BCPS / AT-2302 – THPS Micro-Biocide for Cooling Water Systems

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£393.00 ex. VAT

Quantity discount tiers

5-8

17%

DISCOUNT

9-16

25%

DISCOUNT

17-31

30%

DISCOUNT

32+

33%

DISCOUNT

Prices are for 25Kg Drums/Kegs

Product can also act as a replacement for Accepta 2537 and Accepta 0502

Description Below

Description

BCPS / AT-2302 is a high performance non-oxidising THPS based micro-biocide that uses the latest chemical technologies for the rapid and effective treatment of cooling water systems.

BCPS / AT-2302 is a rapid-acting micro-biocide developed for use in cooling water systems and is effective against Legionella bacteria, SRB’s, algae and fungi.

BCPS / AT-2302 will also penetrate and disperse biofilm slimes making it an ideal cooling water treatment.

BCPS / AT-2302 has an excellent environmental profile and is readily biodegradable.

Product Benefits

  • Rapid acting micro-biocide.
  • Effective against Legionella, SRB ‘s, Algae, Fungi.
  • Penetrates and disperses biofilm slimes.
  • Excellent environmental profile (readily biodegradable).
  • Readily monitored on site.

Product Properties

Appearance: Colourless liquid
Odour: Pungent
pH: 4.5 approx

*Full details of the product properties are available in the Safety Data Sheet. See below.

Application & Dosage Information

BCPS / AT-2302 should be dosed periodically at a rate of 75 – 150ppm of the total system volume, which equates to 0.75 – 1.5l per m3 of water to be treated.

In a badly fouled system, an initial dosage rate of up to 250ml/m3 may be required which can be reduced once control is gained.

In order to comply with Health & Safety recommendations, BCPS / AT-2302 should be alternated with another non-oxidising or oxidizing biocide.

It is always advisable to carry out a ‘Control Of Substances Hazardous to Health’ (COSHH) assessment before use.

Safety Data

For full details concerning safety precautions, storage and handling procedures for this product please refer to the latest Safety Data Sheet.

To request the latest MSDS for this product please fill out the form below.

Additional information

Weight 25 kg

Description

BCPS / AT-2302 is a high performance non-oxidising THPS based micro-biocide that uses the latest chemical technologies for the rapid and effective treatment of cooling water systems.

BCPS / AT-2302 is a rapid-acting micro-biocide developed for use in cooling water systems and is effective against Legionella bacteria, SRB’s, algae and fungi.

BCPS / AT-2302 will also penetrate and disperse biofilm slimes making it an ideal cooling water treatment.

BCPS / AT-2302 has an excellent environmental profile and is readily biodegradable.

Product Benefits

  • Rapid acting micro-biocide.
  • Effective against Legionella, SRB ‘s, Algae, Fungi.
  • Penetrates and disperses biofilm slimes.
  • Excellent environmental profile (readily biodegradable).
  • Readily monitored on site.

Product Properties

Appearance: Colourless liquid
Odour: Pungent
pH: 4.5 approx

*Full details of the product properties are available in the Safety Data Sheet. See below.

Application & Dosage Information

BCPS / AT-2302 should be dosed periodically at a rate of 75 – 150ppm of the total system volume, which equates to 0.75 – 1.5l per m3 of water to be treated.

In a badly fouled system, an initial dosage rate of up to 250ml/m3 may be required which can be reduced once control is gained.

In order to comply with Health & Safety recommendations, BCPS / AT-2302 should be alternated with another non-oxidising or oxidizing biocide.

It is always advisable to carry out a ‘Control Of Substances Hazardous to Health’ (COSHH) assessment before use.

Safety Data

For full details concerning safety precautions, storage and handling procedures for this product please refer to the latest Safety Data Sheet.

To request the latest MSDS for this product please fill out the form below.

Additional information

Weight 25 kg

Data Sheets & enquires

To request the safety or technical data sheets on this product or simply enquire further about chemical supply please fill out this contact form.

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