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This thermal power plant generates electricity through thermal energy conversion. It features multiple chimneys and extensive piping for efficient operation.

This hydraulic turbine converts the energy of flowing water into rotational motion. It is suited for electricity generation in hydroelectric power plants.

This thermal power plant generates electricity by converting heat energy into electrical energy. It uses cooling towers and smokestacks, indicating the combustion of fuel to produce steam, which drives turbines connected to generators.

This plant processes natural gas into a liquid state. It includes transmission, compression, purification, liquefaction, storage, and loading components for efficient LNG processing.

Oil and gas processing plants collect raw natural gas and crude oil from production wells, preparing them for transportation and further processing. These facilities separate water, sand, and other impurities, stabilizing crude oil and removing undesirable components from natural gas.

This gas power generation system is a core component for shale gas development, enabling powered drilling. The system includes six 2000kW power modules, offering low noise, low emissions, rapid transportation, and precise control to meet shale gas development needs.

This gas power generation system is designed for petroleum prospecting engineering applications. It utilizes advanced gas turbines or engines optimized for fuel efficiency and reduced emissions.

The Francis hydroelectric power generating sets are suitable for hydro power plants (HPP’s) of low and medium heads. The biggest unit capacity in them has reached 90.

This is a conventional generator stator. The structure features precision welding and bolted connections, designed for high-capacity electricity generation.

Implementation began in 2010 on a 50 MW heavy fuel power plant. This project involves power engineering and construction of circular concrete foundations and cylindrical steel structures.

This equipment is used in the construction of power engineering projects. It is often used for heavy lifting and infrastructure development.

The coal-water slurry power plant is designed for electricity generation. It utilizes coal-water slurry as its primary fuel source.

This plant generates electricity through nuclear processes. It is designed with safety features and efficient energy generation technologies.

This equipment is used for generating electricity. It converts various forms of energy into electrical power for distribution and use.

This power plant utilizes nuclear reactions to generate electricity. It features reactor containment buildings, turbine halls, control buildings, and extensive infrastructure for power transmission.

This equipment is used for generating electricity. It is designed for large-scale power generation in industrial settings.

Electricity generation equipment produces electrical power from various energy sources. They are essential components in power plants and energy facilities.

The Kaplan turbine is well-suited for low-head power stations, generally used for heads of 2-30 meters. Flow through the runner is always along the axis, and the unit structure follows a vertical layout.