SLUDGE PUMPS

Brand Owner (click to sort) Address Description
LOBELINE ITT INDUSTRIES, INC. 4 West Red Oak Lane White Plains NY 10604 sludge pumps;
SFMS Schwing Bioset, Incorporated 350 SMC Drive Somerset WI 54025 sludge pumps;
SWINGMILL DEWLINK SLUDGE TREATMENT LTD Unit A1, Hortonwood 10, Shropshire Telford TF1 7ES United Kingdom Sludge pumps; sewage treatment machines namely, sewage pulverizers being machines, diffusers used in machines for wastewater and clearwater treatment, and waste disposal units; machines and machine tools for treatment of waste water and sludge namely, sewage pulverizers being machines, diffusers used in machines for wastewater and clearwater treatment, waste disposal units, and machine tools for removing waste material; parts and fittings for all aforesaid goods namely, machine tools for removing waste material;SWING MILL;Waste water purification units; waste water treatment tanks; apparatus for waste water purification namely, clarification and thickening machines for use in treatment of liquids in the nature of water, waste water and industrial water; water purification apparatus namely, thickening and dewatering machines for use in treatment of liquids including water, industrial effluent and sewage; water purification machines; water purification units; water purifying apparatus; parts and fittings for all aforesaid goods namely, water purification and filtration apparatus;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The apparatus for reducing biological wasted sludge includes a sludge hydrolysis reactor, a sludge neutralization reactor and a membrane bioreactor (MBR). The method of the present invention includes subjecting a biological wasted sludge to hydrolysis and neutralization treatments to offer an intermediate feed suitable to be treated in the MBR. The hydrolyzed sludge and microorganisms are retained in the MBR, so that a further hydrolysis of sludge and decomposition of organics undergo to achieve the objectives of stabilization of sludge and reduction of sludge. Thanks to the filtration membrane of the MBR, specific microorganisms can be acclimated and accumulated in the MBR to decompose substrates in the sludge which are difficult to be decomposed, and an effluent of expected water quality can be meet.