Microlife biological wastewater treatment products are developed to establish and maintain healthy microbial activity in domestic and industrial wastewater treatment plants. They help improve biological treatment efficiency, reduce odors and support stable plant performance.
For information on our ®Neutroair odor removal products, developed to eliminate odors in wastewater treatment plants, please visit our website at www.neutroair.com.
Microlife wastewater treatment products are widely used in:
It supports the flocculation and nitrification process. It increases the efficiency of the plant. It stops the formation of filamentous bacteria.
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It ensures rapid reduction of waste in wastewater. It ensures rapid commissioning of facilities. It helps to restore process balance in facilities with waste loads exceeding their capacity.
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It supports the biological transformation of industrial wastes in wastewater. It shortens the commissioning time of plants. It helps in the breakdown of long carbon chain, aromatic, halogenated and non-halogenated compounds through biological oxidation and dehalogenation.
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Decomposition of phenol, halo hydrocarbons, benzene, trimethylamine, ethanol, chloromethane, and formaldehyde. Specifically developed for use in agriculture, the food industry, canning factories, breweries, and industrial ovens.
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Decomposition of phenol, halo hydrocarbons, benzene, trimethylamine, ethanol, chloromethane, and formaldehyde. Specifically developed for use in petrochemical, textile dyeing and finishing, coal and byproduct industries, phenol waste, paper manufacturing plants, and tanneries.
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Degradation of triglycerides, grease, naphthalene, and natural hydrocarbons. Specifically developed for use in dairies, cheese factories, delicatessen industries, oil factories, soap factories, salting plants, meat packing plants, tallow processing plants, and wool washing factories.
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Microlife DCT004, with its active ingredients, enables the transformation of chemical waste in wastewater from the surfactant, soap, and detergent industries. It helps prevent filamentous bacteria problems. It breaks down anionic, cationic, and non-ionic surfactants through biological oxidation and dehalogenation.
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Degradation of starch, lignin, and cellulose. Developed for use in the agricultural and food industries. Starch, pulp, and paper mills. Tanneries and accelerating the composting process.
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Decomposition of biphenyls and chlorohydrocarbons. Developed for use in petrochemical waste, power plants, metallurgical industries, solvents, etc.
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Decomposition of chlorohydrocarbons and chlorophenols. Developed for use in the waste of agriculture and the food industry, sugar factories, slaughterhouses, and tanneries.
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Microlife DCT008 contains microorganisms specifically selected for their hydrocarbon scavenging effects. It breaks down long-chain hydrocarbons and aromatic compounds through biological oxidation and dehalogenation.
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Decomposition of cyanides and their by-products. Developed for use in metallurgy and related industries, mining, and the recovery of accidental spills.
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Decomposition of sulfur and hydrocarbons and organic deposits. Prevention of anaerobic formations. Specifically developed for urban municipal wastewater treatment plants.
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Microlife DCT012 contains nitrification microorganisms. These microorganisms fix to mineral supports, providing high degradation capacity for the mineral supports to break down wastewater, while also protecting them from external influences.
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They help establish and maintain healthy biological activity, improve the breakdown of organic pollutants, support stable treatment performance and contribute to odor reduction.
New wastewater treatment plants require an active microbial population to begin biological treatment efficiently. Bacterial dosing accelerates this process and helps reduce the startup period.
Yes. Microlife products can be applied in many industrial wastewater treatment systems where biological treatment is suitable, including food processing, manufacturing and various industrial facilities.
Regular application helps maintain a balanced microbial population, ensuring consistent biological activity and stable treatment performance over time.
Yes. By accelerating the biological degradation of organic waste, beneficial bacteria help reduce odor formation caused by anaerobic decomposition.
For more information on application areas, products, and biological treatment processes, please visit our Frequently Asked Questions page. Here you can find answers to the most frequently asked questions about wastewater treatment plants, grease traps, marine, agricultural, livestock, and other applications.
The microorganisms in Microlife products consume existing debris as food.
When Microlife is used, waste is completely converted into water and carbon dioxide. Waste does not break off and drift, preventing future blockages. It does not accumulate in sewers and grease traps.
Microlife aims to reduce blockages, overflows, and odor problems in kitchen and toilet drains.
The goal of Microlife representatives is not just to supply products, but to provide services and solutions.
Microlife delivers fast and reliable results to meet customer needs.
At Microlife, we help you achieve more efficient and sustainable results in waste management, odor control, wastewater treatment, agriculture, and livestock farming with our environmentally friendly biological products.