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Vietnam needs to have its own model and approach when training semiconductors and microelectronics

Huy Nguyen
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Vietnam needs to have its own model and approach when training semiconductors and microelectronics

GDVN- Vietnam needs to have its own model and approach based on the experience and support of other countries for the semiconductor and microelectronics industry.

On November 24, at the regular discussion of the Association of Vietnam Universities and Colleges, Professor, Academician Nguyen Quoc Sy – Chairman of VinIT Institute of Technology shared proposals on research and training of human resources for high technology development, first of all for the semiconductor industry.

There are still many difficulties in training high-tech industries
According to Professor Nguyen Quoc Sy, the goal of training high-tech industries is to provide high-quality human resources for the cause of industrialization and modernization of the country.

The seminar discussed human resource training for high technology development.

The specific tasks are: Providing a force of scientific staff, senior experts, and engineers in high-tech majors to ensure harmonious development of the economy, maintaining national security, autonomy, independence and extensive international cooperation in national development;

Creating training plans and approaches to produce top-notch human resources for the technology sector in line with national development objectives;

Thereby contributing to building and developing high-tech industries, applied technologies, and high-quality research and training centers; Building training models for high-tech majors, organizational models for management and development of high-tech industrial centers, and high-tech application systems; Building a human resources database, preparing resources for high-tech application projects; Building and developing the science and technology market, including the market for high-quality human resources for domestic use and cooperation with foreign countries.

In the training of high-tech industries, Professor Nguyen Quoc Sy assessed that there are some advantages but also many difficulties.

The first difficulty is that the investment budget for training high-quality human resources in technology industries accounts for a small proportion of the total budget expenditure.

The second issue is the absence of a team of senior experts to train high-quality human resources in technology industries, especially today’s key technology industries such as the semiconductor industry and microelectronics manufacturing industry, advanced materials industry, high-tech agricultural industries, environmental industries, climate change prevention,…

Third, there are difficulties in the system of research centers, modern laboratories, training facilities combining applied research, which are not synchronized, and many equipment systems are used ineffectively. Modern equipment is concentrated mainly in two large cities, Hanoi and Ho Chi Minh City, while many high-tech application tasks require the reallocation of human resources and equipment to other applications. on-site use;

Fourth, the high-quality human resource market has not been operated scientifically, causing congestion between supply and demand, greatly affecting not only the quality of training but also the output of training products;

Fifth, the system of documents and training programs is still “deficient, redundant and weak”, not close to reality, needs innovation in quality, and does not create conditions for training institutions to effectively exploit internal resources, and international cooperation (including issues of university autonomy, open training models, and links with training institutions around the world).

Solutions for training in the semiconductor and microelectronics industry

Sharing about the semiconductor and microelectronics industry in Vietnam, Professor Nguyen Quoc Sy commented that, in Vietnam’s specific conditions, it is necessary to have its own model and approach based on the experience and support of the government. Countries for the semiconductor and microelectronics industry must fully meet the criteria on training capacity, output market, production and investment scale;

Vietnam needs to have all the prerequisites: appropriate and effective policy mechanisms to attract investment for training in the entire semiconductor and microelectronics industries, and political determination of the entire system. To be able to build an organizational structure to manage and deploy strategies and implement the semiconductor and microelectronics industry, invest heavily in people, equipment, and finance not only for training experts but also to produce and commercialize the semiconductor and microelectronics industries.

Professor and Academician Nguyen Quoc Sy shared at the seminar.

On that basis, we can deeply participate in the global semiconductor and microelectronics supply chain, and can proactively or partially dominate this process to proactively train semiconductor and microelectronics industry experts.

Professor Nguyen Quoc Sy proposed that it is necessary to restructure and reorganize the system of universities and research institutes towards system integration, using common equipment, specialized laboratories, and training materials. High-tech industries contribute to fundamentally solving set tasks, minimizing difficulties, promoting favorable factors, and making the most of the capacity of the current training system with a number of new factors.

This includes restructuring the training organization for high-tech majors at Hanoi National University, Ho Chi Minh City National University, Hanoi University of Science and Technology, Da Nang University, and the University of Science and Technology. Can Tho, Military Technical Academy;

Reform the system of specialized research institutes to be able to combine research with training in high-tech industries, as a foundation, experimental and research basis in training programs (Vietnam Academy of Science and Technology, Institute of Military Science and Technology,…);

It is necessary to innovate methods and models of training centers and facilities in a compact direction, integrating research systems and modern equipment with training facilities for high-tech industries, and linking training with other fields. practical applied research program;

Building an organizational and management model from the curriculum to using a team of experts and scientists participating in the high-tech teaching process.
For example, building an organizational model based on a training project with an investor, implementer and product application unit. In the investment project to train human resources for the microelectronics industry, the investor is the Ministry of Planning and Investment, this Ministry sets the program, the Ministry of Education and Training implements, the output products are produced by the Ministry of Science and Technology. Technology, Ministry of Industry and Trade and other ministries, sectors and businesses apply. Investment model implemented during the project life cycle. This is a chain so stability and success depend on the performance of the project implementation units.

Along with that, regularly update and improve, attract investment, innovate training programs, and closely follow the actual tasks of the economy and human resource market of Vietnam’s high-tech industries and other high-tech industries. water in the world.
Proactively build output according to market mechanisms for human resources in high-tech industries: Build a high-quality human resource market (training facilities) that is closely linked and operates synchronously with high industrial technology parks (enterprise) and science and technology application market (investment and trade);
Maximize socialization of human resource training in high-tech industries combined with university autonomy, operating according to the principles of market mechanism;
Instead of making large investments, concentrate on developing human resources for a variety of spearhead, core, and background technologies with mission requirements of long-term strategic stature that are very important and that will foster development. grow services, industry, and agriculture while resolving pressing issues related to economic development;
Extensive cooperation between domestic and foreign training institutions. Extensive international cooperation facilitates training in high-tech majors with minimal time and investment costs, ensuring quality, updating modern document systems, programs, equipment, and revenue. Attract experts and senior lecturers to participate in organizing and training human resources in high-tech industries.

With semiconductor and microelectronic technology, Professor Nguyen Quoc Sy said that the market and semiconductor and microelectronic products must be identified; It is impossible to build a semiconductor and microelectronics industry with all types of semiconductors as well as all types of microelectronics. Successful experiences of other countries show that it is necessary to select a number of semiconductor and microelectronics training majors suitable for semiconductor and microelectronic products in the world’s supply chain;
The training model, management organization system, and standard training program of the United States should be applied, with reference to documents, programs, and training experiences of other countries.

We must build a comprehensive and contemporary document system for training majors, our own technological inventions, and a system of high-level experts to be able to compete with other units in the world and serve as a foundation for the development of research and training;

Building the semiconductor and microchip industry requires investment and methodical and systematic implementation from basic research, building a system of experts for research and training, and application of products. The research equipment system needs to be invested in modernity, ensuring competitiveness in research;

The force of experts and senior lecturers to train human resources in the field of semiconductors and electronic circuits needs to be trained and retrained in intensive programs with the support of corporations and other organizations. Large units such as the US, Taiwan, and Japan. The average training and retraining time of the expert workforce is usually 3 – 5 years;

The semiconductor and microelectronics research and production system needs to be integrated with the training system to effectively use resources (integrated within the scope of each industry, on the basis of an administrative unit), sharing basic resources of land, laboratories, management organization mechanisms, tax policies, human resources…);

Output training products in the semiconductor and microelectronics technology industries must be regulated by market mechanisms, including demand from industrial parks and technology corporations that produce semiconductor and microelectronic products satisfying markets around the world.

According to Vietnam Education Newspaper – Giaoduc.net.vn

Happy New Year 2023

Pi
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Happy New Year 2023

HAPPY NEW YEAR LETTER FROM VINIT

Huy Nguyen
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HAPPY NEW YEAR LETTER FROM VINIT

Scientific work “Superluminal Signals in Quantum Optics”, B. A. Veklenko, Y. I. Malachov, Shi Nguyen-Kuok

Pi
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Scientific work “Superluminal Signals in Quantum Optics”, B. A. Veklenko, Y. I. Malachov, Shi Nguyen-Kuok

Scientific work “Superluminal Signals in Quantum Optics” published in the book “Theory and Applications of Physical Science”. Volume 1 published in September 2019. Author of scientific works: Prof. D.Sc. B. A. Veklenko, Assoc. Dr. Y. I. Malachov, Prof. Aca. D.Sc. Shi Nguyen-Kuok.

This book covers all areas of physical science. The contributions by the authors include superluminal signals, quantum electrodynamics, Heisenberg and Schrödinger representations, adiabatic hypothesis, Einstein-Maxwell equations, exact solutions, Kerr–Newman black holes, Newman–Janis algorithm, Mittag-Leffler function, time-varying capacity function, convolution operation, Laplace transform, fractional derivative, microstructure, electron, photon, heat, energy, heat capacity, heat balance, losses coefficient, thermal conductivities, photons, quantum electrodynamics, Green’s functions, chaotic system, simulation, circuit model, analog circuit implementation, superluminal signals, quantum electrodynamics, excited atoms, etc.

The video introduces the scientific work “Superluminal Signals in Quantum Optics” of Book Publisher International

The scientific work “Superluminal Signals in Quantum Optics” is in chapter 2 of this book and is the result of theoretical and experimental research by 03 Russian scientists: Prof. D.Sc. B. A. Veklenko, Assoc. Dr. Y. I. Malachov, Prof. Aca. D.Sc. Shi Nguyen-Kuok.

Theoretically and experimentally the superluminal signals arising at passage of an electromagnetic pulse through thermally excited media are investigated. It is shown that the equations of quantum electrodynamics solved by standard methods explain the appearance of such signals as a consequence of fluctuation properties of secondary quantum fields. It is indicated that quantum averages from operators of electric strength and magnetic strength in these signals are equal to zero. The field energy is different from zero. Such signals have no classical analogues. The effective superluminal velocity of the laser beam after it crosses the cylindrical parallel layer of thermally excited atoms has been calculated. The results of experiments to measure the effective superluminal velocity of the beam passing a cylindrical layer of air inside a hot metal tube are given. Quantitative agreement of theoretical and experimental data is stated.

See scientific work: Superluminal Signals in Quantum Optics

VinIT Institute of Technology successfully tested high-power thermal plasma generator

Tan Pham
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VinIT Institute of Technology successfully tested high-power thermal plasma generator

The Board of Directors of VinIT Institute of Technology is pleased to announce: At 19h30 on August 22, 2019, VinIT Institute of Technology successfully conducted a test of a 400 kW high-power plasma generator. VinIT Institute of Technology fully mastered this technology from design research to manufacturing, testing and readying to soon bring this research application in Vietnam.


Video test of a high-power plasma generator 400 kW

This is the result of tireless, persistent and creative labor of the collective of scientists and experts of VinIT Institute of Technology in a very difficult situation in relation to the lack of research conditions, infrastructure and time pressure to achieve the fastest goal of finding technologies and solutions to solve the problem of society – domestic solid waste treatmente – safely and effectively. With this result, Vietnam has officially registered its name in the group of very few countries with advanced science and technology of the world such as the United States, Canada, Russia, … can master and develop PLASMA technology for Waste treatment, including toxic and very toxic waste.


Area test of a high-power plasma generator 400 kW

The success of this innovative research project opens new directions for research and application of plasma technology in Vietnam. Including the absolute radical treatment of domestic solid waste, medical waste, industrial waste and hazardous waste without emissions of Dioxin and Furan gas (in orange poison), and at the same time the process of turning waste into a valuable resource, ie creating electricity (Waste-to-Energy). In addition, plasma garbage disposal technology will lay the foundation for the formation of a completely new industry – recycling waste industry to recover precious resources, bringing great benefits to the country.

high-power thermal plasma generator 400 kW

The Board of Directors of VinIT Institute of Technology would like to express our sincere thanks to all cadres, employees, scientific staff and experts of VinIT as well as partner units who have forgotten theirself, created, and effectively worked with the highest sense of responsibility before country!

Board of Directors of VinIT Institute of Technology.

The Russian-Vietnamese research group intends to argue with Einstein

Pi
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The Russian-Vietnamese research group intends to argue with Einstein

Under the Russian-Vietnamese friendship crossover program, the two sides focused on developing various fields of cooperation. Including scientific research. A good example of cooperation in this area is the activities of the Vietnam – Russia research group in the
VinIT Institute of Technology under the Vietnam Union of Science and Technology Associations.

The founder and director of VinIT Institute of Technology are Mr. Nguyen Quoc Sy. In the past 35 years, he has lived and conducted research activities in both Vietnam and Russia. Physicist, Professor Nguyen Quoc Sy is the Head of Plasma Laboratory of
Moscow Power Engineering Institute.

Collective VinIT Institute of Technology in Ha Noi

He invited dozens of Russian colleagues interested in research topics proposed by him to participate in joint activities with Vietnamese scientists in VinIT. Including experts from Moscow Power Engineering University, from the Nuclear Research Center “Kurchatov Institute”, from the Institute of Physics-Engineering and the Electricity Institute in St. Petersburg, from the Institute of paleontology of the Russian Academy of Sciences.

“We have built a psychological atmosphere in the collective,” said Professor Shi Nguyen-Kuok in Sputnik’s interview.

Research and production facilities of VinIT Institute of Technology in Ha Noi

“We are doing some science projects. For example, the problem of water treatment – to have drinking water and industrial water used, as well as filtering water before supplying it to shrimp ponds”

There is an interesting project of using cold plasma in combination with lasers to treat open wounds and cuts. Pilot equipment is ready, we are about to prepare technical documentation. As expected, in the next 2-3 months, this device will start to be mass-produced – there are many people who want to buy our device.

Research and production facilities of VinIT Institute of Technology in Ha Noi

An extremely important project is environmental protection and waste recycling. Every day Vietnam discharges a lot of waste. For example, Hanoi daily generates more than 8
thousand tons of municipal solid waste, and Ho Chi Minh City – 12 thousand tons. We have come to the conclusion that both burial and burning waste are not suitable for Vietnam. For landfill, there must be a large area of land, which is not available in Vietnam. Regarding the incineration method, it must be said that, because in Vietnam there is no waste sorting system before being disposed of, in the process of incineration, there are many toxic pollutants, including toxic gas at the high concentration can be lethal. The problem of municipal solid waste disposal can only be solved by plasma gasification.

Three-phase multifunction plasmatron with a capacity of 300-400 kW for waste treatment (VinIT project in 2019)

Participating in this new technology study is Associate Professor Yuri Malakhov from Moscow Power Engineering Institute. In Sputnik’s interview, he said:

“Waste treatment by plasma gasification requires less investment than standard incineration. Gasification by plasma occurs at much higher temperatures – more than 1500 degrees C. In this process, waste turns into syngas not only harmless to humans but can also be used as fuel to generate electricity. We have developed a complex that includes a small gas-plasma plant and a mini gas-fired thermal power plant. 60% of the electricity generated will be used in gasification by plasma and 40% of electricity can be supplied to other consumers.

Two years ago, Russian and Vietnamese scientists gained great success when introducing this technology in Hanoi and some provinces of Vietnam. Many Vietnamese entrepreneurs show great interest in it.

Scientific development of water treatment system for industrial zones (VinIT project 2019): 1. Waste water tank; 2. Pumps; 3. Primary filter tank; 4. Electrolytic tank; 5. Control valve; 6. Primary cleaning tank; 7. Secondary cleaning tank; 8. Water tank after settling; 9. Secondary filter tank; 10. Ozone generator; 11. Venturi tube system; 12. Static mixer; 13. Ozonated water tank; 14. UV pipe system; 15. Treated water tank; 16. Management system

Professor Nguyen Quoc Sy said:

“Since then, we have designed alternating current plasmatron with a capacity of up to 500 kW. Now plasmatron in the testing phase, this device is located in the battery factory. We plan to build a full-scale thermal power plant. There are first orders from Vietnam. We are willing to accept orders from both Vietnam and Russia, but in Russia waste disposal is also a very serious problem.

Another project that scientists of the two countries are carrying out in 4 consecutive years is preserving the architectural works in My Son.

Scientific project on researching methods and technologies to protect and restore ancient My Son cultural relics under the auspices of UNESCO

Professor Nguyen Quoc Sy said:

“This project has no special funding. The work is being done with enthusiasm. Russian scientists went to My Son during their vacation, and sponsored these trips themselves. Only friends and colleagues help us. However, it is very important to have the support of the Government of Vietnam and the local government. We were granted the right to work freely in My Son, no one intervened in our work. The customs authorities admitted to us to bring My Son bricks to Russia to study and then bring them back. ”

Scientific project on researching methods and technologies to protect and restore ancient My Son cultural relics under the auspices of UNESCO

For example, experts from the Institute of Paleontology of the Russian Academy of Sciences in Moscow studied My Son bricks and tile adhesive materials by infrared and electronic spectroscopy methods, with the help of Special X-ray equipment, CT scan. This is the fifth time, Dr. Alexey Pakhnevich, senior researcher at the Institute of Paleontology, set out for My Son. In Sputnik’s interview, he said:

“My Son Sanctuary was chosen by UNESCO as one of the World Heritage Sites, subject to number 949. But, unfortunately, this fact does not slow itself down. Scientific researchs from many countries cannot slow this process. And if you don’t start to solve the problem right now, then future generations won’t see My Son. That’s why our Russian-Vietnamese research team participated in this project. The research was conducted in Moscow, and the experiments – in My Son. We have achieved encouraging results about the mineral composition and structure of the ancient bricks. We have approximate the firing temperature of bricks and which plants have been used for firing bricks. However, we have not even reached the middle of the road, there is still much work to do. For example, it is necessary to clarify which substances have been used to bind bricks. And which substances can be used most effectively against moss, lichen, and floods that destroy My Son ”.

In the framework of the program of VinIT, scientists from Russia and Vietnam not only participate in practical projects but also study basic science issues. Professor Sergei Popov, senior expert from Institute of Electrical and Electrical Engineering of the Russian Academy of Sciences in St. Petersburg said in Sputnik’s interview.

Professor Popov said:

“One of Einstein’s main theory says that the maximum speed of a photon in a vacuum, that is, the speed of light is 300 000 km/s. However, our research team sent photons flying through a heated tube and recorded their speed by more than a third, meaning 400,000 km/s. Recently, several other laboratories around the world have recorded similar results. But, scientists cannot explain this phenomenon theoretically. So we are trying to argue with Einstein. “

Alexei Syunnerberg

Resource: vn.sputniknews.com

The sun turns into electricity to replace coal, hydroelectric and nuclear power

Pi
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The sun turns into electricity to replace coal, hydroelectric and nuclear power

Vietnam started construction of the first solar power plant. A group of Vietnamese and Russian scientists developing a solar cell project in Vietnam is capable of generating twice as much electricity.

The first solar electric energy project was started in Binh Thuan province. Solar power plant is built on the land with total area of 50 ha, capacity of 30 MW factory. This information has attracted the attention of Russian and Vietnamese scientists working at the VinIT Institute of Technology, which was established two years ago at the Vietnam Union of Science and Technology Associations.

They jointly developed four projects in accordance with Vietnamese conditions. Among them is a high performance solar cell development project that can be used in Vietnam.

Professor Nguyen Quoc Sy of Moscow Power Engineering University, the new head of the VinIT Institute of Technology gave an interview with Sputnik-Vietnam. He noted that, after stopping the nuclear power program, the Vietnamese government paid special attention to the development of alternative energy sources. First of all, to the sources of energy that are considered to be permanent, renewable. Including solar energy. According to the International Energy Agency, by 2050, solar energy will be exploited at the lowest price.

Therefore, the decision of the Vietnamese government approved a year ago about solar energy development is very correct and timely, – Mr. Nguyen Quoc Sy emphasized. – At the same time this is an ambitious decision. According to the plan, by 2020, Vietnam will operate solar power plants with a total capacity of 4.7 GW, in the future with greater capacity. Even in China and the US, solar development plans are more modest; However, there are nuclear power plants in these two countries. To implement this plan, Vietnam must solve many problems. For example, attention should be paid to the fact that these plants only operate when there is sunlight. In addition, attention should be paid to the fact that there is not much unused land in Vietnam to install solar panels. Vietnam should also set up solar cell manufacturing enterprises, because now Vietnam imports this equipment mainly from China. However, the performance of imported batteries is low – 15-18%. Therefore, it is necessary to use new generation solar cells with higher efficiency.

A research group of Russian and Vietnamese scientists from the Institute of Technology is implementing a project in Vietnam to use solar cells, which developed in Russia, – Sergey Kognovitsky, a leading researcher of the Institute of Physics Technical St. Petersburg, said in an interview with Sputnik-Vietnam.

We have reduced the amount of semiconductor materials in this type of battery, the new battery is much smaller, but has higher efficiency than the existing batteries. In the laboratory, the performance is up to 46%. These panels are installed on solar monitoring systems to collect sunlight. Moreover, these panels can be installed both on the roof as well as on the column – in this case, the surrounding land can be used for agricultural needs: cultivation, cattle grazing.

Vietnamese and Russian colleagues in the High-Tech Research Institute believe that third-generation solar cells developed in Russia will occupy a worthy position in the plan to develop solar energy in Vietnam.

Alexei Syunnerberg

Resource: vn.sputniknews.com

The World’s first Magnetic Propulsion Engine

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The World’s first Magnetic Propulsion Engine

Since 30.05.2019, the first magnetic propulsion engine in the world has been launched officially in the United States. The engine has a capacity of about 25 kW, operates continuously 24/7, requires no energy or fuel, no noise and environmental pollution, no waste. Video ‘Crystal’ Earth Engine – a revolutionary new laboratory scale engine that can change the way the world creates power streaming live 24/7 on the page https://earthenginelive.com/.

Crystal is a fully transparent laboratory scale model of the Inductance Energy Earth Engine. The Earth Engine utilizes the ‘push’ created between two opposing permanent magnets to drive large flywheels to create mechanical power. Crystal is designed solely as a demonstration Engine to demonstrate the attenuation of two opposing magnetic fields ‘pushing’ a heavy flywheel to create power to drive a generator. Crystal’s flywheel weighs in at 622 pounds (270kg) and is limited to 100 RPMs or less due to the strength of its acrylic main shaft. In comparison, commercial Earth Engine models can run at several hundred RPMs.

The basic structure consists of magnetic magnets that are arranged diagonally, staggered together so that when it comes from external activation, it creates a torque to turn the flywheel. Flywheel via transmission connected to the generator engine.

Of course “eternity” here is only relative and only means that people do not need to recharge their input, but the energy conservation law is still absolutely correct.

In this case, the magnetism of the magnets due to the internal activation current and this current is supplemented by the magnetic energy from the outside of the earth or a form of external energy from the universe, which the scientists have in the past. still called dark energy. This is just a hypothesis.

In order to explain the principle of operation and the energy source of an eternal engine, additional in-depth studies are required.

But the actual application can go ahead with theoretical research, even lead theoretical research in the right direction. In any case, the invention of an eternal magnetic motor and a new, clean, unlimited form of energy have tremendous significance for human civilization.

We are witnessing a historic moment when our civilization turns into a new page with a tremendous growth in all areas thanks to this new energy source.

Professor Shi Nguyen-Kuok

*The article is under copyright of VinIT, all sharing should specify the source.

Management board of VinIT Institute of Technology

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Management board of VinIT Institute of Technology
  1. Mr. Shi Nguyen-Kuok, Chairman;
  2. Mr. Nguyen Tien Vo, Vice-chairman;
  3. Mr. Nguyen Van Lai, Commissioner;
  4. Mr. Do Viet Anh, Commissioner.

Leaders of VinIT Institute of Technology

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Leaders of VinIT Institute of Technology
  1. Shi Nguyen-Kuok, Chairman;
  2. Nguyen Tien Vo, Director;
  3. Do Ngoc Son, Deputy Director;
  4. Nguyen Nghia, Secretary of Scientific Council.

Letter from VinIT Institute of Technology – Lunar New Year 2024

Huy Nguyen
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Letter from VinIT Institute of Technology – Lunar New Year 2024

Attracting and collecting intellectuals for the cause of the country’s industrialization and modernization

Pi
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Attracting and collecting intellectuals for the cause of the country’s industrialization and modernization

(TG) – During the Conference to meet intellectuals, scientists, and artists Lunar New Year 2023 on February 16, a number of delegates were invited to speak. Propaganda Magazine respectfully publishes the comments of Prof. VS. TSKH. Nguyen Quoc Sy, Professor at Moscow National University of Energy, Russian Federation; The President of VinIT Institute of Technology gave some suggestions on attracting and collecting intellectuals for the cause of the country’s industrialization and modernization

Prof. Dr. Nguyen Quoc Sy, scientist of Physics and Plasma Technology spoke at Conference.
Photo: T.Vuong.LD

Attracting and collecting intellectuals for the cause of the country’s industrialization and modernization is a major and correct policy and strategy, reflected in important documents and resolutions of the CPV and State. (1) (3). This is a strategic program and project at the national level, so the central agencies and leaders of the CPV and State have focused on researching and developing strategies, and at the same time have many plans for implementation and organization of the project, solving difficulties v.v. I would like to give some personal contributions on an extremely important issue of the country, which is attracting and collecting intellectuals for country development.

First of all, the goal of industrialization and modernization of the country is very right and necessary to bring the country to a fast and sustainable development, and to integrate with the world. To accomplish this goal, it is necessary to have an intellectual force as the subject center, deciding the success or failure of the cause of industrialization and modernization of the country. Attracting and gathering intellectuals at home and abroad has always been a central task of developed countries, countries in the region and the world. We can learn a lot from the experiences of previous countries, and at the same time build and supplement models, ways, and methods of organizing and deploying them in accordance with the current situation of the country, region and the world.

I believe that an attribute of intellectuals is their capacity for independent thought, scientific methods, objective criticism, acceptance of challenges, and lack of working circumstances to advance the common goals of their society and nation. We need to pay particular attention to these traits of intellectuals in order to build a working environment, a living environment, and a dedication to intellectuals in order to foster creativity, work efficiency, and constructive contributions of intellectuals at home and abroad.

Here are some succinct remarks on the subject:

Firstly, the Party, authorities at all levels, and the entire society ought to always respect, demand, and pay attention to intellectuals. At the same time, appreciate the contributions that intellectuals make to society and the nation through their practical accomplishments and evaluate them honestly. Intellectuals will only be prepared to labor and dedicate themselves to helping the people and the Fatherland in this manner;

Second, to focus all of the nation’s and society’s resources on technological and scientific advancement, with the criterion of application effectiveness coming first. The nation still faces several challenges, programs, and responsibilities that require investment. Therefore, it is impossible to invest in science and technology, develop intellectual resources, and train them in a dispersed manner; instead, there must be a focus. Specializations, projects, and technical systems must be chosen in accordance with the national strategy, goals, and roadmap for industrialization and modernization in order of priority for socioeconomic development;

Thirdly, it is necessary to restructure the organizational structure, manage the scientific system, and gather and recruit intellectuals in a concentrated manner that is in-depth, professional, connected to practice, connected to the market, taking the criteria of investment and application performance as the top priority in order to meet the task of industrialization and modernization of the country in the new situation. For instance, it is not necessary to organize the scientific and technological management apparatus and gather intellectuals in the central agencies and all localities vertically, but rather, one should consider the development characteristics of the region and each industry, taking advantage of each locality’s advantages to develop;

The country’s team of scientists, authors, artists, and intellectuals plays a crucial part in the destiny and future of the country

Fourthly, in order to use the intellectual team effectively, it is essential to have exceptional people, intellectual leaders like the leading bird, who can gather, lead, and command in every industry, every field, and every project, while also being accountable to the political system and the people of the nation in his line of business. A person with all the requisite qualities, including a heart, vision, knowledge, and cultural understanding, as well as complete loyalty to the interests of the country and nation, qualifies as an intellectual leader. To attract and assemble both domestic and international intellectuals, we must identify, develop, and promote intellectual leaders. Real world experience, professional skill, and job effectiveness are the greatest ways to complete this task;

Fifth, we must examine and learn from other countries’ experiences in luring and retaining intellectuals, and at the same time, we must have a plan for close, wide, and successful cooperation with developed nations, which have the intellectual capacity of the entire world. For example, in training and preparing the next team for the future, not only should our scientists be sent to these countries to train, but also directly with the advanced training systems in the world, that has created a new training model that is more effective and close to reality in Vietnam so that after training cadres can soon work, devote and effectively perform the country’s tasks. That training model can use advanced systems of other countries, but combined with the actual needs and tasks of Vietnam, supplementing the necessary knowledge and specializations in the training process for intellectuals associated with our quest for the development of our sciences. In research cooperation and technology transfer, it is necessary to pay attention to core technologies, background technologies, technologies that are highly applicable, immediate and for the future of spearhead sciences and technologies in the career of industrialization and modernization of the country. This allows quick access to scientific and technological achievements of developed countries, maximizes the effectiveness of application of new technologies in the world, and applies directly to science and technology projects. technology of the country, increasing the competitiveness of our key industries and science and technology;

Sixth, give the usage of foreign intellectuals a lot of consideration in collaboration with developed nations. There are currently more than 5.3 million expatriates living in more than 130 countries and territories, with more than 500,000 of them being educated professionals with university and postgraduate degrees, particularly in developed nations with strong scientific and technological backgrounds like the USA, UK, Russia, France, Germany, Australia, Japan, Canada, etc. The following concrete issues make it difficult to effectively utilize and exploit the intellectual force of foreigners:

1) Although there is a sizable number of Vietnamese intellectuals living abroad, because they are dispersed across numerous nations, continents, and regions, it is highly challenging to assemble them;

2) It is challenging to use abroad intellectuals in specialized disciplines and our particular projects because they are not centered in one or a few scientific majors but rather work in a variety of fields;

3) Foreign intellectuals frequently operate in a variety of different scientific systems, management organizations, operating models, and cultures (some of which are even dissimilar to those in Vietnam), which makes it very challenging for them to continue their work when they return home. In addition, challenges must be solved in order to draw in foreign thinkers who can contribute to the nation. These challenges include the living and working environment, treatment, salary, housing, living, traveling, and education for children.

Even though this work presents many challenges, we must be resolute to complete it due to its significant impact and effect, including direct participation, as a bridge for our overseas intellectuals to cooperate with causes for industrialization and modernization of the nation everywhere in the world. Creating the best living and working conditions for each overseas Vietnamese intellectual and their family to work in the country, assigning tasks boldly, attaching responsibilities and interests of science and technology projects, cultural development programs, researches and bridges to investment cooperation, and technology transfer for overseas intellectuals are all important.

Seventhly, it is important to focus on luring and assembling foreign intellectuals as well as Vietnamese intellectuals. We should use these individuals locally in the nations where they live and work or invite them to take part in our programs. Our ability to technically entice international intellectuals and professionals to collaborate not only in Vietnam but also online and in groups using current open information technology formats is made possible by the open world mixed with current information technologies. This is an available, enormously large, high-quality resource that can be used if we are aware of this issue seriously and have an effective solution that is appropriate to the development situation of the country. It is a really important intellectual force for the socio-economic development strategy, for the cause of industrialization and modernization of the country. Paying great attention to the bridging role of abroad intellectuals is required in order to draw in international intellectuals. Additionally, a system of preferential laws must be created to allow foreign experts to work in Vietnam or collaborate with Vietnam on scientific projects;

In order to accomplish scientific and technology projects and lay the groundwork for the nation’s industrialization, modernization, and economic growth, the eighth recommendation is to concentrate on creating and growing a number of strong science and technology enterprises. The scientific and technology organization serves as a hub for recruiting, assembling, educating, and nurturing the nation’s intellectual resource. The creation of scientific and technological corporations is challenging but incredibly vital and urgent given the current shortage of investment, capital, equipment, experience, and intellectual energy. The only way to accomplish this is to directly employ intellectuals while simultaneously mobilizing the entire potential of the government, society, economy, and populace. The task of connecting, organizing, and in charge of establishing laboratories, applied research centers, multidisciplinary and specialized research institutes, and assembling teams to build science and technology corporations for the nation must be given to enthusiastic, patriotic intellectuals at home and abroad, inside and outside the political system. It requires a significant financial commitment from the State and society, regardless of the model or organization. We should make this a major and deserving priority for the nation, community, and the political system.

We can establish a strong basis for successfully implementing the industrialization and modernization of the country with tenacity, seriousness, curiosity, listening, and a realistic strategy in attracting and gathering intellectuals, especially overseas intellectuals.

Prof. Acad. D.Sc. Nguyen Quoc Sy

Professor of Moscow State Energy University, Russian Federation; President of VinIT Institute of Technology

The Journal of the Central Propaganda Department

The person who brings “precious capital” from abroad to serve the country

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The person who brings “precious capital” from abroad to serve the country

Successfully on the scientific path in Russia, Professor and Academician Nguyen Quoc Sy brought “precious capital” from abroad to Vietnam with the desire to serve the country. He hopes that the VinIT Institute of Technology that he is a founding member of will be one of the “nests” for the leading birds to return to.

Prof. Acad. Nguyen Quoc Sy was born in 1967 in Hanoi. He studied and built a scientific career in the Russian Federation. In which, there are more than 30 years of working with the field of physics and plasma technology. Since 2012, he has been an Academician of the International Academy of Systems Studies, and in 2015 an Academician of the Russian Academy of Electrical Sciences. He was awarded the Young Scientists Award by the President of the Russian Federation Putin.

Succeeding on the scientific path in Russia, but Prof. Acad. Nguyen Quoc Sy did not stop there, he brought his brains and valuable management experiences from abroad to Vietnam to join the establishment of the company. VinIT Institute of Technology (44A Trang Thi, Hoan Kiem District, Hanoi). He served as Chairman of VinIT while being Dean of the Plasma Energy Faculty, National Research University (MEI, Russia), Director of the Plasma Physics Laboratory. When he first established VinIT, he often went back and forth between Russia and Vietnam, but in the last few years, he has stayed in Vietnam to devote himself to VinIT science.

“After living and working abroad for a long time, and returning home, I would like to bring scientific staff, research capacity as well as foreign investments in science and technology to Vietnam. I hope VinIT will be one of the “nests” for the leading birds who are overseas scientists to return. VinIT is realizing this idea with the participation of domestic and foreign scientists to contribute to society and the country”, said Prof. Acad. Nguyen Quoc Sy.

According to Prof. Acad. Nguyen Quoc Sy, scientists returning to Vietnam from abroad have certain valuable capitals such as: they have had time to interact with the scientific and technological organization and management systems of many countries; has been updated, directly doing science and technology projects of the world; When the children living far away from the country return to the country, they always want to dedicate themselves to serve the country and the community, partly to make up for the days away from their homeland.

Although established in 2016, the actual operation time of VinIT is about 4 years. During that time, Prof. Acad. Nguyen Quoc Sy and his colleagues have done many projects with high practical application efficiency. Among them are the main technologies of VinIT that have just been introduced at the Exhibition of Scientific and Technological Achievements, held at 44 Trang Thi, Hoan Kiem, Hanoi.

Specifically, there is a Plasma System for biomedicine with: Plasma autoclave system for sterilization and treatment of respiratory diseases – PlasDIF-S; PlaSter-G1 biosafety autoclave system; Portable plasma disinfection system – PlasGun-G1 & PlasGun-G2; Air disinfection system – PlasAir-D1; Ion breathing apparatus – PlasMask-G1; PlasMed-S and PlaserMed small wound treatment equipment; PlasMed-L large wound treatment device; Endoscopic and dental plasma equipment – PlasMed-D.

Plasma systems for the environment include: Waste water treatment technology – PlasCoag and Hydrogen-rich alkaline ionized water system – AlkaQua.

Plasma systems for the industry include Plasma systems for surface treatment for electronics, printing, coating, film forming, adhesives – PlaSurface.

Plasma system for agriculture has: Plasma autoclave system for processing and preserving agricultural products and food – PlasFarm–S; Plasma technology food processing and preservation line – PlasFarm–L; Dielectric barrier discharge plasma activated water generation system – PlasAQua-D1 and arc discharge PlasAQua-E1; PlasAQua-A1 corona discharge plasma activated water generation system; PlasAQua-G1 plasma-activated water-generating GAD sliding arc discharge system.

Besides, Professor Nguyen Quoc Sy also introduced to the exhibition thermal plasma projects of VinIT Institute of Technology.

Experts and people learn about VinIT’s technology products at the exhibition

Source: Vietnamese Catholic Newspaper, 39th year – Spring Quarter issue 2023

The love of the motherland of Vietnam and the confession from the heart of Prof. Nguyen Quoc Sy

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The love of the motherland of Vietnam and the confession from the heart of Prof. Nguyen Quoc Sy

Over 30 years of living and working in Russia, Prof. Nguyen Quoc Sy still decided to return, for one reason: “Vietnam is my country, where I was born”

The small house on Trang Thi street is divided into two, half is the living space of the family of Professor, Academician Nguyen Quoc Sy, the other half is for VinIT Institute of Technology – where patriotic scientists are lighting up their hopes. hope and desire to contribute to the homeland with plasma jets.

Each technology product is a proof to the love of the homeland and the desire of Professor and Academician Nguyen Quoc Sy.

Going to each technology product, touching each device he made, Professor Sy recalled his journey to scientific research, the journey back to his homeland and the pain of his unfinished dreams.

Homeland in the heart, always longing to return

As a child, the poor student Nguyen Quoc Sy wished to study well and become a scientist so that in the future, he would bring his wisdom and talent to build his homeland.

That dream kept growing, becoming the motivation for the boy during his years of studying at the school. At the age of 17, after graduating with honors from high school, a young man named Nguyen Quoc Sy passed the university entrance exam and was chosen to study in the Soviet Union.

30 years of experience with specialized research in the physics of Plasma technology. In 2006, Professor Nguyen Quoc Sy was awarded the Young Scientists Award by the President of the Russian Federation Putin. He was honored as an Academician of the Academy of Electrical Science and Technology of the Russian Federation in 2015.

Having achieved many successes in scientific research, received many invitations from units and developed countries, but Professor Nguyen Quoc Sy planned to return to his homeland – at that time, he was the Head of Plasma Energy Department, National Research University (MEI), Director of the Plasma Physics Laboratory.

Professor Nguyen Quoc Sy has chosen to return with his family to his homeland Vietnam to do scientific research and contribute to the country

In 2016, Professor Nguyen Quoc Sy participated in the establishment of VinIT Institute of Technology and was elected as Director. During 3 years, he went back and forth between Vietnam and Russia to secure work. Until 2020, he and his family returned to his hometown to live, devoting all his energy to the development of VinIT Institute of Technology.

“The years I spent abroad, the Vietnamese Fatherland was always in my heart, the image of ripe rice fields or winter afternoons in the evacuation area left me full of nostalgia.

If in Russia, I have a very good research fund, living, working and scientific career development. But I still want to return, for a simple reason: Vietnam is my country, where I was born.

Returning, I feel like I can live in the warm embrace of a mother’s love, letting each heartbeat of my breath blend into the flow of life in my homeland Vietnam.

And above all, our country is a developing country, lacking in science and technology, technology and research force. I think Vietnam needs me, needs scientists like us. I pledge to bring my heart to build and contribute to the country – that is also my desire since I was a child”, Professor Nguyen Quoc Sy confided.

Even so, returning is also not an easy decision, when the whole family has had a stable life in Russia, when the children were born, raised and studied in Moscow, they are used to the customs and culture, environment, Russian life.

Although knowing that there will be many disturbances in life, Professor Nguyen Quoc Sy’s small family is willing to sacrifice for the common work and for noble goals.

VinIT Institute of Technology, under the guidance of Professor Nguyen Quoc Sy, is a pioneer in plasma research.

The whole family hopes that VinIT Institute of Technology will turn Vietnam into a country that comes up from technology and own technology, thrives and sustains, which is also the holy dream of every Vietnamese.

“Currently, my children are studying at the Russian High School of the Russian Embassy. In addition to Russian culture, I want my children to absorb Vietnamese culture, in my family always educate them to preserve Vietnamese traditions, study and practice to serve the country.

In inventions of me and my colleagues, there may not be the names of family members, but there are always their silhouettes, encouragement, contributions and even sacrifices,” said Mr. Sy emotionally.

Painful because scientific inventions are still “sitting” in the laboratory

“VinIT Institute of Technology, although the amount of equipment, investment and personnel is modest, we have our own pride. And the greatest pride is the love of the homeland, the sense of responsibility to the country and the society of cadres and scientists, whether working at home or abroad.

That is shown by the work efficiency, the creative spirit of the whole team, 30 patent applications in the past two years are an explosion of knowledge and creativity and also a proof of the hard working journey of VinIT’s team of scientists”, said Professor Sy.

VinIT’s inventions cover all fields of application, demonstrating research capacity, breakthrough ability, extensive applicability, and multi-industry, based on plasma technology. In particular, VinIT Institute of Technology has many new technological inventions that are ready to be quickly applied to the market.

Recently, VinIT Institute of Technology has implemented a series of research projects on application of technology based on low temperature plasma, cold plasma, thermal plasma for environmental waste treatment, application of cold plasma technology for surface disinfection and elimination virus in the prevention of Covid-19, output treatment for agricultural products, food …

Facing many difficulties, the patriotic scientist still worked hard, researched and released many inventions of Plasma technology

“Our Vietnam is a country that came up from the agricultural industry, but the people still have too many difficulties with the situation of “good harvest season, devaluation”, we do not have many scientific applications in preserving agricultural products and food, so we cannot promote exports, even products that are exported and then returned.

Applying cold plasma technology, we have high expectations to help farmers and businesses export products to foreign countries with the best quality, “said Professor Sy.

At the time of the outbreak of the Covid-19 epidemic, VinIT Institute of Technology also invented many useful products with the desire to join hands with the whole country to repel the epidemic, from the system of disinfection chambers to prevent cross-infection approved by Prof. Nguyen Quoc Sy and scientists upgraded to a plasma chamber system, used to disinfect and treat respiratory diseases with improvements to improve the effectiveness of disinfection and virus elimination.

VinIT Institute of Technology has also successfully researched, manufactured, and created a large-capacity plasma generator system that is ready to be applied to build plasma furnaces for hazardous solid wastes treatment and solve the current environmental dilemma.

In 2022, Professor Sy and his colleagues have also successfully researched the application of Plasma technology in the treatment of open wounds and can be applied in medicine. Putting all his heart into each scientific product, engrossed in new research, but until now, Professor Nguyen Quoc Sy still worries because his research is still “contained” in the laboratory.

“Our studies are purely in terms of technology and engineering, but to have a practical implementation application, and how we can do it is another story, and to do this depends not only on scientists but also needs a lot of cooperation from related ministries, departments and sectors.

We make core technology, if there is coordination in appraisal and implementation, Vietnam will be able to own that technology, which brings benefits to society, the country, and people”, Mr. Sy shared.

Professor Sy’s desire is that Vietnam can own core technology instead of having to buy technology from abroad at expensive prices.

According to Professor Nguyen Quoc Sy, the application of science and technology to the market currently has many difficulties and barriers. Specifically, the policy mechanism has not been completed, the policy at the macro level is very good, with the right orientation, but at the application implementation level, it is still confused, lacks regulations, and lacks people with experience in project implementation.

Our science and technology management organization system still has many shortcomings, especially in the stage of organizing and implementing science and technology projects.

Another difficulty comes from the market, our science and technology market is almost nonexistent or very small, the market is mainly imported machinery and equipment from abroad for use, but not enough to absorb inventions and new technologies in Vietnam.

Moreover, the investment budget for science and technology is still limited, our country is one of the countries with the lowest investment rate for science and technology. The investment resources for science and technology are also inappropriately distributed, many of our projects are not effective.

When the investment is already small but inefficient, technology applications cannot be brought to life, do not turn into reinvest cash flows for the next science and technology projects and not bring great value to society.

We are also lacking in high-tech projects in both quantity and quality, lack of organizational and technological knowledge, management knowledge, and even leading experts to lead science and technology projects.

Professor Nguyen Quoc Sy said that these are great difficulties that are holding back scientific development in Vietnam, with VinIT Institute of Technology, those difficulties also directly affect applied research.

In order to apply technology into practice, it is necessary to have a combination of scientists-state-enterprises, and it is necessary to open the mechanism to implement science and technology projects. Vietnam is a developing country, we have to move the country forward by the way of education, the way of science and technology.

In the coming time, VinIT Institute of Technology will have steps to transform, becoming a science and technology enterprise, not just doing research.

“Currently, we are coordinating and collaborating on big projects with foreign science and technology organization, and the ultimate goal is to serve the development of Vietnam.

And I believe that all of our scientists with enthusiasm, love and responsibility for the country are working hard, eager to dedicate themselves to the beloved country. We will continue to do research with that spirit and love,” said Professor Nguyen Quoc Sy.

Source: giaoduc.net.vn

VinIT Institute of Technology and achievements of multidisciplinary applied science

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VinIT Institute of Technology and achievements of multidisciplinary applied science

On the morning of January 6, 2023, VinIT Institute of Technology held an exhibition of scientific and technological achievements. The program attracts the participation of a large number of ministries, partners, and scientists.

Speaking at the program, Professor and Academician Nguyen Quoc Sy – Director of VinIT Institute of Technology shared that after 4 years of operation, VinIT Institute of Technology wishes to bring information and research results to everyone and share with everyone about the scientific achievements that have been achieved.

Exhibition program of scientific and technological achievements at VinIT Institute of Technology

The exhibition provides more information about scientific achievements to domestic and foreign enterprises and investors, from which there will be the cooperation and support of the State and businesses in the development and application science and technology.

“After living and working abroad for a long time, returning to my country, I am very eager to bring scientific staff, research capacity as well as foreign investments in science and technology to Vietnam. To do that, I wish to organize many exhibitions and scientific conferences helping promote and call for the cooperation of other countries.

In the difficult working conditions caused by the Covid-19 epidemic for more than 2 years and facing difficulties due to the fluctuations of the world economy, scientists and partners of VinIT Institute of Technology have effectively worked together and achieved many meaningful achievements.

We would like to thank the scientists of VinIT Institute of Technology and all our partners who have accompanied us in the past time.

Hopefully, we will have more and more scientific achievements to contribute to the development of Vietnam”, said Professor Sy.

Signing ceremony of cooperation between VinIT Institute of Technology and e-Journal of Vietnam Human Resources and Talents

At the exhibition, a cooperation signing ceremony took place between VinIT Institute of Technology and the e-Journal of Vietnam Human Resources and Talents.

Sharing at the exhibition, Professor, Dr. Nguyen Dinh Chien -Deputy Editor-in-Chief in charge of the e-Journal of Vietnam Human Resources and Talents highly appreciated the scientific and technological achievements of VinIT Institute of Technology in recent years.

Prof, Dr. Nguyen Dinh Chien shared at the ceremony

Professor Chien expects that through the exhibition and cooperation agreement, scientific and technological products will be of interest to everyone and put into practice; VinIT Institute of Technology will grow more and more with many scientific and technological inventions.

Within the framework of the program, Professor Nguyen Quoc Sy introduced the main technologies of VinIT Institute of Technology in recent years.

Professor Nguyen Quoc Sy introduces the main technologies of VinIT Institute of Technology

Specifically, there is a Plasma System for biomedicine with: Plasma autoclave system for sterilization and treatment of respiratory diseases – PlasDIF-S; PlaSter-G1 biosafety autoclave system; Portable plasma disinfection system – PlasGun-G1 & PlasGun-G2; Air disinfection system – PlasAir-D1; Ion breathing apparatus – PlasMask-G1; PlasMed-S and PlaserMed small wound treatment equipment; PlasMed-L large wound treatment device; Endoscopic and dental plasma equipment – PlasMed-D.

Plasma systems for the environment include: Waste water treatment technology – PlasCoag and Hydrogen-rich alkaline ionized water system – AlkaQua.

Plasma systems for the industry include Plasma systems for surface treatment for electronics, printing, coating, film forming, adhesives – PlaSurface.

Plasma system for agriculture has: Plasma autoclave system for processing and preserving agricultural products and food – PlasFarm–S; Plasma technology food processing and preservation line – PlasFarm–L; Dielectric barrier discharge plasma activated water generation system – PlasAQua-D1 and arc discharge PlasAQua-E1; PlasAQua-A1 corona discharge plasma activated water generation system; PlasAQua-G1 plasma-activated water-generating GAD sliding arc discharge system.

Besides, Professor Nguyen Quoc Sy also introduced to the exhibition thermal plasma projects of VinIT Institute of Technology.

The director of VinIT Institute of Technology also shared his expectations, aspirations and future efforts and plans for the technologies to be put into practice, solving problems in the environment, economy, and develop the country.

Professor Ha Ton Vinh highly appreciates the scientific achievements that VinIT Institute of Technology has achieved

Sharing at the exhibition, Professor Ha Ton Vinh – Director of the Leadership Training Program at California Miramar University, USA affirmed the important role of science and technology in the socio-economic development of the country.

Professor Ha Ton Vinh highly appreciated the scientific achievements that VinIT Institute of Technology has achieved, especially the inventions of applying cold plasma technology in preserving agricultural products.

Professor Vinh affirmed: “Vietnam is a country that comes up from agriculture, we need to take advantage of talented people, apply science and technology more strongly to the agricultural industry to develop up”.

The program has brought scientists and experts a lot of useful information about Plasma technology and its application in many fields of life.

In particular, the delegates had a visit to learn about technology products of VinIT Institute of Technology.

Some photos of experts visiting and learning about technology products of VinIT Institute of Technology:

Source: giaoduc.net.vn

Signing ceremony of “Communication cooperation, implementation of science and technology projects and human resources”

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Signing ceremony of “Communication cooperation, implementation of science and technology projects and human resources”

On the morning of January 6, 2023, at the Headquarters of VinIT Institute of Technology (44A Trang Thi, Hang Bong, Hoan Kiem, Hanoi) a signing ceremony took place between VinIT Institute of Technology and the e-Journal of Vietnam Human Resources and Talents on “Cooperation in communication, implementation of projects and human resources of science and technology”.

Attending the signing ceremony, representatives of VinIT Institute of Technology (VinIT) – Prof. Nguyen Quoc Sy – Director of VinIT Institute of Technology. On the side of the e-Journal of Vietnam Human Resources and Talents, there was Lieutenant General, Prof. Dr. Nguyen Dinh Chien – Deputy Editor-in-Chief in charge of the e-Journal of Vietnam Human Resources and Talents.

Prof. Nguyen Quoc Sy – Director of VinIT Institute of Technology
Lieutenant General, Prof. Dr. Nguyen Dinh Chien – Deputy Editor-in-Chief in charge of the e-Journal of Vietnam Human Resources and Talents

In the spirit of voluntariness for common development, the two sides agreed to work together to develop cooperation plans and programs with a number of contents such as: Introduction, provision of scientific and technological information and development of human resources; Consulting, appraising and criticizing scientific and technological research works and projects; policies on development, attracting human resources and taking advantage of talents; Using common resources in terms of network of partners, facilities and staff to implement science and technology projects; training and developing human resources; Organizing conferences, seminars and exhibitions on science and technology projects and attracting and developing human resources.

VinIT is a multidisciplinary Institute of Technology operating in research, design, manufacture and application of high-tech products for industry, agriculture, health, biomedical, environment…; providing scientific and technological services including consulting, scientific criticism, technology transfer, providing technical support services, finding output markets for technological products; training and developing a team of scientific and technical experts; organizing specialized conferences and seminars, exchanging experiences and promoting new technologies; cooperate with domestic and foreign units to implement science and technology projects.

The e-Journal of Vietnam Human Resources and Talents is a unit operating in the field of communication with the task of informing about the use of human resources and the use of talents; introducing scientific research and scientific works; consulting on human resource development, detecting and using talents in Vietnam; praising those who have researched and contributed to the development of the community and society; seminars on construction, training and use of human resources; providing scientific information consulting services to develop human resources, talents, domestically and internationally.

The two sides signed the cooperation agreement

At the signing ceremony, the two sides committed to jointly implement well and responsibly cooperation plans to exploit resources, attract talents and promote the strengths of each party in the implementation of the Agreement development goals.

Handshake cooperation agreement

The signing of the cooperation agreement is of great significance, contributing to consolidating and further strengthening the friendly and good relationship between VinIT Institute of Technology and The e-Journal of Vietnam Human Resources and Talents.

Source: nguonluc.com.vn

INVITATION TO THE EXHIBITION OF VINIT SCIENTIFIC AND TECHNOLOGICAL ACHIEVEMENTS ON JANUARY 6, 2023

Huy Nguyen
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INVITATION TO THE EXHIBITION OF VINIT SCIENTIFIC AND TECHNOLOGICAL ACHIEVEMENTS ON JANUARY 6, 2023

VinIT Institute of Technology cordially invites Sir/Madam to attend the “Exhibition of VinIT Scientific and Technological Achievements” organized by VinIT Institute of Technology at 09:00 on January 6, 2023 at 44A Trang Thi, Hang Bong, Hoan Kiem, Hanoi, Vietnam.

For more information about the exhibition and to register to attend, please contact Mr. Nguyen Thai Quoc Huy – Phone: 0906908645; Email: huynguyenVinIT@gmail.com.

Best regards,

Online seminar “Waste treatment technology – Which option is suitable”

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Online seminar “Waste treatment technology – Which option is suitable”

Vietnam is among the 20 countries with the largest amount of waste and higher than the world average. By the end of 2021, an average of 1.8 million tons of domestic waste will be discharged into the environment each year. This number is increasing and causing extremely serious consequences not only in the environment but also in the health of the people. Increased domestic waste can become an environmental and ecological “crisis” problem and is a headache for managers, especially in big cities. So what is the effective solution to waste treatment?

Đang diễn ra Tọa đàm trực tuyến “Công nghệ xử lý rác - Lựa chọn nào phù hợp”
Delegates take souvenir photos at the seminar

The National Assembly has also issued 2 resolutions including Resolution No. 32/2021/QH15 on the socio-economic development plan in 2022 and Resolution No. 16/2021/QH15 on the Socio-economic development plan for 5 years 2021-2025, all set targets on the rate of collection and treatment of municipal solid waste meeting standards and regulations at 89-90%, the rate of establishments causing serious environmental pollution to be treated reaches 100%.

Along with that, in order to implement Vietnam’s commitments at the 26th Conference of the Parties to the United Nations Framework Convention on Climate Change (COP26), it is necessary to develop new solid waste treatment technologies, environmentally friendly and reduce greenhouse gas emissions.

With the topic “Waste treatment technology – Which option is suitable”, the seminar was organized by the People’s Deputies Newspaper to exchange and record opinions of National Assembly deputies, experts, managers, and businesses, voters around the issue; create conditions for provinces, cities and businesses to access and decide on appropriate technology to handle current pressing problems; contribute to building a green economy and sustainable development.

Đang diễn ra Tọa đàm trực tuyến “Công nghệ xử lý rác - Lựa chọn nào phù hợp”
The scene of the seminar

Current status of treatment methods urban household waste

Journalist Nguyen Quoc Thang: Along with people’s living standards increasing and industrialization flourishing, domestic and industrial waste is increasing day by day with complex and diverse components, difficult to handle by traditional methods such as landfilling, simple recycling… Garbage has become a hot issue in urban life, threatening a sustainable, balanced and healthy life.

According to estimated data, currently nationwide, the amount of domestic solid waste generated is about 60,000 tons/day, of which urban areas account for 60%. By 2025, the rate of domestic solid waste generation is forecasted to increase by 10-16%/year. In big cities like Hanoi and Ho Chi Minh City, every day there is from 7,000 to 9,000 tons of waste. It can be seen that when the economy develops and the living standard improves, the amount of waste also increases. Therefore, finding an effective method or technology for waste treatment is a “hot” spot with many problems and concerns that the government is still waiting for and people are looking forward to. The National Assembly has decided to target the rate of collection and treatment of municipal solid waste to ensure standards and regulations of 89-90%, and the rate of establishments causing serious environmental pollution to be treated to reach 100%. However, in order for the Resolution of the National Assembly not to become a slogan and unknown address, the responsibility of organizations and individuals who fail to fulfill the tasks requires the drastic intervention of the Government, all levels and sectors. And without drastic implementation and selection of appropriate technology, municipalities and cities cannot accomplish the goals as set forth in the Resolution of the National Assembly.

Journalist Nguyen Quoc Thang: Dear Prof. Nguyen Quoc Sy – Chairman of VinIT Institute of Technology, is a senior expert who has successfully researched the superior and environmentally friendly medical waste treatment plasma technology; The Institute’s products were patented by the Intellectual Property Office of Viet Nam in January 2022. So how do you evaluate the waste and the current state of waste treatment technologies?

Prof. Nguyen Quoc Sy – Chairman of VinIT Institute of Technology:

It can be said that the treatment of waste in Vietnam is the most difficult. Difficult not only in sorting, difficult not only in high humidity, low heat, low treatment cost per ton of garbage. And one of the most difficult problems today is the application of advanced technology to waste treatment. Developed countries such as Germany, Norway… waste over 1 ton is 50-80klo/1 ton, moisture content 20% and in Vietnam up to 60-70%, while the technology is not available, the collection system unsorted collection at source.

Đang diễn ra Tọa đàm trực tuyến “Công nghệ xử lý rác - Lựa chọn nào phù hợp” -0
Chairman of VinIT Institute of Technology Prof. VS Nguyen Quoc Sy shared at the seminar

Second, waste treatment requires technology, we can’t shout slogans, because other countries can do landfill when they have a large area of land such as deserts, or uninhabited areas can be successful with landfill technology. But given the large population in Vietnam, our climate in the long run does not allow the use of landfill technology.

Currently, a technology that is gaining world attention is plasma technology. It also has certain disadvantages, but ensures the complete destruction of unclassified waste like that of Vietnam. But in terms of economy, technology transfer … must be considered. If we stand purely in terms of technology, it is the technology that we can pay attention to.

Third, about the habits and living style of Vietnamese people, the classification of garbage and collection is much more difficult than in other countries. This is not a one-way problem that we can change. At this point,  if people don’t do garbage sorting  they will be fined. But in the process of not being able to handle it, we must have steps and a roadmap.

Journalist Nguyen Quoc Thang: Dear Prof. Nguyen Quoc Sy, a senior expert in the field of research and application, plasma technology in waste treatment, would you like to share what advantages this technology has and what points do investors still wonder about?

Prof. Nguyen Quoc Sy – Chairman of VinIT Institute of Technology:

Regarding MYT technology, the actual thermic value  is 3 times lower than the figures given by Mr. Nguyen Cao Tri. Secondly, in terms of technology, microorganisms decompose very slowly, affecting the process of industrial power generation.

As for plasma technology, the concerns of today’s delegates are to use high technology, although it is thoroughly processed, but the cost is very high. While at present technology we do not have anything. So, with the current high cost, can we access plasma technology?

Regarding waste treatment, we focus on research and application based on the technologies we have for further development in Vietnam. At the core of this technology is the use of a high-temperature thermal plasma stream to meet environmental requirements. And how to be commercial, profitable for investors.

I would like to introduce 2 technologies that are plasma gasification technology and plasma vitrification technology. With plasma gasification technology, it is a technology that turns carbon hydrogen in waste into syngas. We make this gas very quickly without the use of microorganisms.

In fact, there is no plasma technology in Vietnam,  the current world’s plasma technology is incomplete. The first reason is that the world is using today is the DC plasma generator technology, which has a small lifespan and poor coefficient. And we are using is the 3-phase AC plasma generator, the working time is higher.

About the advantage of this technology is that the gasification technology at high temperature (T> 1,700°C) helps to thoroughly decompose organic and inorganic wastes, without releasing toxic substances such as Dioxins and Furans; Anaerobic (oxygen-poor) technology in which the energy used for the reaction is not based on conventional C and H oxidation but from the plasma stream; Large gasification coefficient (up to 93%-95%); The content of ash and slag discharged into the environment is low. Vitrified components can be used for the production of concrete slabs of breakwater; It is the only technology capable of thoroughly treating plastic waste, nylon, sulfur and toxic impurities (mercury, cadmium, lead, xenon, cyan, electronic waste, …) due to its inability to classified into domestic solid waste in Vietnam. Ensure all the most stringent environmental criteria such as G7, EURO6; No waste segregation, just pre-sorting to remove debris, bricks, stones, metal.

In terms of plasma vitrification technology, the advantage is that VinIT’s Plasma generator system has a concentrated heat source with a temperature of up to 7000-10000 K to help separate complex and toxic molecules into simple, non-toxic molecules. Toxic, non-generating Dioxin and Furan; The plasma heat source allows vitrification of hazardous chemicals and wastes; The content of ash and slag discharged into the environment is low. The slag composition in the form of glass can be buried and stored for a long time without affecting the environment; Advanced technology to treat hazardous waste, hazardous waste, medical waste, industrial waste, waste contaminated with heavy metals such as Mercury, Cadmium, Lead, Xenon, Cyan, electronic waste, etc. . VinIT owns the entire technological process from research, design to manufacture, assembly, operation and training, providing maintenance services, low investment, fast payback time from 5- 7 years, suitable for Vietnamese conditions.

Source: daibieunhandan.vn

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