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Recently, two special Ebara lithium bromide absorption chillers for Petrochemical ordered by Shell MDS of Malaysia have been delivered successfully. Ebara has won the trust of global petrochemical enterprises with more than 100 years of technical accumulation and more than 1000 cases experience, and started a new journey of high-quality development for the global petrochemical industry. Shell's natural gas liquefaction technology (GTL) is to convert clean energy natural gas into high-quality liquid products, such as transportation fuel, engine oil, detergent, etc. As early as 1993, Shell founded the world's first commercial GTL plant - Shell MDS in Bintulu, Malaysia. So far, it has nearly 30 years' operation history, and its products are supplied to more than 50 countries around the world. Two outdoor high protection absorption chillers supplied by Ebara are recovering the waste heat from the process and providing chilled water for the production process. Waste heat recovering can reduce energy consumption, save production costs and enhance market competitiveness. The recoverable waste heat is 59,900MW / year which can save coal 7,360t / year and reduce CO2 19,000t / year. The whole process including technical selection, drawing, suppliers, raw materials, manufacturing,delivered documents has passed the supervision of General Standard Technical Service Co., Ltd. (SGS). Before leaving the factory, the whole unit has passed the DOSH( Department of Occupational Safety and Health) certification and the ASME certification.

The HVAC&R system of Beijing Daxing International Airport is the largest ground source heat pump system project in China. It can heat and cool 2.5 million square meters of the public area in Daxing airport. Six centrifugal heat pumps provided by Ebara which adopted 10KV high-voltage frequency conversion energy-saving technology are used in the No. 2 energy center. The cooling capacity of single unit is 6.1MW and the heating capacity is 7.1MW. It is providing cooling, heating and ice storage to the airport at different seasons.

Recently, ERSC received good news in the overseas market. Ebara won the bid to build the Akkuyu Nuclear Power Plant in the Republic of Turkey for 32 centrifugal chiller units, with a contract value of nearly RMB 100 million, once again breaking the existing record for centrifugal chiller super orders. Akkuyu Nuclear Power Plant is located in Mersin Province in the south of the Republic of Turkey, bordering the Mediterranean Sea, with a total installed capacity of 4,800MW and four reactors. It uses the most advanced and safest 3+ generation VVER-1200 nuclear power technology in the world. With a total investment of US $20 billion, Akkuyu nuclear power plant will be able to meet about 10% of Turkey's electricity demand after being fully put into operation. Akkuyu Nuclear Power Plant is Turkey's first nuclear power plant, which is of great significance to Turkey's national energy security. It is a national landmark and strategic project of Turkey. At the request of President Recep Tayyip Erdogan, the Akkuyu Nuclear Power Unit One will be launched and put into operation in 2023 to mark the 100th anniversary of the founding of Turkey. The total designed cooling capacity of the project is 128MW, and 32 special centrifugal chillers are used to provide chilled water for the safe operation of nuclear power plant. All centrifugal chillers use seawater as circulating cooling water, which requires a series of technical indexes such as safety, reliability, stability, seismic grade and economy. After several rounds of bidding and joint demonstration by the designer, the contract-issuing party, the owner and the contractor, relying on its century old profound heritage and leading global advanced technology, Ebara Nuclear Power Special Centrifugal Chillers finally stood out from many bidders and won the first place. ERSC became the only supplier of centrifugal chillers in this project.

Recently, Ebara won the bid for ExxonMobil Huizhou Ethylene Large Centrifugal Chiller Project and three 2100 USRt large-scale low-temperature centrifugal chillers, once again taking the lead in the petrochemical industry. ExxonMobil is the world's largest non-governmental oil and gas producer and the first company with a market value of more than 400 billion US dollars. ExxonMobil Guangdong Huizhou ethylene project is a super key project for domestic investment attraction. The project is positioned as a world-class chemical complex project with competitive advantages, and the total investment is expected to exceed US $10 billion. The project includes a flexible feed steam cracking unit with an annual output of 1.6 million tons of ethylene and two sets of high-performance linear low density polyethylene units with an annual output of 1.2 million tons; One set of the world's largest low-density polyethylene unit with an annual output of 500,000 tons of monomers and two sets of differentiated high-performance polypropylene units with an annual output of 950,000 tons. The selection of production process refrigeration equipment in the project is very careful, which represents the highest standard of reliability and stability in the global petrochemical industry. China Petroleum and Chemical Engineering Corporation (SEI) organized the bidding of "ExxonMobil Guangdong Huizhou ethylene project", requiring that the refrigerator be outdoor explosion-proof, directly controlled by DCS, and the heat exchange tube be made of non-standard materials. The requirements for temperature, pressure, current and other working conditions are very strict, and the operating performance of the same type of device is also strict. It can be said that few manufacturers can fully meet the above conditions. In the end, Ebara explosion-proof centrifugal refrigerator won the unanimous approval of the general contractor and the owner for its high efficiency, energy saving, stable product characteristics and outstanding performance in the petrochemical industry. Ebara has been in the leading position in cooling and heating technology since it produced centrifuges in 1929, and its strength in the industrial field can not be underestimated. Ebara selects models and designs specially for outdoor explosion-proof requirements, and makes full use of the advantages of Ebara's big data accumulation in the industry to enhance the stability of products through professional software simulation, calculation and verification. This successful bid for ExxonMobil Guangdong Huizhou ethylene project marks that Ebara explosion-proof centrifugal refrigerator has been recognized in the most stringent petrochemical process units. After the completion of ExxonMobil ethylene project in Huizhou, Guangdong Province, it will inject strong impetus into the construction of a green petrochemical industry base and a trillion level petrochemical energy and new material industry cluster in Huizhou. The extensive application of Ebara products in refining and chemical processes will provide energy-saving assistance for China to develop a world-class green petrochemical industry cluster. Ebara, focus on the future and exceed expectations!

At the beginning of the Spring Festival in 2022, five large size high-efficiency chillers customized by Ebara for the energy station of The Hong Kong University of science and Technology (Guangzhou) have arrived one after another. The design concept of Ebara chiller with high efficiency and stability coincides with the construction concept of HKUST (Guangzhou) green low-carbon campus. The chilled water and ice storage double working condition centrifugal chillers and high-efficiency absorption chillers help HKUST (Guangzhou) build a world-class "net zero emission" demonstration campus. The Hong Kong University of science and Technology (HKUST) is a top internationally renowned research university in Asia. In January 2022, it was selected as the third most international university in the world in the university ranking published by the British "Times Higher Education". Hong Kong University of Science and Technology (Guangzhou) is a scientific research institution which is prepared and established by the cooperation between the mainland and Hong Kong. It is committed to cultivating and transporting innovative talents with international vision, promoting scientific and technological innovation and industrial upgrading in Guangdong, Hong Kong and Macao. It will also promote the formation of an international scientific and technological innovation center in Guangdong, Hong Kong and Macao Dawan District, and constantly realizing the grand blueprint drawn by the state in Dawan district. The planned building area of HKUST (Guangzhou) is one million square meters, which is divided into two phases. The first phase has a building area of 550,000 square meters, mainly including experimental teaching buildings, libraries, teachers' and students' apartments. In response to the national "double carbon" policy and improve the comprehensive energy utilization rate as well as create a green low-carbon campus, Ebara make full use of energy efficient cascade utilization technology, and create a comprehensive energy service system including centralized cooling and heating, photovoltaic power generation, etc. Ebara chilled water and ice storage double working condition centrifugal chillers and steam type lithium bromide absorption chillers set up a combined cooling and heating platform of "electric refrigeration + absorption refrigeration + chilled water storage + condensate heat recovery" for the energy station, with a total cooling load of 11,000 RT and a total heating load of 6.4 MW. In the summer season, the operation mode shall be adjusted according to the cooling load. The cold storage source of chilled water by centrifugal chillers and the cold source of absorption unit recovering the waste heat of low pressure steam are preferentially used to provide cooling for the whole school. The variable-frequency centrifugal water chiller shall be used as the redundant cold source for the standby cooling capacity of the experimental building with high cold source safety; In the winter season, steam condensate waste heat heating is preferred, and low pressure steam waste heat heating of the power plant is used for the gap heat. The annual sanitary hot water is provided by the steam condensate of the absorption chiller and the waste heat exchange of the low-pressure steam of the power plant. This mode can greatly improve the energy utilization rate and effectively reduce the total energy consumption, and realize the green and efficient operation of the energy station. Ebara's design concept of high efficiency and stability has always maintained the same frequency resonance with the national "double carbon" goal and continue to research and develop leading technologies nationwide. Ebara give full play to the advantages of complete products and actively solve the problem of low energy utilization, and customize the optimized product schemes for users, such as "electric refrigeration + absorption" which combined cooling and heating, "electric refrigeration + closed cooling tower" etc, which promote professionalism to an industry-leading level, and achieve both economic and environmental benefits by creating greater value for users. With the promotion of the national "double carbon" goal, the cascade and efficient utilization of comprehensive energy will certainly be the preferred and the best solution for many users. Ebara, as the navigator of waste heat utilization, has many cases of centralized cooling and heating of regional energy stations and industrial waste heat recovery globally. In the future, Ebara will provide the industry with much more efficient and professional system solutions, and promote the realization of the "double carbon" strategic goal on schedule with technological innovation.

Ebara, with its professional high-efficiency system integration technologies and rich EPC engineering experience, has carried out the general contracting construction of the high-efficiency energy station in Fengtai Campus of Minzu University of China. After a trial operation in the heating season, all data indicators of the energy station are higher than the expected design values, realizing the design goal of low-carbon, efficient, professional and intelligent energy station. The energy station will be officially handed over to the University Management soon. Fengtai Campus of Minzu University of China covers an area of 1206 mu, with a total construction area of 377,300 square meters for the teaching area. Meanwhile, considering 220,000 square meters of public rental construction area to be built and 130,000 square meters of reserved development construction area, the total design heating area of the energy station is more than 600,000 square meters, and the cooling area is more than 300,000 square meters. The energy station has a total building area of 2,200 square meters on the upper and lower floors. The station is designed with three systems: air conditioning water cooling and heating system, heating water system and sanitary hot water system. Three Ebara direct fired lithium bromide chiller/heater units and gas-fired boilers are used as the main cooling and heating source, with a configuration of 30mg/m ³ ultra-low nitrogen burners, combined with the precise low-temperature and high-altitude emission measures in system engineering, makes the emissions meet the Emission Standard of Air Pollutants of Beijing DB11-2017. The energy station is equipped with 12 Ebara cdw-550 open cooling towers, which are installed on the roof of the energy station machine room. These cooling towers, with the advantages of low operating noise, low water floating rate, sufficient heat exchange, good cooling effect, provide constant temperature cooling water for the direct fired cooling and heating water unit and ensures the efficient operation of the energy station. Ebara completed the supply and installation of all equipment in the energy station after carrying out the secondary professional in-depth design of the energy station. The machine room adopts the centralized control of intelligent system to realize the intelligent control of the number of chillers and cooling towers, hot water temperature control, water pump frequency conversion control and other intelligent controls, and can adjust the operation strategy in real time according to the load changes. The energy station adjusts the water flow, pump frequency and other parameters according to the indoor and outdoor temperature changes, further regulates the opening of the heat source valve to control the energy consumption, and regulates the actual heating or cooling capacity, so as to ensure the efficient and low-carbon operation of the system. The energy station intelligently regulates the opening mode of the main cooling and heating source according to the operating load, making the Seasonal Coefficient of Performance (SCOP) reaching 1.32, which is higher than the limit value of 1.11, and also higher than the specified value of "Energy Efficiency Design Standard for Public Buildings" (DB11/687-2015) of Beijing. It has achieved the goal of efficient and low-carbon operation of the energy station. The selection of equipment in the energy station adheres to the concept of "Efficient, Stable, Low-Carbon & Energy-Saving", including high-efficiency direct fired LiBr absorption chillers, low noise and low drift cooling towers, ultra low nitrogen gas-hot water boilers, high-efficiency domestic hot water units, integrated pump units and Ebara advanced fully automatic water quality management units, intelligent analytical deoxygenation devices, fully automatic dosing devices, and fully automatic water softening devices, etc.. Ebara's system integration technology enables efficient and stable heating and cooling systems to be both low-carbon and energy efficient. In the future, Ebara Refrigeration Equipment and Systems (China) Co., Ltd. will continue to give full play to its advantages of complete cooling and heating products, high product integration, mature control system, advanced design concept and rich construction experience, and the first-class qualification for professional contracting of building electromechanical installation engineering, to fulfill its social responsibilities in the field of improving water, air and environment, and to improve the construction of green and low-carbon comprehensive energy stations, to promote the low-carbon transformation of the energy industry, and to make greater contribution to the goal of carbon peak and carbon neutrality. Ebara serves numerous universities and institutions of higher learning. With stable products and high-quality services, it creates a scientific research space with appropriate temperature for students and promotes the rapid development of scientific research in colleges and universities. Renmin University of China Ebara ultra low noise cooling tower: 18 units Drift rate: 0.0014% Total water handling capacity: 2,400 m³/h Beijing University Ebara ultra low noise cooling towers Drift rate: 0.0014% Nankai University Ebara ultra low noise cooling towers Drift rate: 0.0014% Shandong University Ebara ultra low noise cooling towers Drift rate: 0.0014% Water handling capacity: 1,350 m³/h Tianjin University Ebara LiBr absorption chiller: 2 units Total cooling capacity: 3,200 kW The Chinese University of Hong Kong Ebara ultra low noise cooling tower: 14 units Drift rate: 0.0014% Total water handling capacity: 6,800 m³/h The Hong Kong University of Science and Technology Ebara large efficient chiller: 5units Building a "net zero emission" demonstration Campus Total cooling load: 11,000 RT Total heating load: 6.4 MW Shenzhen University Ebara ultra low noise cooling tower: 2 units Drift rate: 0.0014% Total water handling capacity: 1200 m³/h Guizhou Medcial University Combined refrigeration of absorption chillers and module chillers Ebara LiBr absorption chiller: 3 units Modular chiller: 31 units Jinzhou Medical University Ebara high-efficiency seawater source heat pump: 3 units Providing clean heating services for the campus Total heating capacity: 8550 KW Tianjin University of Sport Waste heat source: from soil Ebara high-efficiency centrifugal heat pump: 10 units Ebara screw heat pump: 2 units Total heating capacity: 22 MW

In the outline of the national "fourteenth five year plan", it is clear to enhance the core competitiveness of the manufacturing industry, and high-end new materials rank first, which is the top priority of national development. High end new materials represent the innovation ability of high-end manufacturing, and high-end manufacturing symbolizes the comprehensive strength of the country. The predecessor of Shanghai Petrochemical Co., Ltd. is Shanghai Petrochemical Complex, which was founded in 1972. Now it is subordinate to Sinopec. It is one of the largest integrated oil refining and chemical enterprises in China, and also an important production base of refined oil, petrochemical products and new synthetic materials in China. As one of the major industrial projects in Shanghai, the 48K large tow carbon fiber project of Shanghai Petrochemical has broken through the international technical blockade, used the independently developed PAN based carbon fiber technology to achieve "black gold" mass production, filled the gap of domestic high-end carbon fiber, and demonstrated the strength of made in China to the world. 48K large tow carbon fiber is known as the king of new materials. Its carbon content is more than 95%, accounting for less than a quarter of steel, and its strength is 7-9 times that of steel. It is widely used in aviation, aerospace and other high-tech fields. Ebara has customized three large-scale first-class energy-efficient and high protection centrifugal chillers, pump sets and other auxiliary equipment for the 48K large tow carbon fiber project of Shanghai Petrochemical, with a total cooling capacity of 10020kw, which are mainly used for cooling the carbon fiber core device, the central control room and office area in the plant area, and fully meet the cooling needs of each process section. Ebara escorted the smooth production of carbon fiber and presented a gift for the 50th anniversary of the founding of Shanghai Petrochemical. Recently, 3 sets of centrifugal water chillers and auxiliary equipment have all arrived and been installed in place. Subsequently, we will cooperate with the customer for system joint commissioning. "Ebara" centrifugal chiller successfully served the high-end new material project of Shanghai Petrochemical, which fully reflected the industrial quality of "Ebara" manufacturing. Ebara served high-end customers at home and abroad by virtue of its deep technical heritage and strong customization ability, completely solved the difficult problem of selecting cold and hot equipment for petrochemical enterprises, helped the safe production of core devices in the petrochemical field, and escorted the rapid development of China's high-end manufacturing industry. In the future, Ebara will continue to take "improving efficiency and reducing consumption" as the goal, focus on energy-saving technologies close to the demand side, produce efficient hot and cold products, reduce enterprise operating costs, reduce carbon emissions, promote green and sustainable development of petrochemical enterprises, and contribute to national energy conservation and carbon reduction.

Recently, Ebara, with more than a hundred years of technical heritage and high-efficiency products with outstanding performance, has received frequent good news in the domestic polysilicon field. After winning the bid for Baotou Jingao phase II ten million level closed cooling tower, Ebara has also obtained a super order for high-efficiency centrifuges from Hesheng silicon industry. Ebara's market positioning of serving high-end customers has been continuously inherited. Under the background of "double carbon", the domestic and even global photovoltaic industry is booming, the market scale is improved, and the industry concentration is high. As one of the enterprises with the most complete business chain and the largest production scale in China's silicon-based new material industry, Hesheng has always practiced low-carbon development, adhered to environmental protection, and promoted the "double carbon" goal with green development. Hesheng silicon has been advocating green and clean production, constantly updating advanced equipment, technology and process, and building an integrated circular economy industrial chain. In the 200000 t / a high-purity polycrystalline silicon project of Hesheng silicon based new material industry in central Xinjiang, based on the advantages of Ebara brand with a long history, profound technical heritage and reliable performance, through comprehensive evaluation, 10 large-scale high-efficiency centrifugal water chillers are finally selected to provide cooling for the whole plant and build a high-efficiency and low-carbon refrigeration station, so as to provide core competitiveness for the sustainable development of the enterprise. Ebara has 10 large-scale high-efficiency centrifugal chillers, which meet the requirements of the national level I energy efficiency grade. The total cooling capacity is 106000kw, distributed in four refrigeration stations of two sets of refrigeration systems, and provides 7 ℃ cold water for the process units, centralized control center, central air conditioning, etc. of two 100000 ton high-purity crystalline silicon production lines. The high-efficiency operation of the centrifuge can greatly improve the comprehensive energy efficiency of the refrigeration station, reduce the total energy consumption and reduce the operation cost of the enterprise. After the completion of the project, the energy-saving effect is remarkable, especially in terms of power consumption, which is much better than the standard of specifications and conditions for photovoltaic manufacturing industry (version 2021). The power consumption of the reduction furnace of the project is 43kwh/kg, which is lower than the specification by 7kwh/kg, and the comprehensive power consumption is 60kwh/kg, which is lower than the specification by 10kwh/kg. The brand chooses the brand, and the high-end recognizes the high-end. So far, Hesheng silicon has selected Ebara's high-end products in the three bases of Hesheng silicon in western Xinjiang, Hesheng silicon in central Xinjiang and Hesheng silicon in eastern Xinjiang. The products include high-efficiency centrifuges, large demisting and water-saving cooling towers and low drift industrial cooling towers. Ebara will use stable products and advanced technologies to help Hesheng silicon expand its layout in the whole industrial chain of silicon-based new materials and escort the rapid development of Hesheng photovoltaic new energy business. Ebara high-efficiency centrifuge has a century old brand history, advanced technology, loyal to quality, serving more than 100 industries and nearly 1000 applications. In the future, Ebara will continue to specialize in technology, provide more high-end professional cold and hot energy-saving products to the market, continue to promote the green, low-carbon and high-quality development of the silicon-based new material industry, and promote the country to achieve the "double carbon" strategic goal as soon as possible.

With the accelerated consumption of fossil energy such as coal and oil, the global ecological environment is deteriorating, and greenhouse gas emissions lead to increasingly severe global climate change. Photovoltaic power generation has become the most important renewable energy by virtue of its environmental protection, resource adequacy and other characteristics, and will become the main pillar of global power supply in the future. After industrial upgrading and structural adjustment, the polycrystalline silicon industry in China has continuously increased its concentration. The leading enterprises have made full use of their own advantages to share the cost by expanding the scale, improve the process, improve quality and reduce carbon, and have a strong competitive advantage in the market. Xinte Energy Co., Ltd. has the ability to develop high-purity crystalline silicon, and its overall technology has reached the international advanced level. It is a high-tech enterprise specializing in the development of photovoltaic new energy products, the research and development of silicon-based new materials, and the development and operation of scenery resources. It is also the first demonstration enterprise in the industry that has passed the certification of green design, green products, green factory and green supply chain. Xinte energy has built a 200000 ton high-end electronic polysilicon production plant in Zhundong Industrial Park in two phases, which is an important step for Xinte energy to expand the high-end electronic polysilicon industrial chain, and is also a key node that has always been committed to building China's Silicon Valley and the world's Silicon Valley. In the construction of phase I 100000 ton polysilicon production unit, Ebara stood out from many manufacturers by virtue of its deep technical background, strong non-standard customization ability and high equipment efficiency, and obtained orders for 10 sets of waste heat recovery absorption chillers, with a total cooling capacity of 78mw, providing cooling for hydrogen chloride separation unit and office building air conditioning, and providing guarantee for the safe and orderly operation of the whole plant. After the equipment is put into operation, the annual recoverable residual heat is 867000 GJ, which is equivalent to saving 29600 tons of standard coal per year and reducing 277500 tons of CO2 per year. The successful cooperation between Ebara and Xinte energy has broadened the path of green and low-carbon development for the polysilicon industry. Ebara's high-efficiency energy-saving absorption chiller and water-saving and demisting cooling tower, with stable, reliable, green and efficient performance and high-quality service, actively promote Xinte energy to intelligently create green energy with green crystalline silicon under the goal of "double carbon", create the first "zero carbon" factory in the industry, and realize the sustainable development mode of green "zero" carbon cycle. Ebara's products have served in Hesheng silicon, Jingao solar, Asiatic silicon, Zhongneng silicon, Tianwei silicon, Daquan new energy and many other leading enterprises with advanced technology and reliable quality, and have achieved good application reputation. In the future, Ebara will continue to specialize in technology, develop efficient products, provide more high-end professional cold and hot energy-saving products to the market, continue to promote the green, low-carbon and high-quality development of the silicon material industry, and promote the country to achieve the "double carbon" strategic goal as soon as possible.

Global climate change poses a major threat to human society, and more and more countries have elevated "carbon neutrality" to national strategies, putting forward a vision of a carbon-free future. The proposal of China's "double carbon" goal has brought great changes to the refrigeration and air conditioning HVAC industry, and enterprises with waste heat recovery and efficient utilization technology and efficiency reduction and carbon reduction solutions will become the main force to achieve China's energy structure optimization and "double carbon" goals. Ebara has been deeply cultivating the domestic and foreign waste heat utilization market for 25 years, developing more than 100 applications in waste heat recovery segments, keeping up with the pace of national energy conservation and environmental protection in the past two years, accurately anchoring the "carbon neutrality" goal, actively developing efficient waste heat utilization products, broadening the range of energy-saving products, expanding the scope of business services, providing the market with world-class cooling and heating system solutions, and striving to promote the realization of China's dual-carbon goals as scheduled. As a fist product under the goal of "double carbon", the RTGC series of high-efficiency centrifugal cold water (heat pump) units has won market recognition and customer praise with many advantages such as full range of Level 1 energy efficiency, stable operation, low noise, and non-standard customization. The product application covers the industrial field that urgently needs to improve efficiency and reduce carbon, the building field that urgently needs energy saving and consumption reduction, and the urban clean heating and heating field. Jinzhou Medical University is one of the many institutions of higher learning served by Ebara, with a total area of 851,300 square meters and a total construction area of 388,300 square meters, including office buildings, libraries, teaching buildings and student apartments. Two high-efficiency centrifugal heat pump units and one screw heat pump unit jointly provide clean heating for the campus and provide a suitable learning space environment for teachers and students of the whole school. The total production capacity of the project is 8550Kw, which saves 36080 tons of standard coal and reduces CO2 emissions by 94528 tons per year during winter operation. It is worth noting that the waste heat source of the three units of the project is seawater, which completely solves the problem of strong corrosiveness of seawater, recovers the waste heat of seawater through high-efficiency centrifugal heat pump units, provides heating warm water at 45 °C, and the screw heat pump unit is to deliver 60 °C warm water, which escorts teachers and students in the school to warm up through the winter! RTGC centrifugal chilled water (heat pump) unit Screw chilled water (heat pump) unit Solve the contradiction between the growing demand for heating and the inability to find a clean way to heat With energy-saving lithium bromide absorption products, efficient electric refrigeration products, water-saving cooling tower products and system integration capabilities, EBARA has contributed to domestic industrial energy conservation and building energy conservation. Not only in the industrial field to stand out, in the field of building energy efficiency is also blossoming, the selection of EBARA products institutions of higher learning, EBARA products stable operation for efficient students to provide a comfortable scientific research space. Peking university 1 ultra-low noise cooling tower Bleaching rate is 0.0014% Renmin University of China Matilda Building Renovation Project 18 ultra-low noise cooling towers The total treated water volume is 2400 m³/h Energy station of the new campus of minzu University of China Provide cold and heating system integration services There are 3 sets of absorption type cold and warm water units Total cooling capacity 21000kW 12 medium cooling towers The total treated water volume is 6600 m³/h Shandong University 1 ultra-low noise cooling tower Bleaching rate is 0.0014% The treated water volume is 1350 m³/h University of hong kong Chinese 14 ultra-low noise cooling towers Bleaching rate is 0.0014% The total treated water capacity is 6800 m³/h Tianjin University Absorption refrigeration mechanism for cold heating 2 sets of lithium bromide absorption chillers Total cooling capacity 3200kW Shenzhen University 2 ultra-low noise cooling towers Bleaching rate is 0.0014% The total treated water volume is 1200 m³/h Guizhou Medical University Absorption chiller and modular machine combined refrigeration 3 sets of lithium bromide absorption chillers 31 module machines Nankai University 1 ultra-low noise cooling tower Bleaching rate is 0.0014% Tianjin University of Physical Education Soil acts as a waste heat source 10 high-efficiency centrifugal heat pumps 2 screw heat pumps The total production capacity is 22MW In the future, under the guidance of the goal of "carbon peaking and carbon neutrality", Ebara Hot and Cold (China) will seize the major opportunities of the times, continue to promote the exploration of new technologies and new models, make new contributions to creating a better ecological environment, and create new value for a safer, greener, more convenient and more efficient life for mankind.

In the outline of the national "14th five year plan", it is clearly proposed to promote the energy revolution and build a clean and low-carbon energy system. We should vigorously increase the scale of photovoltaic power generation, build a number of clean energy bases with complementary multi energy, and increase the proportion of non fossil energy in total consumption to 20% during the "14th five year plan" period. Renewable energy will become the leading energy on the road to clean and low-carbon energy. With the advantages of low-carbon environmental protection, low operation cost and flexible installation location, photovoltaic power generation has become the backbone of renewable energy and developed rapidly. Photovoltaic power generation has completely zero emissions in the use process, while the energy consumption and carbon emissions in the photovoltaic manufacturing process are only 5% - 10% of fossil energy, showing great advantages in energy conservation and emission reduction. As a leading enterprise in the whole photovoltaic industry chain, Jingao solar energy is the wind vane of the development direction of the industry and the world's leading manufacturer of high-performance photovoltaic products. From 2018 to 2021, the shipments of photovoltaic modules ranked among the top three in the world. Baotou Jingao, as the 11th production base of Jingao solar in the world, has laid a good foundation for Jingao to promote the development of the whole photovoltaic industry chain. After Ebara completed the supply of 50million level cooling tower in Jingao Qujing base, the reliable performance of the product has been fully verified. In Baotou Jingao phase II closed cooling transformation project, Ebara once again stood out and won the crown. It will complete production and delivery as soon as possible, realize the same direction of "Ebara speed" and "Jingao speed", lay the foundation for the green and low-carbon development of Baotou Jingao, and promote the rapid development of photovoltaic industry. Ebara provided 14 large closed type cooling towers and the demolition of the existing cooling towers for the phase II cooling tower reconstruction project of Baotou Jingao 3GW crystalline silicon project. On the premise that the whole plant will not stop production, ensure the cooling circulating water required for production, dismantle the original open tower in batches and install new closed cooling tower in an orderly manner, which is a powerful witness to the comprehensive installation capacity of Ebara system. According to the customer's on-site environment and process needs, Ebara closed type cooling tower provides circulating water with stable temperature and clean water quality for single crystal furnace and air compressor, completely eliminates equipment scale, reduces maintenance costs, improves production efficiency, lays a solid foundation for Baotou Jingao's large-scale production, and promotes Jingao's continuous leading industry development. Ebara has made remarkable achievements in the field of photovoltaic by virtue of water-saving and low-noise cooling tower products, high-efficiency and power-saving centrifugal chillers, and stable and energy-saving lithium bromide absorption products, which have been highly recognized and praised by clients. Ebara has become the preferred partner for high-end customers in the photovoltaic field with high standards and strict requirements. Xinjiang Xinte energy 7 large demisting and water-saving cooling towers The total water volume reaches 35000m ³/ h The water saving amount is 933000 T / year Xinjiang Western Hesheng silicon industry Ebara 8 super large demisting and water-saving cooling towers The total treatment water volume reaches 40000m ³/ h San'an optoelectronics Co., Ltd Demonstration of closed type cooling tower in semiconductor field 53 units Ebara open (closed) cooling towers Improve the quality of circulating water Reduce water system costs Chint new energy High efficiency crystalline silicon project with annual output of 2.2 GW 25 units Ebara large open type cooling towers 5 units closed type cooling towers Jiangsu Zhongneng silicon 13 units Ebara waste heat utilization absorption chillers Recovered residual heat 62.7mw 38000 T / year of standard coal saved CO2 emission reduction: 2.1 million T / year Tianwei new energy 9 units Ebara waste heat utilization absorption chillers Recovered residual heat 49.3mw Save 30000 T / year of standard coal Emission reduction CO2 78000 T / year Luoyang Zhonggui 5 units Ebara waste heat utilization absorption chillers Recovered residual heat 15.3mw Save 9300t / year of standard coal Emission reduction CO2 25000 T / year Jiangsu GCL silicon materials Two high-efficiency centrifugal refrigerators+1 screw refrigerator Total cooling capacity 6000kW Escort the stable operation of production process Ebara will specializes in energy-saving and efficient products and technologies as always, provides low-carbon and efficient products for the development of the photovoltaic industry, promotes the development of the whole photovoltaic industry chain, realizes the integration of the photovoltaic industry with other industries, reduces dependence on fossil energy, and strives to achieve the goal of "carbon peaking and carbon neutralization". The closed circulating system could reduce water consumption. The production wastewater is returned to the system after being treated by the reclaimed water recycling device, and the water recycling utilization rate reaches 98.5%.

The 27th Pakistan International HVACR Exhibition and conference held in Lahore on 9-11 June 2022 in Expo Center Lahore. Ebara multi energy chiller, centrifugal chiller, Pumps are on display, many clients visited our booth and discussed the details about technical and quality. We also received good feedback from existing clients like Pakistan steel meilles corp. which purchased 3 Ebara steam chillers in 1981, these chillers are still running smoothly.