Design and construction
of power plants
The engineering and design center of Panjiang Refined Coal Group specializes in comprehensive design of thermal power plants
From Start To finish
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Introductory part Panjiang Refined Coal Group's engineering and design center specializes in comprehensive design of thermal power plants and power grid facilities. The specialists of the design and engineering center work in Russia and China
Mission TPP design is one of the leading directions of our activity. Our company employs designers with more than 30 years of experience in the energy sector, who implement all project documentation in accordance with customer requirements
Projecting costs
resin polymers
Strategy Our first-class specialists professionally perform TPP design in the following areas: - design of TPP on the basis of steam-turbine generators with capacity from 1 MW, with boilers on different types of fuel (gaseous, liquid, solid fuel); - designing TPP on the basis of gas piston power plants with capacity from 100 kW - TPP turn-key construction and design. TPP design is carried out with the use of products from leading world manufacturers: MWM, MTU, JCB, Cummins, Wilson, Parsons, G-team, Ekol, etc. The specialists of our company also provide additional services accompanying the design process: - Author's supervision. Approval of the design documentation by the relevant authorities in the amount necessary and sufficient to start the work Designing TPPs and mini-TPPs. This task requires a high degree of professionalism and experience in the construction and operation of power plants. Our team, which has extensive experience in the design and connection of complex and non-standard power plant projects, can guarantee you a reliable quality of work. The design is carried out individually depending on the intended installation site, operating conditions and individual customer requirements. We work with many of the world's largest power generation fleets to provide all state-of-the-art techniques and components for future projects. We help our customers develop the capabilities to create a solid foundation for increased productivity. We provide access to an unparalleled global network of specialists with in-depth knowledge and hands-on experience in energy, green manufacturing and energy efficiency. - Plant operations at the forefront. Our unique, field-tested process, supported by training modules, IT packages and green manufacturing methods, helps clients identify opportunities for improvement, generate and evaluate ideas, set priorities and track results. We tailor each program to the appropriate production technology-fossil, hydropower, or nuclear-by focusing on thermal capacity, individual performance, and downtime. - Portfolio and operational risk management. By following our systematic approach to assessing risk and profitability, clients can make more informed decisions about sourcing, wholesale to retail mix, long-term and short-term sales and hedging programs. We help clients align commercial and operational incentives to make the most of opportunities and achieve sustainable impact. - Performance Transformation. Our pragmatic focus on value creation enables clients to quickly realize operational benefits, adjust performance in real time, and effectively track progress. To ensure that transformation drives continuous improvement, we focus on long-term changes in mindset and behavior as well as short-term productivity improvements
Most electricity in China, as well as the rest of the world, is provided by thermal power. The amount of electricity provided to meet fluctuating demand is mainly regulated by thermal power generation. Thermal power plants use a wide range of fuels to generate electricity, based on the ability to produce it stably and economically, as well as environmentally friendly. These fuels include liquefied natural gas (LNG) and liquefied petroleum gas (LPG), which are clean, sulfur-free energy sources, along with petroleum fuels such as heavy oil, crude oil, and coal. 1. heavy and crude oil transported by ship is stored in specialized tanks, after which it is sprayed into boilers using pumps. One liter of heavy oil typically generates approximately 41,000 kJ (10,000 kcal) of heat. 2 The gas turbine fuel contained in the compressed air inside the combustion chambers is burned to form gas, and the resulting expansion power is used to turn the gas turbines. 3. Exhaust Heat Recovery Boiler. The high-temperature exhaust gas remaining after driving the gas turbines is used to heat water and create steam. Boilers of this type are equipped with internal denitrators that reduce the nitrogen oxide content of the exhaust gases. 4. Steam turbines. The steam energy from the waste heat recovery boiler is used to turn the steam turbines. 5. Generators and transformers. Transformers rotate at a high speed of 3,000 rpm, which allows them to produce 15,000 to 20,000 volts of electricity. The voltage of this electricity is then raised to 154,000 to 500,000 V by the transformers inside the power plant before the electricity is transmitted to the source. Thus, all the infrastructure involved in generating and processing energy is always profitable. There are no risks of investing in the construction of power plants, since this niche will always be in demand in all countries of the world

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