Deep · Look ｜ Create a "strong engine" of scientific and technological innovation, Suzhou's high -quality development adds new kinetic energy

Over the past ten years, Suzhou ’s scientific and technological progress contribution rate has increased from 59.2%in 2012 to 67.5%in 2021; the proportion of R & D investment in the whole society has increased from 2.5%to 3.9%(expected); 11165, an increase of 7.38 times ...

A series of dazzling data highlights the significant improvement of Suzhou scientific and technological innovation capabilities. Scientific and technological innovation has become the "core driving force" leading Suzhou's high -quality development.

Under the guidance of the strategic strategy of science and technology, Suzhou is led by the construction of innovative cities, actively integrates into the national regional innovation layout, and strives to build a "strong engine" of scientific and technological innovation to inject new momentum into Suzhou's high -quality development. Suzhou science and technology innovation comprehensive strength has ranked first in the province for 12 consecutive years. In the national innovative cities in 2021, Suzhou ranked fifth in the country and was the only prefecture -level city in the top five.

Embrace the big courtyard all the best

Promote the integrated development of industries to "industry -university -research"

In the early autumn, the new semester of the new semester, the Suzhou Higher Institute (hereinafter referred to as the "Suzhou Higher Research Institute" of the Chinese University of Science and Technology, located on the shore of Dushu Lake, faces the new weather, and even develops a "double sound cannon" -the multidisciplinary scientific research research research The center of the center and the unveiling of the School of Biomedical Engineering of the University of Science and Technology of China. In 20 years, the gorgeous butterfly changes from the 1.0 Suzhou Research Institute to the 2.0 Higher Research Institute.

In 2001, the Chinese University of Science and Technology and the Suzhou Municipal People's Government jointly established the Suzhou Research Institute of China University of Science and Technology. It was also from that year that Ni Rui, deputy dean of the Suzhou Higher Institute of China University of Science and Technology, opened the working model of the "double city". From Hefei to Suzhou, about 400 kilometers, Ni Rui took care of the work of the headquarters, and was responsible for the large and small affairs of the Suzhou Research Institute of the University of Science and Technology.

In 2020, China University of Science and Technology and Suzhou signed a total of 2.0 version of the Suzhou High Research Institute to deepen school -land cooperation and create a guidance of the development needs of emerging industries. They have distinctive characteristics and world -class talent training and scientific research institutions.

In Ni Rui's view, the Suzhou Gaoyan Institute of China University of Science and Technology stepped from "looking up at the starry sky" to "down -to -earth" step by step. "From the beginning of the establishment of operation, the core of the Suzhou High Research Institute of the University of Science and Technology of China was to serve Suzhou local industrial economic development." In the past 20 years, the cooperation between China University of Science and Technology and Suzhou has played a positive role in helping regional economic development, industrial transformation and upgrading, and high -end talent agglomeration. Essence

During the 1.0 period of the Society of Science and Technology of the University of Science and Technology, there were three universities of software colleges, nano colleges, and management colleges (Suzhou), corresponding to the three emerging industries of the park. With the development of Suzhou Higher Research Institute of the University of Science and Technology to the 2.0 period, a new page of school -land cooperation has also been opened. On the basis of the original three universities, the School of Biomedical Engineering was added. "These four universities correspond to the four major industries: Suzhou's electronic information, equipment manufacturing, biomedicine, and advanced materials, which are exactly the development of Suzhou local industry economy."

Over the years, Suzhou has relied on their cooperation with the Grand Courtyard. They are related to Suzhou, just like like -minded partners, to travel in the "Innovation Jungle" together, and realize that school -land cooperation has grown from common growth to each other's achievements. "".

"In just less than 4 years, from the original two or three people, to the team of 600 people today, the government's support and policy efficiency are indispensable." Zhang Tiezheng, director of business director of the Advanced Materials Research Institute of the Yangtze River Delta, as the Institute of Preparation of the Research Institute The "veteran" character can't help feeling that landing in Suzhou is an inevitable choice.

At the end of 2018, Jiangsu Advanced Materials Technology Innovation Center (raised) was established in Suzhou Xiangcheng District. Based on this, the Yangtze River Delta Advanced Materials Research Institute was unveiled on December 28, 2019. Zhang Tieyu said that as one of the major courtyards of Suzhou, the biggest feeling in the development process is that Suzhou's policy and mechanisms are very flexible.

"I remember at the beginning of the establishment of the Institute, a large amount of imported equipment was needed to quickly purchase, and in the government system at the time, the use system of this funds was blank." Zhang Tieyu recalled, "Time is urgent, and the Suzhou government understands our needs. Under the efficient coordination of various line departments, in just less than 6 months, all the equipment worth 100 million yuan is in place. "From the blank policy to the actual operation, boldly break through the traditional equipment procurement system and model, and establish a phase to establish a phase of phase. The institutional process of international imported equipment procurement of the Urban Industry Technology Research Institute is flexible, efficient, and innovative. It has become a new business card in Suzhou in the practice again and again.

Planting the sycamore trees, attracting the Phoenix. As of now, Suzhou has established a stable cooperative relationship with more than 260 domestic and foreign universities.

"Suzhou embracing the Grand Council will help promote the development of Suzhou Industrial Innovation Cluster in the direction of the integration of 'industry -university -research' integration." Fang Shinan, chief expert of Soochow of Suzhou University Soochow, Special Professor of Suzhou University, and the head of Suzhou Expert Consulting Group, believes that Suzhou Industry The rapid development and the continuous influx of the Grand Court can provide strong support for the "learning and research" field for industrial development.

"Enterprise development requires the continuous influx of high -quality talents. The transformation of the achievements of the big institute also needs to be achieved through the enterprise. The two sides complement each other and develop together.

Juli overcomes technical barriers

Escort pillar industrial station "C position" on the market

Micro balls, the basic materials of modern industry, are shaped like "flour", which is 1/30 thinner than a hair shit, which can be purified all matter. In the field of biopharmaceuticals, it is necessary to "extract" the antibodies, insulin and other components required by pharmaceuticals to rely on the medium of microspheres. It can be said that micro -balls have the function of absorbing stone. Once a microsphere is missing, a piece of medicine cannot be produced.

For a long time, the micro -balls used by Chinese pharmaceutical companies have depended on imports, and the price of imported micro -balls is higher than that of domestic micro -balls, and the annual increase is increased by 10%. The supply cycle is long. In 2007, Jiang Biwang, the founder of Suzhou Nana Micro Technology Co., Ltd., returned to Suzhou to start a business with 15 international patents, and was committed to overcome micro -ball technology.

"At the beginning of entrepreneurship, some people persuaded me to sell the imported base balls to the enterprise after simply assembling the imported base ball. In the short term, it is indeed small investment and quick results. But in this way, the key materials are always monopolized by foreign companies, and the fate of the company is completely controlled in control. 'Outsider' hand. "

As a result, Jiang Biwang resolutely decided to make a micro -ball. "At the beginning, I followed the" screening method 'to cultivate micro -balls by using the "screening method', but the production cycle of this method is up to 6 months. As a startup, it is difficult for us to afford huge economic investment." After graduating from the Department of Chemistry, he thought of bypassing the "screening method" and using the chemistry "seed method" to cultivate microspheres.

"'Seed method' is to use the main ingredients in the sand as the seeds, and slowly grow into a microsphere in an appropriate chemical environment. The grown micro -ball head is the same as the sieve. The production cycle only takes 6 days. "It is the whimsical opening of this interdisciplinary discipline that once the" seed method "cultivates the microspheres, and once the microspheres are available, they receive a request from foreign giants. "A Japanese company even proposed to buy us." Jiang Biwang recalled.

After more than ten years of persistent research and development innovation, Nawei broke through the underlying technology of the precise manufacturing of microspheres, and successfully developed micro -balls for liquid crystal display, medical separation and purification and food safety testing. It has also promoted the advancement of this technology in the world. Nawei has also become one of the leading companies in the world chromatography industry.

In order to break the monopoly of foreign companies, over the past ten years, Suzhou Industrial Park has successively established a number of public service platforms such as nano -device processing platforms, test analysis and service evaluation platforms, vacuum interconnection experimental stations, etc. A number of technology -based enterprises such as Victoria Technology and Jingzhan Semiconductor masters core technologies.

"Don't look at it small and thin, it is a baby that can turn electricity into light, and it is light of various colors." In the third -generation semiconductor research institute in Jiangsu, a diameter is about 5 cm in diameter, and the thickness is only thick. 0.35 mm, which is only equivalent to the transparent round sheet of two A4 paper, but is the baby of Xu Ke, chairman of Suzhou Navi Technology Co., Ltd. and the dean of the third -generation semiconductor research institute in Jiangsu.

The price of this small circle in the international market is as high as 5,000 US dollars, and it is difficult to find -this is the nitride chip, which is known as the key core material of the third -generation semiconductor. "Before 2010, the main supplier was only two Japanese companies, so it was much more expensive than gold, and it was basically not available. Without this material, many high -end devices could not be made."

As the first industrialization company established by the Chinese Academy of Sciences, through 10 years of hard work, Navi Technology has entered the international first formation in terms of comprehensive indicators such as nitrogen crystal crystal crystal quality and block material electronic migration rate. Users cover more than 80%of R & D institutions and enterprises at home and abroad.

At present, nitride chips have fully achieved independent research and development, and Suzhou Industrial Park has also become one of the third -generation semiconductor industry resources in the third generation of semiconductor industry in China and the best industrialization. Focusing on the development of artificial intelligence, biopharmaceuticals, and third -generation semiconductor industries, in recent years, Suzhou has been approved by the new generation of artificial intelligence innovation development pilot zones, national biopharmaceutical technology innovation centers, and third -generation semiconductor technology innovation centers, becoming the only one in China It has a prefecture -level city with two national technical innovation centers. Powerful Construction of the Department of Science and Technology Services

Promote the "acceleration" of industrial innovation clusters

"After these heat -controlled materials are officially put into production, it is expected that the output value in the first year can reach 10 million yuan, and the second year will reach 30 million yuan." Suzhou Sizhi Thermal Control Material Technology Co., Ltd. is committed to the study of new heat dissipation materials. Li Xinzhong, the company's project leader, is also a special professor at Suzhou University.

With the support of the Suzhou Industrial Technology Research Institute, the company has completed the establishment of test lines, automation lines and laboratory main equipment for less than one year, and is about to put into production soon. The new type of heat dissipation materials produced by the company will be applied to semiconductor, new energy vehicles and aerospace.

From technology research and development to the transformation of results, behind the "acceleration", it is inseparable from the strong support of the Suzhou science and technology service industry. The science and technology service industry is an important part of the modern service industry. It is in the high -end link of the service industry value chain. It is an important engine to achieve technological innovation leading industrial upgrading and promoting high -quality development.

As an important carrier of Suzhou Industrial Technology Research Institute, as an important carrier of Suzhou's scientific and technological service industry, it is committed to promoting the transformation and industrialization of scientific and technological achievements. Provide source technology supply for Suzhou's industrial development and support the industry to move towards the mid -to -high -end.

"To vigorously develop the scientific and technological service industry, we must promote the industrialization of innovation and promote the deep integration of scientific and technological innovation and economic development." The relevant person in charge of the Suzhou Industrial Technology Research Institute said that the research results need to be transformed to the industrial field in order The Institute of Industry and Research is to help them achieve results transformation through the support of funds and policies.

As of August this year, the Suzhou Institute of Industry Research Institute closely focused on the development needs of Suzhou industrial innovation clusters, cooperated with the Suzhou Nanan Institute and Suzhou University of the Chinese Academy of Sciences, and accumulated a total of 24 technical research institutes. Implement 6 major industrialization projects; derived, incubate and introduce 83 innovative enterprises, build 5 offshore innovation centers and 3 innovation bases; attract more than 400 Chinese and foreign academicians including Zhu Rixiang and Academician Xu Hongxing R & D personnel.

"On the one hand, we will actively build a multi -level laboratory system, take laboratory construction as a leading talent team to lead more national strategic tasks; second, optimize and improve the construction technical innovation center, promote our country to promote our country The technical innovation center accelerates the innovation of institutional mechanisms in terms of platform carriers, project organizations, and operating mechanisms, serving the development of our industry. For these high -energy innovation carriers, we will actively explore projects, talents, and bases. Co -planning the resources of the cities and counties to jointly support it, and at the same time, it also vigorously leverages social capital to participate in the construction of major innovation carriers. "Liao Ximing, director of the scientific research institution of the Suzhou Science and Technology Bureau.

In the past ten years, Suzhou has gathered a strong momentum of high -energy science and technology innovation platform carriers around the strategic goal of self -reliance and self -reliance of science and technology, providing strong momentum for industrial innovation cluster construction. In the "National Innovation City Innovation Capability Evaluation Report 2021" released by the China Institute of Science and Technology Information, the Ministry of Science and Technology Information, Suzhou's innovation capabilities ranked fifth in the country.

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