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Biomass-fired CHP Plant
The construction of a mini-CHP envisages the commissioning of a new boiler and steam turbine equipment, modernization of the existing and installation of new distribution networks, installation of a new fuel preparation, fuel supply and fuel storage system.
In the main building of the mini-CHP, it is planned to install four steam boilers with a capacity of 25 tons of steam per hour each with pre-furnaces for burning bark and wood waste and steam turbine TWIN AA44 - Mono AFA6 - Combi with an electric power of 8 MW. Superheated steam from the boilers is fed to a steam turbine unit equipped with three pressure steam selections. From the steam turbine plant selection, superheated steam is supplied to the technological needs of the enterprise, the heat supply system of the enterprise and the nearby village, the own needs of the mini-thermal power station, and the water heating system in hydrothermal treatment pools.
The project also envisages the construction of a new mechanized chip storage (20,000 m3 of chips), an automated distribution warehouse for supplying fuel to mini-CHP plants and a system of chip and dust pipelines with the total length of about 3 km.
In the main building of the mini-CHP, it is planned to install four steam boilers with a capacity of 25 tons of steam per hour each with pre-furnaces for burning bark and wood waste and steam turbine TWIN AA44 - Mono AFA6 - Combi with an electric power of 8 MW. Superheated steam from the boilers is fed to a steam turbine unit equipped with three pressure steam selections. From the steam turbine plant selection, superheated steam is supplied to the technological needs of the enterprise, the heat supply system of the enterprise and the nearby village, the own needs of the mini-thermal power station, and the water heating system in hydrothermal treatment pools.
The project also envisages the construction of a new mechanized chip storage (20,000 m3 of chips), an automated distribution warehouse for supplying fuel to mini-CHP plants and a system of chip and dust pipelines with the total length of about 3 km.
Related Markets
> Energy
Related Services
> Architecture
> Structural Design
> Mechanical & HVAC
> Electrical Engineering
> Process Engineering & Piping
> Water & Sanitation
> Automation & Control
> BIM Modeling
> BIM Coordination
> Energy
Related Services
> Architecture
> Structural Design
> Mechanical & HVAC
> Electrical Engineering
> Process Engineering & Piping
> Water & Sanitation
> Automation & Control
> BIM Modeling
> BIM Coordination
Services
• Architectural Design
• Structural Design
• Main Equipment selection
• Piping design
• Electrical Design
• Automation & Control (Eplan)
• HVAC Systems design
• Construction Supervision
• Architectural Design
• Structural Design
• Main Equipment selection
• Piping design
• Electrical Design
• Automation & Control (Eplan)
• HVAC Systems design
• Construction Supervision
BIM Implementation
Considering the project complexity, all the main structures and systems were modeled in Revit with the Level of Detail up to LOD 400. Architectural, Structural, MEP and Process Engineering models were put together in one integral model for BIM Coordination. It has ensured smooth workow, more optimal design solutions and client involvement in the design process at all design stages.
Considering the project complexity, all the main structures and systems were modeled in Revit with the Level of Detail up to LOD 400. Architectural, Structural, MEP and Process Engineering models were put together in one integral model for BIM Coordination. It has ensured smooth workow, more optimal design solutions and client involvement in the design process at all design stages.