Power Equipment and Infrastructure Removal
When working with industrial Power Plant Equipment Rigging, you want methodical equipment removal. First, we stress safety and environmental responsibility. And if you want to sell your power production equipment, we can help by providing full services ranging from rigging to helping you sell your power generation equipment.
Environmental impact assessments are important for detecting and reducing hazards during power plant decommissioning services. Our comprehensive examinations go beyond compliance to identify possible concerns like soil and water pollution. We provide responsible decommissioning with the environment in mind.
This requires specialized power rigging equipment operators and following environmentally friendly techniques. Our industrial power equipment rigging services are intended to reduce the environmental impact for a sustainable future.
Rigging Services for Power Facilities
Coal Power Plants
Natural Gas Power Plants
Oil Power Plants
Solar Power Plants
Wind Power Plants
Hydropower Plants
Geothermal Power Plants
Nuclear Power Plants
Biomass Power Plants
Tidal Power Plants
Wave Power Plants
Combined Heat and Power (CHP) Plants
Hydrogen Fuel Cell Plants
Microgrids
Hybrid Power Plants
Environmental Impact Assessment for Power Plant Decommissioning
Proper waste management is key to our decommissioning process. We carefully identify and engage resources to handle power plant hazardous and radioactive waste properly. Waste management systems and heavy rigging equipment are combined to meet our commitment to environmental sustainability.
Our mission is to handle equipment removal while remaining sensitive to your work environment. Whether you want industrial power equipment rigging or are looking at power generation equipment resale possibilities, our comprehensive services cover all aspects of a green decommissioning approach.
Power Plant Rigging Special Considerations
Power Plant | Specific Equipment | Special Considerations |
Coal Power Plants | Coal crushers, pulverizers, boilers, ash handling systems | Proper handling and disposal of coal ash, addressing contamination, and safe removal of coal-handling equipment |
Natural Gas Power Plants | Gas turbines, combustion chambers, HRSG, gas compressors | Managing residual gas, safe disconnection of gas pipelines, addressing chemical hazards, and decommissioning gas turbine systems |
Oil Power Plants | Oil-fired boilers, fuel oil storage tanks, combustion turbines | Proper disposal of oil, handling contaminated equipment, addressing soil and water contamination, and safe removal of components |
Solar Power Plants | Photovoltaic panels, inverters, mounting structures | Recycling or proper disposal of solar panels, managing hazardous materials in inverters, and ensuring safe dismantling of structures |
Wind Power Plants | Wind turbines, nacelles, blades, tower structures | Disassembly and recycling of turbine components, safe handling of large and heavy components, and addressing potential impacts |
Hydropower Plants | Turbines, generators, dams, control systems | Safe decommissioning of dam structures, managing reservoir sedimentation, and addressing ecological impacts on aquatic ecosystems |
Geothermal Power Plants | Geothermal wells, heat exchangers, power generators | Proper abandonment of geothermal wells, handling geothermal fluids, and addressing potential subsurface impacts during decommissioning |
Nuclear Power Plants | Reactors, steam generators, radioactive waste storage | Rigorous safety protocols for handling radioactive materials, secure storage and disposal of nuclear waste, and proper power reactor shutdown |
Biomass Power Plants | Biomass boilers, gasifiers, ash handling systems | Proper disposal of biomass ash, handling organic materials, and addressing environmental impacts related to biomass storage |
Tidal Power Plants | Tidal turbines, underwater generators, tidal stream systems | Safely removing underwater components, addressing marine environmental impacts, and handling equipment in challenging conditions |
Wave Power Plants | Wave energy converters, power take-off systems, buoyant structures | Safe dismantling of wave energy converters, addressing marine impacts, and handling floating or submerged structures |
CHP Plants | Combined cycle systems, heat recovery systems, dual-purpose generators | Coordinated decommissioning, addressing heat-related hazards, and ensuring efficient energy transition |
Hydrogen Fuel Cell Plants | Fuel cells, hydrogen storage systems, power conditioning units | Safe handling of hydrogen, addressing chemical hazards, and proper disposal or recycling of fuel cell components |
Microgrids | Distributed generators, energy storage systems, control systems | Coordinated decommissioning of diverse components, ensuring grid stability, and addressing potential impacts on local energy supply |
Hybrid Power Plants | Combined components of different power sources | Coordinated decommissioning of various technologies, addressing interdependencies, and ensuring a seamless transition |