Potable Water Home 

• Charge range is 100% cationic through non-ionic to 100% anionic
• Molecular weights range from very low to very high
• Cationic products are also available in a variety of molecular weight distributions

• Relative molecular weight varies from very low to very high
• Available in solid concentrates of 20 to 40 percent

Many of our flocculants (cationic, anionic, and non-ionic) DADMACS, and Polyamines are both NSF approved for drinking water and have GRAS status. GRAS status allows product incorporation into animal food when the animals are destined to become human food.

• Charge is 100% cationic
• Relative molecular weight varies from very low to high
• Available in solid concentrates of 30 to 50 percent

• Charge is medium high
• Relative molecular weight is low
• Solids concentration is 8 percent

• Includes polymerized aluminum salts, aluminum salts and iron salts
• Products range in basicity from zero to very high
• Many are NSF approved for drinking water treatment
• Products are often custom blended with organic coagulants to optimize performance

• KML provides a broad range of products that are effective at precipitating metals with or without pH adjustment

KML offers defoamer products effective in all industrial and municipal applications. We provide options including food grade, emulsifiable and non-emulsifiable, and bases including water, oil, silicone, esters, water-based silicone and ester silicones.
 

Most industrial odors can be controlled. Products are matched to specific problems, and include neutralizing agents and strong and weak masking agents.
 

Specialized bacteria products are matched to specific industrial and municipal applications. Effectiveness depends upon environmental factors, including temperature, pH, detention time, nutrients, and aeration.

KML also offers enzymatic solutions that can function in a less friendly environment. These products are very effective managing problems with grease, oils and fats. They can also effectively enhance the wastewater treatment process.