- × 12V Sampling Pump Monsoon 37m 1 × 519.00 €
- × Grundfos CR 10-3 A-A-A-E-HQQE 1 × 1,152.00 €
Subtotal: 1,671.00 €
OFT Pumps specializes in providing high-quality pumps specifically designed for handling leachate and hydrocarbon contaminated liquids.
Pumping of liquids in the landfill, drainage of liquids from piezometric wells, sampling of fluids in sites contaminated by hydrocarbons, and groundwater.
Pumping of liquids in the landfill, drainage of liquids from piezometric wells, sampling of fluids in sites contaminated by hydrocarbons, and groundwater.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of fluids contaminated by hydrocarbons and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of contaminated fluids and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of contaminated fluids and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of contaminated fluids and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of contaminated fluids and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.
Pumping of liquids and extraction of leachate in landfill, drainage of contaminated fluids and groundwater. The ATEX pumps in conformity with 2014/34/UE Directive can be installed in potentially explosive atmospheres according to the marking explained hereafter.