising costs lead to deterioration of the network, which generates a vicious cycle of cause and effect. The daily losses of treated water are colossal. A 6 mm hole in a 5 bar ...
Continue ReadingASPAC Engineering has significant knowledge and in-house experience in wastewater and sludge treatment in a sub-Saharan context, ranging from extensive to semi-extensive systems, from centralized to decentralized approaches. Critical is the adaptation of the proposed sanitation solution to the local circumstances..
Continue ReadingASPAC Engineering has developed a system to simulate in real conditions the impact of technological adaptations and treatment variations on the process of water and wastewater. The Process Simulation Tool (PST) is used in situ to determine the best cost-effective process perfectly adapted to the water to be treated.
Continue ReadingASPAC Engineering has developed a pumpless electrolysis system to cheaply and reliably produce chlorine from (kitchen) salt. Whereas chlorine in its gas form is an hazardous solution to disinfect water and chlorine tablets are not always available, the production of chlorine on site is a cheaper and reliable alternative for water operators.
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