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Surface waters ponds biological purification and environmental rehabilitation

Intensive pollution of surface waters in natural ponds and lakes by organic waste, insufficiently treated waste waters, fields and roads runoff, manure and fertilizer, nutrients influx, sewer influence, natural accumilation of dead leaves, fish and bird feces, bottom sludge leads to ecological misbalance, abnormally high bioproductivity, eutrophication, degradation and dying. The environmental impact of anthropogenic and technogenic load expresses itself in icreased nutrient levels, diminished ability of surface waters and pond eco-systems for natural self-purification, abnormally high phytoplancton productivity (green-blue algae, green algae, duckweed), low dissolved oxygen levels, microbial contamination. The environmental rehabilitation of eutrophicated (organic and nutrient enriched ) ponds is reached by introducing gradually in the water eco-system relatively high concentrations of natural micro-organisms species responsible for biological degradation of dead and decaying organic matter (water BOD,COD, bottom sludge) into CO2 and H2O, increasing overall water self-purification, consuming excessive nutrients (N,P). Biological treatment using a synergetic micro-organism consortium allows fully rehabilitate the impacted lake/pond within 3-4 months of vegetative period (spring-summer-autemn) without a mechanical or chemical intrusion which always have a negative side ecological by-effect on the eco-system: restore surface water quality (BOD,COD,DO,N,P,Microbiology,odour,metals), reduce bottom sludge level and stop the nutrient streams from decaying bottom sludge into water, stop massive reproduction of phytoplancton (duckweed, green-blue algae, green algae etc.), supress pathogenic microflora and increase pond's self-purification ability through activization of beneficial saprophite biocenosis, increase dissolved oxygen levels. The final aim is to stop the eutrophication and recover the biological balance. The technology is applied towards natural and artificial closed and semi-closed ponds and lakes with almost any mirror surface and depth. The technology is ecologically and hygienically safe.

Oil spillage biological treatment, environmental rehabilitation of oil polluted soils and waters

Oil (oil products) is an enviromentally dangerous matter when being spilled into soil or surface water. Oil supresses soil's perspiration, nitrogen fixation, plant's roots extractions - brings heavy impact on soil system. The natural degradation of oil in ponds and lakes is a complex and long process, producing toxic by-products for the pond's system. The environmental impact of the oil spillage is overcome by introducing a synergetic consortium of hydrocarbon degrading micro-organisms into the soil or water. The oil oxidizing bacteria degrade the oil into CO2, H2O and humic matter. The reduction of 99% of oil pollution is reached within 90 to 200 days for low and high oil concentrations correspondingly. The 50% reduction of pollution is reached within 20-30 days. The soil is treated 3 times trhough vegetative season, periodically moisturized and tilled. The treated soil rehabilitation is completed by seeding grass. The technology is ecologically and hygienically safe.

Grease waste biological treatment.

Microbial treatment of food industry waste waters rich on grease, fats, oils allows to treat the wastewaters to the sewer levels, liquefy and dislodge big amounts of thick grease and fat waste into CO2,H2O and light ecologically safe sediment. The technology allows to liquefy and reduce heavy fat masses, keep sewer piping and pumping stations clean, reach target effluent. The technology is ecologically and hygienically safe.

Fecal waste biological treatment

Fecal waste waters and heavy waste masses are treated with a synergetic consortium of selective improved highly productive Bacillus species which use fecal organic as the main source of energy. The aerobic and anaerobic facultative microorganisms produce lignolithyc, hydrolithyc, lipolithyc, and other, enzymes, breaking the heavy fecal waste masses into finest particles which are intensively consumed by microorganisms as a food source and dislodged into CO2 and H2O. The microbial treatment allows to reduce the fecal waste by average 85%, reduce and localize malodours, treat the wastewater for reduction of BOD, COD, N,P levels, supress pathogenic microflora. The treated waste and water are safe for soil after-treatment on drainage fields. The technology allows to liquefy and reduce heavy fecal masses to CO2,H2O and light sediment, reduce malodours, keep sewer piping and pumping stations clean. The technology is ecologically and hygienically safe.

Sanitary landfills, waste dislodging and composting

A microbial solution for landfills helps to speed the composting process, improve the compost characteristics. The technology is ecologically and hygienically safe.

Wastewater biological treatment and disposal

Microbial consortiums for treatment of industrial wastewaters (food insdustry, fecal wastewaters, refineries, tanneries) to reduce BOD, COD, N,P in wastewater to needed levels. The technology is ecologically and hygienically safe.

Agricultural waste biological treatment

The consortium of 6 aerobic and anaerobic Bacillus microorganisms using dung and manure organic matter as a main source of energy allows to liquefy, dislodge and reduce big amounts of concentrated cow, swine, chicken waste in pits, lagoons, and biological waste water treatment facilities. It allows to reduce the environmental impact of the agricultural waste by disloging the waste matter into CO2,H2O,and humic matter, reduce malodors as ammonia and sulphuretted hydrogen extraction, reduce pathogenic microorganisms and helmints, produce ecologically sageasy to handle and fertilizer valuable material. The technology is ecologically and hygienically safe.

Odour control

The biological treatment of VOCs (Volatile organic connections) which are the cause of most hard odours: ammonia, sulphuretted hydrogen, mercaptans, hydrocarbons, etc., allows to destroy the odour instead of it's masking with fragrances. We use both microbial and biochemical methods of odour destruction which are both ecologically safe, easy to perform and use, reduce malodors from 6 points to 1-2 points levels, and cost-effective. The technology is ecologically and hygienically safe.

RSE-trading LLC
Environmental biotechnology MIKROZIM(tm)

129110, Moscow, Gilyarovskogo str.,4,build.5

Tel: +7(495) 514-38-42

Fax: +7(495)225-45-38

E-mail: mikrozym@inbox.ru

Examples of finished environmental rehabilitation works, video, photoes

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