CLEAN PLANET TECHNOLOGIES
We know how to make the Earth's resources renewable.
ENVIRONMENTAL CARE AS A SERVICE
We take all the responsibilities associated with project development and provide a full chain of project financing to build treatment facilities under the consumer's obligation to pay for the sewage treatment service.
We work according to the terms of Engineering Procurement Construction Management (EPCM) agreement:
•carry out a complex of works from pre-project research
to operational control at the constructed treatment facilities;
•provide full support in the use of water treatment equipment
•execute advanced remote monitoring.
We work according to the terms of Engineering Procurement Construction Management (EPCM) agreement:
•carry out a complex of works from pre-project research
to operational control at the constructed treatment facilities;
•provide full support in the use of water treatment equipment
•execute advanced remote monitoring.
UNIQUE WASTE TREATMENT TECHNOLOGY
The unique effectiveness of the technology is provided by consecutive treatment:
•in a rotor-vortex type reactor, where the particles with cavitation and electromagnetic effects are influenced significantly;
•water treatment by modern membrane methods;
•fine purification and disinfection.
•in a rotor-vortex type reactor, where the particles with cavitation and electromagnetic effects are influenced significantly;
•water treatment by modern membrane methods;
•fine purification and disinfection.
APPLICATION AREAS
Mining industry
Chemical and
petrochemical industry
Metallurgical industry
Pulp and paper industry
Galvanic production
Storm and contaminated wastewater
Food industry
Utilities
Landfill sites with hard degradable organic substances
•no restrictions on the types of contaminants and concentrations;
•opportunity of scalability;
•high productivity (up to 2000 m3/h in purified water)
•low power consumption;
•maximum reduction (10 times or more) of waste during the treatment, including a decrease in their hazard class;
•possibility to make exchange goods from waste;
•quality effluent-treated water suitable for discharge (water disposal) into fishery ponds or reusing in recycling water systems.
•opportunity of scalability;
•high productivity (up to 2000 m3/h in purified water)
•low power consumption;
•maximum reduction (10 times or more) of waste during the treatment, including a decrease in their hazard class;
•possibility to make exchange goods from waste;
•quality effluent-treated water suitable for discharge (water disposal) into fishery ponds or reusing in recycling water systems.
MOBILITY AND SCALABILITY OF LOCAL TREATMENT PLANTS
WORKFLOW
1
CUSTOMER contacts to CONTRACTOR
2
CUSTOMER and CONTRACTOR sign a contract
3
CUSTOMER provides waste samples
4
CONTRACTOR configures the waste treatment technology
5
CONTRACTOR prepares a production prototype
6
CUSTOMER prepares the building area and provides the communications
7
CONTRUCTOR sets a production prototype, provides a trial operation phase
8
CONTRACTOR starts industrial operation
Meet our leaders
- Alexey MikheevCEOAlexey graduated from The University of Chicago Booth School of Business (Chicago Booth), Russian State Tax Academy (PhD) and Financial Academy under the Government of the Russian Federation. Mikheev is the founder of several innovative ventures in the engineering and eco-technology industries. A serial entrepreneur and active investor in a wide range of industries, Mikheev has past experience and expertise in the financial sector, engineering (in the Russian, CIS, and EmEA regions), the metallurgical industry (from sourcing to special steel production) and international trade relations.
- Rustem BagautdinovDeputy DirectorRustem graduated from the Russian Presidential Academy of Public Administration. He has many years of experience in developing and directly implementing the concept and strategy of retail development. He held senior positions, forming and managing an effective team of managers and line staff of over 2000 people.
- Andrey ShevchenkoHead of ProductionEngineer-designer, engineer-technologist of welding productions. For more than 20 years, he has been working in various areas of high-tech development: from oil and gas to space industries. As a project manager led 10 projects with a budget of more than a billion dollars each.
Andrey has published more than 10 scientific papers on methods for cleaning complex contaminants. - Sergey PerevedentsevAdviser to CEOSergey has experience in project finance, venture capital finance and private equity, as well as experience in developing state programs in the field of ecology.
COMPANY'S REFERENCES
There are
more than 30 projects
in Europe and Russia.
The laboratory complex of the company is located in the research center of chemical technology "Russian Chemical and Technological University named by D.I. Mendeleev ". It was created in collaboration with our specialists.
more than 30 projects
in Europe and Russia.
The laboratory complex of the company is located in the research center of chemical technology "Russian Chemical and Technological University named by D.I. Mendeleev ". It was created in collaboration with our specialists.
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