Industry News

Learn how Bluwat Chemicals optimized machining wastewater treatment using Water Decoloring Agent and Polyacrylamide to break emulsified oil, remove color, and improve clarification efficiency in metal processing wastewater.

Case study of fluorescent wastewater decolorization using decoloring agent, PAC and PAM. Step-by-step treatment solution by Bluwat Chemicals.

Discover the key differences between ACH and PAC in water treatment. Learn why Aluminum Chlorohydrate offers higher basicity, lower sludge, and better low-temperature performance.

Learn how controlled pH and sequential dosing of Water Decoloring Agent, PAC and PAM improve anodizing wastewater decolorization performance. Technical case study by Bluwat Chemicals.

Case study on PHPA polyacrylamide polymer improving drilling fluid stability and enhancing oil recovery in high salinity reservoirs. Proven oilfield performance.

In wastewater treatment systems, coagulants and flocculants are not added randomly. Their dosing locations are carefully selected based on treatment objectives, wastewater characteristics, and downstream processes. 

Polyacrylamide (PAM) can operate across a wide pH range, but wastewater pH plays a critical role in determining flocculation efficiency and polymer selection.

Learn how water decolorization agents remove color from industrial wastewater using cationic charge neutralization. Mechanism, applications, and limitations explained.

Polyacrylamide is known by many names such as PAM, polyacrylamide flocculant, acrylamide polymer, and polyelectrolyte. This article explains the most common alternative names and how they are used in water treatment and industrial applications.

In this project, an Indian textile manufacturer visited Bluwat Chemicals’ laboratory with a real wastewater sample collected directly from their production plant. The objective was to evaluate whether optimized physicochemical pretreatment could create acceptable conditions for downstream biological treatment.