Municipal waste
Waste sorting complex
Benefits: significant reduction of the negative impact on the environment and additional income due to
- 100% recycling of the received waste stream
- processing of own and municipal wastewater
- energy recovery
- recycled materials from wastes
Waste sorting complex
Benefits: significant reduction of the negative impact on the environment and additional income due to
- 100% recycling of the received waste stream
- processing of own and municipal wastewater
- energy recovery
- recycled materials from wastes
An example of a process flow diagram for a waste sorting complex
Waste incineration plants
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to
- cost reduction
- processing of own emissions
- processing of own waste
- ash processing, with the release of a wide range of metals
- production of additional energy
- energy recovery
- recycled materials from wastes
Waste incineration plants
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to
- cost reduction
- processing of own emissions
- processing of own waste
- ash processing, with the release of a wide range of metals
- production of additional energy
- energy recovery
- recycled materials from wastes
An example of a process flow diagram for waste incineration plants
Biogas plants
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to
- reducing costs for water and energy resources
- cost savings on disposal of problematic waste
- increase the volume and range of accepted waste
- increase the production of biogas or the final product – methane by 2-5 times
- energy recovery
- recycled materials from wastes
Biogas plants
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to
- reducing costs for water and energy resources
- cost savings on disposal of problematic waste
- increase the volume and range of accepted waste
- increase the production of biogas or the final product – methane by 2-5 times
- energy recovery
- recycled materials from wastes
Example of a process flow diagram for a biogas plant
Landfills
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to
- processing of landfill gas
- processing of landfill leachate
- processing of communal waste
- recycling of the landfill body
- recycling of incoming volumes of garbage
- energy Recovery
- recycled materials from wastes
Landfills
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to
- processing of landfill gas
- processing of landfill leachate
- processing of communal waste
- recycling of the landfill body
- recycling of incoming volumes of garbage
- energy Recovery
- recycled materials from wastes
An example of a process flow diagram for landfills
Municipal Wastewater Treatment Facilities
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to:
- processing of sludge at the source
- recycle sludge / reduce WWTF area
- reducing costs for water and energy resources
- savings in costs of sludge disposal
- accept additional waste
- increase the production of biogas or the final product – methane by 2-5 times
- energy Recovery
- recycled materials from wastes
Municipal Wastewater Treatment Facilities
Benefits: significant reduction of the negative impact on the environment, reduction of carbon tax and additional revenue due to:
- processing of sludge at the source
- recycle sludge / reduce WWTF area
- reducing costs for water and energy resources
- savings in costs of sludge disposal
- accept additional waste
- increase the production of biogas or the final product – methane by 2-5 times
- energy Recovery
- recycled materials from wastes
An example of a process flow diagram for WWTF
Municipal Waste Management system
The introduction of engineering Aqua FluidTM solutions will enable to establish the most effective waste management and water circulation system for the municipality, and to position municipality as a territory for sustainable development.
Municipal Waste Management system
The introduction of engineering Aqua FluidTM solutions will enable to establish the most effective waste management and water circulation system for the municipality, and to position municipality as a territory for sustainable development.
Cluster solutions
Products of Aqua FluidTM solutions create conditions for the establishment of a number of related industries - energy recovery (biogas, dimethyl ether, fuel cells, etc.), and recycling of materials and products (cinstruction materials, fertilizers, protein components, feed).
The Cluster project allows
- To test solutions for building a closed-cycle economy with a "0" impact on the environment
- Minimize impact on climate change
- Carry out decarbonization of production and consumption processes
Cluster solutions
Products of Aqua FluidTM solutions create conditions for the establishment of a number of related industries - energy recovery (biogas, dimethyl ether, fuel cells, etc.), and recycling of materials and products (cinstruction materials, fertilizers, protein components, feed).
The Cluster project allows
- To test solutions for building a closed-cycle economy with a "0" impact on the environment
- Minimize impact on climate change
- Carry out decarbonization of production and consumption processes
An example of a conceptual technological scheme of an industrial cluster
