PROBLEMS AND SOLUTIONS

A. Purification of natural water to the standards of drinking water, including hardness salts. A distinctive feature is the ability to individually select a chain of equipment for specific tasks (up to water purification from arsenic)

B. Treatment of water waste.

    a) sewage / fecal wastewater (capacity from 1 m3 / hour to 15 m3 / hour per one technological line);

    b) household and storm waste water;

    c) waste water from industrial enterprises, machining and painting industries, electroplating from heavy metals, mechanical impurities, oil-emulsion effluents (including cutting fluid), phenols, arsenic, antimony, cyanides, etc .;

   d) fat drains from meat processing plants, oil and fat industries, bakeries, confectionery, poultry farms, construction industry plants, etc .;

   e) water runoff  mining and processing  plants and gold recovery factories , including from cyanides

   f) oil-contaminated water runoff (including drilling fluids and process fluids used in the operation of oil and gas fields), sub-shale waters in sea and river ports, when cleaning oil reservoirs, railway tanks;

   g) associated oil waters with additional extraction of industrially significant elements (iodine, lithium, strontium, bromine, calcium, magnesium);

   h) water purification from hardness salts (descaling) with bringing the quality up to the most favorable for its use in boilers, etc .;

Into water gas using steam catalytic cracking processes:
A. From polymer, plastic waste without sorting.

B. From bitumen, tar, rubber, etc.

A. From low-grade coal.

B. From plant materials and waste, including wood.
In . From animal fats.

A. Processing of marine fuels (fuel oil) in order to reduce the sulfur content to the required by today's standards 0.5% with additional purification from metals or without purification from metals.

B. Extraction of vanadium, nickel, titanium and other metals from heavy, high-sulfur oils, heavy residues of oil refining at refineries (including waste with a petroleum product content of more than 65% ).
In . Installations for the production of marine fuels directly on oil tankers.

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A. from tailing dumps of mining and processing  Combines and gold recovery factories , from ash dumps of heat and power plants operating on coal and fuel oil using heap acid and alkaline leaching technologies.

B. from associated formation waters during oil and gas production (bromine, lithium, strontium, iodine, etc.).

 Into technogenic soil, synthetic fuel and clean water. Using the mobile complex, household and process wastewater, household and industrial waste of all types generated during drilling, development and operation of oil and gas fields are fully processed. Especially effective for remote fields.

From plant materials using steam extraction. At the exit, essential oils and hydrolates .