Hydrogen Energy
The 100,000 Hydrogen Storage Cylinders/Year Project of Songyuan City
1. Introduction to the Project
1.1 Project background
1.1.1 Product introduction
With the increasing global emphasis on clean and renewable energy, hydrogen storage technology, as an emerging energy storage solution, is gradually attracting people’s attention. Especially in the fields of power energy storage and transportation, hydrogen storage technology has broad application prospects. As one of the world’s major energy consuming countries, China’s demand for hydrogen storage cylinders is rapidly growing.
Hydrogen storage technology plays a crucial role in connecting upstream hydrogen production and downstream hydrogen consumption. At present, there are three main methods for storing hydrogen: gaseous, liquid, and solid hydrogen storage. Among them, high-pressure gaseous hydrogen storage technology has become one of the mainstream technologies in the field of hydrogen storage due to its high maturity. This project plans to produce 100,000 hydrogen storage cylinders/year, with the goal of improving the performance and production efficiency of hydrogen storage cylinders. Meanwhile, the project team will also be committed to developing new hydrogen storage materials in order to further reduce hydrogen storage costs and improve hydrogen storage security.
1.1.2 Market prospect
(1) Current market situation
China has abundant hydrogen resources, and is the world’s largest hydrogen producing country. In 2020, China’s hydrogen output exceeded 25 million tons, ranking first in the world for several consecutive years. Among them, the output of hydrogen with a purity of over 99.99% was about 299,800 tons.
Since 2018, the development of hydrogen energy industry in China has presented an explosive growth trend. At the “NPC & CPPCC” in early 2019, hydrogen energy was written into the government work report for the first time, symbolizing that the development of the hydrogen energy industry entered a new level. By now, the hydrogen energy industry in China has formed many industrial clusters including Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta, and Central China. Many cities have planned industrial parks and carried out demonstration operations of fuel cell vehicles. The number of hydrogen-related enterprises has surged to nearly one thousand.
In 2021, under the background of “carbon peaking and carbon neutrality” in China, green hydrogen became an important way to promote the response to climate change and ushered in a new round of development opportunities. Hydrogen production from wind power/PV projects are being steadily advanced in Zhangjiakou City and Guyuan County in Hebei, Yinchuan in Ningxia, and Jilin, etc. Meanwhile, Shanghai Electric, LONGi, SinoHytec, Linyang Energy, Baotailong, and SPIC Hydrogen Energy, etc. have also entered the hydrogen production from water electrolysis equipment market one after another, increasing the market heat sharply. The dual-carbon goals become the biggest driving force for this industry opportunity.
From the perspective of the current demand structure, the application scenarios of hydrogen energy still focus on industrial sector, and hydrogen is mainly used in synthetic ammonia, petroleum refining and other relevant fields. The proportion of civilian hydrogen is extremely low, and the current largest application scenario is hydrogen fuel cell vehicles.
Hydrogen fuel cell vehicles are more convenient and have a longer range than power battery vehicles, and meanwhile, they are clean and environment-friendly compared with fuel vehicles.
In addition, hydrogen energy also has the potential of being applied in industrial emission reduction, gas and energy storage, energy supply and heat and power co-generation, with very broad demand prospect in the future.
By improving the internal structure and material selection of hydrogen storage containers, the density of hydrogen per unit mass can be increased. High-pressure hydrogen is usually filled using cylindrical high-pressure gas tanks or cylinders. The development process of high-pressure hydrogen storage container technology mainly includes stages such as metal hydrogen storage containers, metal lined circumferential winding composite hydrogen storage containers, metal lined circumferential + longitudinal winding composite hydrogen storage containers, spiral winding containers, and fully composite plastic lined hydrogen storage containers, etc. At present, high-pressure gaseous hydrogen storage cylinders are mainly divided into: pure steel metal cylinders (Type I), steel liner fiber winding cylinders (Type II), aluminum liner fiber winding cylinders (Type III), and plastic liner fiber winding cylinders (Type IV). Looking back at the evolution process of hydrogen storage cylinders, its essence is to increase the density of hydrogen per unit mass by changing the structure and materials.
(2) Market prospect
With the booming development of the hydrogen energy market, the progress of hydrogen storage technology has become the key to reducing the cost of hydrogen energy. At present, high-pressure hydrogen storage and liquid hydrogen storage are the main hydrogen storage technologies, but they each face technical difficulties and cost issues. For example, high-pressure hydrogen storage requires materials and containers that are resistant to high pressure, while liquid hydrogen storage requires complex low-temperature equipment. In addition, although solid hydrogen storage technology theoretically has higher security and storage efficiency, it is still in the research and development stage and has not yet been commercially applied.
Looking into the future, with the continuous progress of technology and further cost reduction, hydrogen energy, as a clean and efficient energy, is expected to occupy a more important position in the global energy structure. This will not only help reduce greenhouse gas emissions and promote environmental protection, but also bring huge economic and social benefits to related industries.
The global hydrogen energy market is rapidly expanding, with storage and transportation accounting for 30%-40% of the total cost of hydrogen. According to data from the International Energy Agency (IEA), the total global hydrogen output reached 94.23 million tons in 2021, a year-on-year increase of 5.5%. It is expected that the output will have reached 179.98 million tons by 2030, with a compound annual growth rate (CAGR) of 7.5% from 2021 to 2030, and the industry will come into rapid development. According to data from the China National Coal Association (CNCA), the total hydrogen output in China reached 33 million tons in 2021, a year-on-year increase of 32%, accounting for 35.02% of the global market. In the future, driven by policies and the market, the demand for hydrogen is expected to continue to maintain a high growth. At present, the cost of hydrogen is still at a high level, and there is a great demand for cost reduction in the industry. The storage and transportation of hydrogen accounts for 30% -40% of the total cost of hydrogen, and is one of the key factors determining the terminal cost of hydrogen.
It is estimated that by 2022, the demand for hydrogen storage cylinders in vehicles in China has reached about 70,000, with a corresponding market space of up to 2.42 billion yuan. This number not only highlights the broad application prospect of hydrogen storage cylinders in the domestic market, but also reflects the rapid development trend of the hydrogen energy industrial chain. By 2025, the market space for vehicle-mounted hydrogen storage cylinders in China is expected to have reached 10.15 billion yuan. This prediction is based on the current development trend of the hydrogen energy industry, policy support strength, and sustained growth of market demand. With the continuous improvement and maturity of the hydrogen energy industrial chain, hydrogen storage cylinders, as a key link, are expected to continue to maintain high-speed growth in market demand and market space.
(3) Surrounding market demand
Songyuan City is located in the hinterland of Northeast China. With advantages of unique geographical location and abundant resources, it has achieved significant results in the development of the hydrogen energy industry in recent years. Surrounding areas such as Changchun and Harbin cities, etc., as important industrial bases in Northeast China, have a strong development momentum in the hydrogen energy industrial chain, with increasingly strong market demand for hydrogen energy application. Under the policy background of strong promotion of green energy transformation and the development of the hydrogen energy industry in China, governments and enterprises in these areas have responded to the call one after another, and increased their investment in the hydrogen energy industry. The successive implementation of projects such as hydrogen fuel cell vehicles and hydrogen power plants has led to an explosive growth in market demand for hydrogen storage cylinders as key equipment for hydrogen energy storage and transportation.
The construction of the 100,000 hydrogen storage cylinders/year project in Songyuan City is in line with this market trend. This project can not only effectively fill the demand gap for high-performance hydrogen storage cylinders in the regional market, but also further enhance the position of Songyuan City in the hydrogen energy industrial chain. After the completion of the project, it is expected to attract more upstream and downstream enterprises in the hydrogen energy industrial chain to settle, forming an industrial cluster effect and driving high-quality regional economic development.
In addition, significant progress has been made in the exploration of hydrogen energy applications in the surrounding areas of Songyuan City. Demonstration projects such as hydrogen powered buses and hydrogen powered logistics vehicles have been put into operation successively, which not only enhances the citizens’ awareness and acceptance of hydrogen energy, but also provides a wide range of application scenarios for the hydrogen storage cylinder market. With the continuous improvement of hydrogen energy infrastructure and the gradual promotion of hydrogen energy application, the market demand for hydrogen storage cylinders will continue to grow, and the project is expected to occupy a favorable position in future market competition.
Meanwhile, the project pays attention to environmental protection and sustainable development during the construction process, adopts advanced production technology and equipment, ensures low emissions and low energy consumption in the production process, and meets the national requirements for green development. This not only helps to enhance the social responsibility image of the enterprises, but also lays a solid foundation for the long-term stable development of the project.
In short, the construction of the project is not only a positive response to the rapid development of the hydrogen energy industry in the surrounding areas, but also an important measure to promote regional economic transformation and upgrading and achieve green development. With the smooth progress of the project and the continuous growth of the hydrogen energy industry, Songyuan City is expected to create new economic growth points in the hydrogen energy field, contributing to the development of the hydrogen energy industry in Northeast China and even the whole country.
To sum up, the 100,000 Hydrogen Storage Cylinders/Year Project of Songyuan City can not only effectively meet the rapid development needs of the hydrogen energy industry in surrounding areas, but also inject strong impetus into regional economic transformation and upgrading and green development. The successful implementation of the project will further enhance the position of Songyuan City in the hydrogen energy industrial chain, and lay a solid foundation for building a national and even global hydrogen energy industry highland.
1.1.3 Technical analysis
As for the process flow for preparing hydrogen storage cylinders, firstly, make thermoplastic olefin polymer into an inner liner, then inspect the surface for defects such as wrinkles and dents, and then enter the fiber winding process. After labeling and curing, polish the outer surface, and after passing the static pressure test, make the final inspection of the finished products.
1. Rotary-molded inner liner
Load polyolefin powder with high melt index and good flowability into a rotational molding mold. The mold is heated to above the melting point of polyolefin, and two axes in different directions simultaneously rotate and revolve the mold. After melting, the powder is evenly distributed in the mold into a hollow structure. After molding, it is cooled and de-molded, presenting a roughly cylindrical bottle with uniform radius. The advantages of rotational molding process are uniform wall thickness and simple molding process, but there are also problems of low compactness and easy formation of defects with the products, so the inner liner wall thickness cannot be too thin. When the molded inner liner enters the next process for carbon fiber winding, it will sink inward under pressure, so a certain amount of air pressure should be filled inside to balance the tension of the fibers.
2. Fiber winding
The middle and outermost layers of the hydrogen storage cylinders are made by winding process. Fiber winding is one of the most advanced methods for manufacturing hollow composite components, and it is capable of producing storage cylinders ranging from 1 to 100 m³. The carbon fiber reinforced resin winding process includes a winding unit, a resin impregnation unit, and a control unit.
3. Microwave curing
The key to evaluating the security performance of hydrogen storage cylinders is the mechanical properties of carbon fiber and glass fiber reinforced epoxy resin composite materials, including matrix cracking, fiber/matrix de-bonding, and fiber fracture. The thermal curing of fiber-reinforced epoxy resin generally takes several hours. The thermal diffusion coefficient between fibers and resin matrix is different, and the interface is more susceptible to stress concentration or relaxation, which reduces the performance of the composite material. Under microwave irradiation conditions, the curing time can be significantly shortened, the residual internal stress of the cured material can be reduced, and the inter-facial force between the substrate and fibers can be increased, thereby improving the strength and rigidity of the composite material.
4. Pre-impregnation process
The fiber winding process includes: wet winding, dry winding, and semi-dry winding.
Wet winding is the process of impregnating fibers and then directly winding them onto the inner liner. It requires minimal equipment investment and strict control of tension, and is easy to have formation of bubbles during curing.
Dry winding is the process of heating pre-impregnated fabric on a winding machine to a viscous flow state and winding it onto the inner liner. The content of impregnating solution on the fibers can be accurately measured and controlled, resulting in stable product quality. The winding speed can reach 100-200 m/min, but the investment in pre-impregnated equipment is high.
Semi-dry winding is the process of impregnating fibers, followed by immediate pre-drying, and then winding them onto the inner liner.
1.1.4 Advantageous conditions of project construction
(1) Policy advantages
The project complies with relevant policy requirements such as the National 14th Five-Year Plan and 2035 Development Plan, the Opinions of the Central Committee of the Communist Party of China and the State Council on Fully, Accurately and Comprehensively Implementing the New Development Concept and Doing a Good Job in Carbon Peak and Carbon Neutrality, the Notice of the State Council on Issuing the Action Plan for Carbon Peak before 2030, the Medium- and Long-Term Plan for the Development of the Hydrogen Energy Industry (2021-2035), the 14th Five-Year Plan for Energy Development in Jilin Province, the Implementation Opinions on Supporting Green and Low Carbon Development and Promoting Carbon Peak and Carbon Neutrality, and the Implementation Plan for the “Hydrogen-powered Jilin” Action. In addition, Jilin Province has also introduced several policy measures to support the development of the hydrogen energy industry, encouraging the construction of the integrated demonstration project for renewable energy hydrogen production and green hydrogen self-consumption, and provided support in project approval, energy-saving review, and other aspects.
(2) Industrial advantages
Abundant natural resources: Songyuan City has abundant natural resources, especially traditional energy resources such as petroleum and natural gas, as well as abundant wind power and solar energy resources. Songyuan City belongs to a wind power III resource area and a solar energy II resource area. The total installed capacity of wind and solar energy reaches 38 million kilowatts, accounting for 33% of the total capacity throughout the province. It has a huge development space.
Industrial foundation: Songyuan City has formed a relatively completely new energy industrial chain, including wind and solar power generation and new energy equipment manufacturing industries. As of 2024, the number of new energy power generation enterprises in Songyuan City has increased to 37, the number of equipment manufacturing enterprises has reached 10, the number of hydrogen energy projects has been 10, and a complete industrial chain has been basically formed.
Technological innovation and leading enterprises: Songyuan City has actively introduced and cultivated a number of leading enterprises in the field of new energy, such as Jilin CRRC Wind Power Equipment Co., Ltd. With the support of the government, these enterprises have continuously carried out technological innovation and production capacity improvement, and have promoted the development of the entire industry.
To sum up, Songyuan City has obvious advantages in natural resources, policy support, industrial foundation, investment scale and output value, as well as technological innovation, etc., which can provide a solid foundation for the project.
(3) Location advantages
Songyuan Economic and Technological Development Zone is located in the eastern part of the Songnen Plain, on the beautiful south bank of the Songhua River, and is the hinterland of Jilin Oilfield, the sixth largest onshore oil field in China. Relying on four railways, five national and provincial highways, and the Songhua River Bridge, it has become an important transportation hub and logistics center connecting the three provinces in Northeast China and Inner Mongolia Autonomous Region.
(4) Talent advantages
Songyuan City has established 11 industrial colleges, scientific research internship and training bases, and doctoral workstations to support rural revitalization with 7 provincial universities including Jilin University and Jilin University of Finance and Economics. These cooperations have attracted a large number of high-level talents and college graduates to come to Songyuan for scientific research, study, work, and living. It has established a “Talent Home · Project Special Class” and connected 126 industrial projects and 83 talent projects. Through the integration platform of industry and talents, it has attracted a large number of high-level talents, which can provide sufficient talent support for the project.
1.2 Contents and scale of project construction
The planned land area is 41,000 ㎡, with a total construction area of 36,000 ㎡. The main construction includes production workshops, office buildings, warehouses, and other ancillary buildings, supporting construction of road hardening, greening, and pipeline network works, etc., as well as purchase of relevant production equipment and public engineering equipment, etc.
After the completion of the project, the production scale of the product will be 100,000 hydrogen storage cylinders/year.
1.3 Total investment of the project and capital raising
The total investment of the project is 260 million yuan, including the construction investment of 200 million yuan.
1.4 Financial analysis and social evaluation
1.4.1 Main financial indexes
After the project reaches the production capacity, its annual sales revenue will be 192 million yuan, its profit will be 57.77 million yuan, its investment payback period will be 5.5 years (after the tax, including the construction period of 1 year) and its return on investment will be 22.2%.
Note: “10 thousand yuan” in the table is in RMB
1.4.2 Social evaluation
Environmental protection and energy conservation and emission reduction: By efficiently storing and transporting hydrogen, the hydrogen storage cylinder project reduces hydrogen leakage and waste during storage and transportation, and reduces its impact on the environment.
Promoting the development of the new energy industry: Hydrogen storage cylinders, as key components for new energy applications such as hydrogen fuel cell vehicles, have propelled the growth of the hydrogen energy industry. With the continuous progress of hydrogen energy technology and expansion of its application scope, the hydrogen storage cylinder project will promote innovation and development in the new energy industry, and drive the prosperity of related industrial chains.
Improving energy security: The hydrogen storage cylinder project enhances the stability and security of energy supply by efficiently storing and transporting hydrogen. Hydrogen, as a clean energy, reduces the reliance on traditional fossil fuels and improves the diversity and security of energy supply.
Economic benefits: The promotion and application of hydrogen storage cylinder project will drive the development of related industries, create employment opportunities, and promote economic growth. With the progress of technology and the reduction of costs, the application of hydrogen energy will become more widespread, bringing significant economic and social benefits.
1.5 Cooperative way
Sole proprietorship, joint venture and cooperation.
1.6 What to be invested by the foreign party
Funds, other ways can be discussed in person.
1.7 Construction site of the project
Songyuan Economic and Technological Development Zone
1.8 Progress of the project
The project proposal has been prepared
2. Introduction to the Partner
2.1 Basic information of unit
Name: Songyuan Economic and Technological Development Zone Management Committee
Address: No. 4089, Qingnian Street, Songyuan City
2.2 Overview of unit
Songyuan Economic and Technological Development Zone covers a total area of 118 square kilometers, with a planned area of 53.5 square kilometers. It consists of three major spatial areas: the high-end commercial-residential and modern service area along the Songhua River in the northern region, the modern industrial and logistics industry area in the central region, and the modern ecological agriculture area in the southern region, as well as nine key parks within the zone: Sino-US Cargill Biochemical Industrial Park, Food Processing Industrial Park, Equipment Manufacturing (Oilfield Supporting Equipment) Industrial Park, Medical and Health Industrial Park, High-tech Industry Incubation Park, Logistics Industrial Park, Education Industrial Park, Cultural and Tourism Industrial Park, and Medical Health and Rehabilitation Industrial Park.
1. Three areas
High-end commercial-residential and modern service area along the Songhua River in the northern region. This refers to the area in the south of Songhua River, north of Changchun-Baicheng Railway, west of Qingnian Street, and east of Jiangnan Guihua 2nd Street in Songyuan City, covering a planned area of 20 square kilometers, and it has basically formed a spatial pattern integrating modern service area, commercial area, and commercial and residential area. We will focus on developing modern service industries such as commercial commerce, cultural education, medical rehabilitation and health, leisure tourism, information services, digital economy, and ecological housing, innovate new forms of service industry development, and strive to build modern service industrial parks such as education industrial parks, cultural and tourism industrial parks, and medical and health care industrial parks; Relying on the natural landscape ecological belt of Songhua River, we will accelerate the construction of regional-level commercial and residential areas, create a good living environment for the residents, and build a harmonious urban area with complete infrastructure, developed service industries, modern atmosphere, and distinctive characteristics in Songyuan.
Modern industrial and logistics industry area in the central region This refers to the area in the south of Changchun-Baicheng Railway, north of Changchun-Baicheng Expressway, west of Qingnian Street and Hunchun-UlanHot Expressway, and east of Logistics Street in Songyuan City, covering a total area of 18.7 square kilometers. It aims to further enhance the industrial carrying capacity, improve independent innovation capability, consolidate, enhance and optimize industrial structure, promote quality improvement, capacity expansion, refinement and strength improvement of characteristic leading industries such as biochemistry, food processing, equipment manufacturing (including oilfield supporting equipment), biomedicine, and modern logistics, focus on cultivating a number of high-tech enterprises and private technology enterprises, and strive to build six major industrial parks including Sino-US Cargill Biochemical Industrial Park, Food Processing Industrial Park, Equipment Manufacturing (Oilfield Supporting Equipment) Industrial Park, Medical and Health Industrial Park, High-tech Industry Incubation Park, and Logistics Industrial Park. It aims to become a strategic “highland” for gathering of modern industries throughout the city.
Modern ecological agriculture area in the southern region. This refers to the area where the Xingyuan Township nowadays undertakes the production of agricultural products and rural living functions. It highlights the development of high-yield, efficient, high-quality, and safe suburban modern agriculture, with a focus on enriching the “basket of vegetables” for the urban residents. It continuously accelerates agricultural technological progress and innovation, improves the level of agricultural mechanization, enhances agricultural production efficiency and comprehensive production capacity, and accelerates the construction of a modern agricultural system. In accordance with the overall requirements for prosperous industries, livable ecology, civilized rural culture, effective governance, and affluent living, we will comprehensively implement the rural revitalization strategy and promote the process of urban-rural integration in combination with the actual situation of the Economic Development Zone.
2. Nine parks
Sino-US Cargill Biochemical Industrial Park. It is located in the western part of the central modern industrial and logistics industrial area, covering an area of 3.711 million square meters. Taking Cargill Bio-chemical Co., Ltd., and Tianyuan Bio-chemical Co., Ltd., etc. as the leading enterprises, we will fully leverage the advantages of corn resources in the region to build a deep industrial chain system centered on deep-processed core products. We will focus on developing corn deep-processing, corn-based bio-pharmaceuticals, corn-based biomass energy, vigorously develop water-saving high-end corn products, continue to expand the scale of the bio-chemical industrial park, promote fine processing, extend the industrial chain, improve the industrial layout, and create a national carrier-level corn bio-chemical industrial base.
Food Processing Industrial Park. It is located in the central part of the central modern industrial and logistics industrial area, covering an area of 3.57 million square meters. Centering on the advantages of millions of tons of grain and millions of livestock resources in Songyuan City, we will support existing enterprises such as Juda Rice and Panpan Food to become big and strong. We will focus on developing small food, frozen food, rice processing, corn processing, livestock and poultry processing, mung bean processing, and feed processing, etc., and extend the food processing industrial chain. We will build a green organic food processing base with significant scale advantages and regional competitiveness.
Equipment Manufacturing (Oilfield Supporting Equipment) Industrial Park. It is located in the central part of the central modern industrial and logistics industrial area, covering an area of 2.6 million square meters. We will continue to rely on the industrial advantages of Jilin Oilfield, cultivate and expand supporting industries such as machinery manufacturing, make big and strong leading enterprises of oilfield vehicle re-fitting factories and Huanyu Petroleum Equipment, etc., and build an oilfield supporting industrial base. Led by Xinyan Moshine, we will promote the construction of agricultural machinery industry base, and create a nationally influential agricultural machinery and equipment manufacturing industry cluster. Taking the province’s support for the return of FAW’s supporting facilities as an opportunity, we will introduce relevant enterprises and cultivate the auto parts industry.
Medical and Health Industrial Park. It is located in the south of the central modern industrial and logistics industrial area, covering an area of 795,500 square meters. Taking Huaqiao Pharmaceutical and Bainian Hank as the leading enterprises, and relying on the existing industrial foundation, we will expand the development space, increase efforts to introduce pharmaceutical manufacturers, attract more pharmaceutical production logistics projects such as Chinese patent medicine processing, bio-pharmaceuticals, pharmaceutical intermediates, etc. into the park with more preferential policies, focus on the development of innovative drugs, introduce dominant strain resources and advanced technologies, and create an industrial park with distinctive characteristics.
Logistics Industrial Park. It is located in the south part of the central modern industrial and logistics industrial area, covering an area of 539,100 square meters. We will continue to improve logistics service functions, enhance the service level, vigorously develop third-party logistics, develop cold chain logistics models of production base + distribution center + supermarket, etc., focus on supporting Ruihe Comprehensive Logistics, build Songyuan Logistics Hub, vigorously support the construction of logistics nodes such as Shentie Sanjianggang Bulk Logistics, Huaqiao Pharmaceutical Logistics, Jingyi Vegetable and Fruit, Gao‘s Brother E-commerce Logistics, and Cargill Biochemical Professional Logistics, etc., and form a modern logistics system of “one core, and multiple nodes” in Songyuan urban area.
High-tech Industry Incubation Park. It is located in the east of the central modern industrial and logistics industrial area, covering an area of 237,000 square meters. We will continuously increase efforts in introduction and cultivation, enhance system service functions, and strive to achieve dynamic development. We will cultivate high-tech industries with the aim of improving innovation capabilities, strengthen the construction of incubators and research and development systems, accelerate the pace of scientific and technological innovation, enhance the scale and technological advantages of the leading industries in the high-tech zone, vigorously create a favorable environment for innovation and entrepreneurship and industrial development, play a leading role in product research and development, small-scale and pilot testing, achievement transformation, scientific and technological innovation, and talent introduction, etc., and strive to become an experimental field for reform in Songyuan and an incubator for independent scientific and technological innovation.
Education Industrial Park. It is located in southeast of the high-end commercial-residential and modern service area along the Songhua River in the northern region, covering an area of 1.59 million square meters. We will introduce high-quality educational resources, build a comprehensive education industrial park of regional leading level that integrates basic education, preschool education, vocational education, training education, and international education, etc., and promote and lead the modernization process of education throughout the city.
Cultural and Tourism Industrial Park. It is located in east and central part of the high-end commercial-residential and modern service area along the Songhua River in the northern region, covering an area of 0.93 million square meters. We will focus on developing tourism industries such as cultural film and television, folk customs of the Great Mongolia and Yuan Dynasty, leisure and entertainment, specialty cuisine, and high-end accommodation, etc., and strive to create new growth points for tourist economy throughout the city.
Medical Health and Rehabilitation Industrial Park. It is located in northeast of the high-end commercial-residential and modern service area along the Songhua River in the northern region, covering an area of 0.6 million square meters. Relying on the favorable ecological environment and climate conditions along the Songhua River, we will integrate medical treatment, health, health preservations, elderly care, leisure, and tourism, etc. by taking medical rehabilitation as the starting point and endpoint and taking big health industry as the core, to form an industrial park with distinctive characteristics.
2.3 Contact method
Contact person of the city (prefecture) where the project is located:
Contact unit: Songyuan Municipal Commerce Bureau Investment Attraction Service Center
Contact person: Yu Lili
Tel: + 86-18004388787