Biological Wastewater Treatment: Municipal & Industrial

KAM Biotechnology offers a number of products to decontaminate wastewater and speed the purification process by augmenting the biological environment. Flocculants speed the rate of coagulation of sludges; enzymes, fungi, and microbials remove nitrates, phosphates, heavy metals, and odors.

Our Wastewater Treatment Products Assist In:

  • Bioaugmentation of the biological system
  • Denitrification
  • Phosphate removal
  • Sludge and waste minimization.
  • Heavy Metals Removal
  • Sludge dewatering and Valorization to produce bioenergy.
  • BOD-COD-TSS- odor and color removal using the White Rot Fungi technology.

  • Please contact us for additional information.

Biological Aquaculture Products


Our Biological Wastewater Treatment Products

CELLOZYME 2000 L

 

The discharge of toxic organic chemicals from industrial waste treatment systems markedly affects the microbial population of the receiving environment. These chemicals inhibit or poison a number of vital enzyme systems of these microorganisms that are necessary to the process of biodegradation. Waste conversion, as a result of this loss of biological activity, is severely hampered unless there is a replacement for those inactivated, poisoned microorganisms by adapted natural microbial cultures that are capable of coping with the toxins.

CELLOZYME 2000 L contains a unique microbial ecosystem that is capable of enzymatically metabolizing various types of hydrocarbons and organic chemical intermediates to ecologically acceptable end products under aerobic and facultative anaerobic conditions.

CELLOZYME 2000 L with its unique microbial ecosystem, is able to biologically degrade aliphatic and aromatic hydrocarbons, phenols, naphthalenes, amines, organic acids, aldehydes, ketones, glycols, alcohols, oils and other toxic organic wastes from petroleum refineries and organic chemical plants.

CELLOZYME 2000 L is available in quantities of 1, 4, 208, and 1000 liters.

Please contact us for additional information.