Composting in climatic chamber (ENG)

Facility in Ramenskiy district, Moscow region

Facility in Ramenskiy district, Moscow region

Benefits of the technology

Requirements for land and infrastructure

Brief summary
The Company offers an effective solution to the issue of bio-organic waste disposal through the construction of facilities for the production of composts and artificial soil.
World experience shows widespread use of similar solutions in the field of waste management.
Applied technology is fully adapted to different conditions.
The process of disposal of waste and production of products are fully complied with the requirements of the current legislation on environmental and sanitary-epidemiological safety
The State Ecological Expertise gave a positive conclusion to the technology of processing and utilization of organic waste by composting in a climatic chamber
The products received in the process of waste utilization are in demand in agriculture, forestry and communal services, truck farming, landscaping and restoration of disturbed lands.

Benefits of the technology
[132, Kuner 2001].
[149, Kuner 2000.]
Source material: Biological wastes; measurements made with the same product as in (6).
PM 2.5 Efficiency of particle filtering in accordance with VDI 3926. Part 2. Testing the filter material of cleaned filters under operating conditions. These tests were performed on the GORE® L3650, a dry filter element with a porous PTFE membrane with a wider porosity, solely for experimental purposes.
[133, Shmidt 2009].
Source material: Solid biological waste / sewage sludge; measurements made with GORE® Heap Cover with a semipermeable PTFE GORE® membrane.
Measurements were made with various source materials in the framework of the project to recognize the GORE® Heap Cover as the best developed cleaning system (BACT) in accordance with Rule 4565 and Rule 4566 of the San Joacim Wolley Regulation for Air Emissions Control, and the Regulation 1133 Regulation on Air Quality Control in Southern California.

Benefits of the technology
NMVOS - Non-methane volatile organic substances such as benzene, ethanol, formaldehyde, cyclohexane, 1,1,1-trichloroethane or acetone.

Food waste
Sludge from sewage
Plant waste, including agricultural production, communal and forestry facilities
Organic part of solid municipal waste
Organic waste from food industry
Raw materials
for composting
Raw materials

Main types of products

The application of semipermeable membranes
Principle of work

The climatic chamber under the membrane
Principle of work

Aeration and sanitation system
General view of the climatic chamber
The wall of the climatic chamber for the placement of aeration equipment and control systems
Engineering solutions

The system of covering the climatic chamber with membranes
Engineering solutions
Fully automated system with remote control capability

Engineering solutions
Software and hardware complex for control