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Tecnologia
BOMBAS DE IMPULSOR DE CANAL FLYGT
As bombas C do impulsor de canal Flygt são construídas para manusear capacidades de até 3.000 l/s (48000 gpm) com motores até 775 kW (1050 hp). As versões de base dessas bombas são fabricadas em ferro fundido duradouro e destinam-se a aplicações exigentes, como águas residuais urbanas e efluente industrial. Estão disponíveis versões à prova de explosão. As clássicas bombas C com impulsores de palheta única e múltipla comprovaram a sua qualidade ao longo dos anos. As bombas C mais pequenas vêm equipadas com o impulsor Flygt Nevaclog®, que possui grandes propriedades de passagem de sólidos por passagens livres. As bombas maiores têm impulsores de palhetas múltiplas para máxima eficiência hidráulica e resistência à obstrução.
Challenge One of the largest airports serving France required a stormwater treatment plant to handle the inflow from a large gravity sewer collecting water from the runways. Solution The pump station...
Challenge Eighteen Flygt pump stations transport wastewater at a popular recreational and amusement area in central Stockholm. One of the pump stations handles restaurant wastewater containing fats,...
Challenge One of Australia’s largest cities was running short of fresh water and needed a major expansion of its desalination facility. One hurdle was to transfer the seawater to the plant. A new...
Challenge Situated on an estuary of a major river, one of the largest cities in China has an average annual rainfall of 1100 mm (43 in). The three-month typhoon season, usually with heavy rains from...
Storm water pump station design Challenge The revival of one of Britain’s largest commercially unexploited land areas called for multi-phase construction of two large pump stations. One pump station...
Challenge Very deep, large capacity and limited footprint: these are common demands by customers for their pump stations designs. Recently, two such pump stations were needed in the US. Solution The...
Challenge A 54,000-acre service area in a major city in Texas required assistance to handle a projected 50% increase in population and subsequent increase in wastewater processing demands. Solution...
Challenge To develop a combined stormwater and sewage pump station at the lowest possible cost. Solution The station was designed with three Flygt CP 3501 and six Flygt PL 7121 pumps. The use of a...
Cleaning out debris from long-shaft pumps in a sludge handling system at a paper mill in the USA was taking up to one week per pump. By replacing them with submersible units, the entire operation...
Stockholm’s largest pump station is situated some meters below a site which was once a 17th century palace in the middle of the city. The large flows and central location demanded reliable pumps and...
