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Arsenic Reduction Simplex System with Clack WS1CI Digital TIME Controller

Arsenic Reduction Simplex System with Clack WS1CI Digital TIME Controller

Ref: 6513

Arsenic is found in waters in many parts of the UK. The Arsenic comes from the underground rocks through which the ground water percolates.

The Arsenic legal limit is 10ug/ll.

This dry crystalline media is similar to amorrphorphous iron hydroxide but specifically formulated to give a high arsenic removal capacity.

The media is strong, reliable and easy to handle.

Bayoxide is regulation 31 approved for both Municipal and Private Water use.

Water pH needs to be between 6.8 and 9.5 with less than 0.2 mg/l phosphates and no antimony.

This arsenic reduction unit is supplied partailly assembled for shipping. Some assembly will be required. All components and instructions will be supplied.

The arsenic reduction unit size is the physical size of the vessel given in inches (eg 10" x 44").

The figure in litres is the volume of the granular Bayoxide.

The lph (litres per hour) figure is the maximum flow rate.

The capacity of the granualr bayoxide assuming a volume of 50 micro grams/litre of Arsenic

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Arsenic is found in waters in many parts of the UK. The Arsenic comes from the underground rocks through which the ground water percolates.

The Arsenic legal limit is 10ug/ll.

This dry crystalline media is similar to amorrphorphous iron hydroxide but specifically formulated to give a high arsenic removal capacity.

The media is strong, reliable and easy to handle.

Bayoxide is regulation 31 approved for both Municipal and Private Water use.

Water pH needs to be between 6.8 and 9.5 with less than 0.2 mg/l phosphates and no antimony.

This arsenic reduction unit is supplied partailly assembled for shipping. Some assembly will be required. All components and instructions will be supplied.

The arsenic reduction unit size is the physical size of the vessel given in inches (eg 10" x 44").

The figure in litres is the volume of the granular Bayoxide.

The lph (litres per hour) figure is the maximum flow rate.

The capacity of the granualr bayoxide assuming a volume of 50 micro grams/litre of Arsenic

oops

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