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Long-Lasting Nonionic Foam Suppressant for Industrial Wastewater Processes and Defoaming

Brand Name:	Bluwat
Model Number:	BWF-160
Payment Terms:	L/C, D/A, D/P, T/T

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

Appearance:

White Emulsion

Solid Content:

10-30%

Certification:

ISO9001

Sample:

Availabe

Application:

Wastewater Effluent Defoaming

Packaging Details:

25 kg / 200 kg Drums

Highlight:

industrial foam suppressant

long-lasting anti foaming chemical

wastewater foam suppressant

Product Description

Sustained Foam Control

Long-Lasting BWF160 Foam Suppressant for Industrial Wastewater Processes

Product ModelBWF160

Ionic CharacterNonionic

pH6-8

Reference Dosage50-300 ppm

Application Overview

Recurring foam often reflects variable contaminants and intermittent loading, so short-lived control can lead to repeated manual dosing.

The formulation is designed for sustained foam suppression after the initial surface foam has been broken.

Why Foam Control Matters

In industrial wastewater processes, uncontrolled foam is not only a visual issue. It can reduce usable tank volume, cause overflow, contaminate walkways, interfere with level instruments and carry solids or liquid into downstream units. A suitable defoamer should therefore be assessed for both immediate foam collapse and resistance to re-foaming under real mixing, pumping or aeration conditions.

BWF160 should be treated as one component of process control. Operators should also investigate the underlying source of foam, including surfactant loading, production changes, biological conditions, aeration intensity, recycle streams and hydraulic turbulence.

Key Product Features

Fast initial defoaming for active surface foam.

Continued foam suppression under water-based process conditions.

Nonionic formulation for broad site-specific compatibility evaluation.

Easy dispersion with no floating-oil appearance when properly selected and applied.

Flexible direct, drip, spray or turbulent-inlet dosing options.

Designed for water-treatment use and described as not causing secondary water pollution under intended application.

Typical Technical Data

Property	Specification / Description
Product model	BWF160
Product type	Water-treatment silicone defoamer / antifoam emulsion
Active composition	Polysiloxane with synergist, emulsifier and dispersant
Appearance	Milky-white flowable liquid
Ionic character	Nonionic
pH	6-8
Non-volatile content	12-20%
Centrifugal stability	No separation after 3,000 rpm for 20 minutes
General reference dosage	Approximately 50-300 ppm, subject to actual foam conditions
Optional pre-dilution	Clean cold water; 1-3-fold dilution for drip or spray application
Packaging	25 kg or 200 kg plastic drums
Shelf life	One year under normal-temperature storage; protect from freezing

Note: Typical information should be confirmed against the current commercial TDS and the actual supplied batch.

Recommended Use and Dosing

The general reference dosage is approximately 50-300 ppm. This is a screening range rather than a guaranteed fixed dose. Actual demand depends on surfactant type, contaminant concentration, temperature, pH, dissolved and suspended solids, aeration, mixing energy and the required duration of control.

BWF160 can be added directly at an inlet with good wastewater turbulence. Where broad surface contact is needed, it may be pre-diluted with clean cold water at a 1-3-fold dilution and applied by drip or spray to the foam-concentrated area. Use clean equipment and avoid preparing more diluted product than the operation can use promptly.

Suggested Site Evaluation

Record the untreated foam height and operating conditions.

Start at a conservative dose and increase stepwise.

Measure both collapse time and the interval before foam returns.

Track re-foaming interval, shift consumption, foam excursions and downstream quality.

Confirm that clarification, biological treatment, filtration or discharge performance remains acceptable.

Process Integration Guidance

Establish a baseline over a representative production cycle, then compare pulse dosing with continuous low-rate dosing rather than judging a single grab sample.

When PAC, PolyDADMAC, polyamine, decoloring agent or polyacrylamide is also used, conduct a compatibility trial with the full treatment sequence. Foam reduction should not be evaluated in isolation from floc formation, settling, flotation, sludge dewatering or final-water quality.

Packaging, Handling and Storage

BWF160 is packed in 25 kg or 200 kg plastic drums. Store sealed containers at normal temperature in accordance with general chemical-storage practice. The stated shelf life is one year. Protect the product from freezing, rotate stock on a first-in-first-out basis and inspect emulsion appearance before use after extended storage.

Frequently Asked Questions

Q: Is BWF160 a silicone defoamer?

A: Yes. The supplied information describes a polysiloxane-based formulation with synergist, emulsifier and dispersant.

Q: Can BWF160 be diluted before dosing?

A: Yes. Clean cold water can be used for a 1-3-fold pre-dilution when drip or spray distribution is preferred. Confirm the practical dilution procedure on site.

Q: What is the recommended dosage?

A: A general reference range is approximately 50-300 ppm. The optimum dose must be established using the actual foaming water and operating conditions.

Q: Can it be used in biological wastewater treatment?

A: The product is described for municipal biological treatment systems and as not affecting activated-sludge bacterial reproduction under intended use. A controlled site trial and routine biological monitoring are still recommended.

Q: How should it be stored?

A: Keep the sealed drums at normal temperature, protect them from freezing and use first-in-first-out stock rotation. The stated shelf life is one year.

Why Work with Bluwat Chemicals

Bluwat Chemicals supplies water-treatment chemicals for industrial and municipal applications. The commercial approach combines product selection, sample evaluation and application discussion so that buyers can qualify a grade against their own water, equipment and treatment objectives. For a new project, provide the wastewater source, current process, daily flow, foam location, temperature, pH and any existing defoamer information to support a more relevant recommendation.

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Polyaluminium Chloride

Quaternary Ammonium Polymer

Nonionic Polyacrylamide

Color Removal Chemical

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Polyelectrolyte Flocculant

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Color Fixing Agent

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Chemical Demulsifier