Bioorient Biotechnology products
Odorient-Treatment
Odorient - Model ARB - Biological Wastewater Treatment Bacteria
Designed for municipal waste waters, this product enhances the treatment efficiency of activated sludge processes during seasonal changes and overloads therefore stops the malodors.
Odorient - Model ARB100 - Biological Wastewater Treatment Bacteria
This product is a condensed formula of bacteria especially for the initial phase of activated sludge process for efficient and ultrafast startup.
Odorient - Model ARE - Biological Wastewater Treatment Bacteria
Designed for industrial waste waters, this product contains multifunctional, versatile and efficient bacteria for increasing the efficiency of activated sludge.
Odorient - Model EP - Biological Wastewater Treatment Bacteria
Petrolium products or petrolium based wastes are degraded by this formula efficinetly in aerated processes. Used in docks, shipyards and bilge tanks of ships.
Odorient - Model EC6 - Biological Wastewater Treatment Bacteria
This product contains bacteria that are able to degrade alcoloid and aromatic compounds especially seen in wastewaters of textile, and agricultural industries
Odorient - Model KIM - Biological Wastewater Treatment Bacteria
Degrades the otherwise low biodegradeable surface active agents and phoshorus containg compounds used in detergent and laundry industries.
Odorient - Model CEL - Biological Wastewater Treatment Bacteria
Degrades cellulose wastes produced from paper pulp industries.
Odorient - Model AUG - Biological Wastewater Treatment Bacteria
Breaking down the high chain hydrocarbons and helps the biodegradation of petrolium products and their wastes.
Odorient
Odorient - Model F100 - Biological Odor Removal Bacteria
Destroys the malodors occuring in septic tanks. Lowers sludge residues and facilitates the maintenance of sewer tanks
Odorient - Model F101 - Biological Odor Removal Bacteria
This formula is used in the transfer plants and pumping stations of municipal waste water treatment plants. Stops malodors and increases the efficiency of downstream treatment processes.
