In the process of oil and gas production, paraffin deposits occur in oil pipelines and oil wells, depending on the operating conditions. The fight against them is one of the urgent and important problems and requires significant material and labor costs. The formation of deposits inside pipelines, GNO leads to significant losses in oil production, significant costs, due to: - reduction of the passage section of the pipeline, GNO, - increase in the specific energy consumption of GNO, - high costs of restoring the operability of the pipeline, GNO. A flow-through electromagnetic installation is proposed that affects oil in tubing and oil pipelines through the action of an alternating electromagnetic field - this leads to a change in the properties of oil, leads to a decrease in the viscosity of the liquid and a decrease in the temperature of paraffin formation. In the installation, an alternating electromagnetic field affects oil, as a result of which its properties irrevocably change and decrease: the temperature of paraffin release from oil, the dynamics of paraffin deposits on the inner surface of the pipeline, the surface of the PMO, the viscosity of oil, as an additional effect, oil is locally heated. These effects make it possible to transport oil through an oil pipeline without releasing paraffin in the solid phase. The installation includes an electromagnetic installation, a step-up transformer, a control station with a CHP (the delivery does not include cable, an electrical equipment maintenance site, and materials for ground equipment). The cost of the installation is declared upon request and depends on the capacity, operating conditions, and engineering results. Before concluding the contract, engineering (calculations) are carried out to select an installation for a specific outlet line (pipeline). The delivery period is 4-5 months from the date of signing the contract. At the well of PJSC Tatneft, the ODA has now been completed with payment based on the results of the ODA - the launch date is 03/21/2020, the installation has worked on 2 wells, the results of the ODA are positive - all success criteria have been met. At the moment, the installation continues to work. If there is an installation on the well, the discharge line did not stop due to paraffin deposits – the installation prevents paraffin deposits.

Conventional electronics production requires a special conditions which leads to high cost of production. In printed electronics conventional printing equipment can be used, which leads to the low production cost. Also, the usage of flexible substrates makes electronics lighter and easy to fit any shape.

Modern society faces the growth of chronic diseases and a weakened immune system. Vinibis develops and produces innovative biotechnological products based on bee products to improve public health.

By 2030, there will be five times more diabetics in the world. Standard methods for diabetes diagnosis are invasive, expensive, and painful, with a high margin of error in measurements. We have created an innovative non-invasive glucometer based on Raman spectroscopy and neural networks with an accuracy of 5%.

The poultry industry needs cost-effective solutions to reduce feed costs and improve poultry weight gain. Vinivet offers an innovative product that reduces feed costs and increases poultry weight gain, significantly enhancing the economic efficiency of poultry farms.

Our product addresses the challenge of diagnosing genetic markers associated with Antibiotic Resistance (ABR) in tuberculosis bacteria, even in low quantities of pathogen cells found in patient sputum samples. Our solution requires only equipment typically found in molecular genetic laboratories. While existing solutions may only confirm the presence of bacteria, they often fail to determine the ABR status. In fact, up to 40% of samples yield inconclusive results, necessitating additional tests, often involving invasive procedures like bronchoscopy. These additional tests not only increase costs but also impose a significant burden on patients. Our test system comprises specially designed tubes containing reaction components, amplification primers, imaging sensors, and multiple internal controls for each step.

1. Project Overview The project is a cultural and technological integration project in response to the “Belt and Road Initiative” and the cooperation framework of BRICS countries. By integrating key technologies such as music big data analysis, 3D instrument modeling, virtual reality (VR), and immersive human-computer interaction, the platform aims to create a new environment for learning and experiencing traditional music cultures along the Belt and Road. It not only provides users with an immersive space to deeply understand the traditional music cultures of Belt and Road countries but also serves as an essential tool for promoting cultural exchange and understanding among BRICS countries, holding profound significance for the protection, inheritance, and innovative development of diverse cultures. 2. Technical Challenges and Innovations The project addresses core technical challenges such as intelligent calibration of music style data, precise transformation from 2D images to 3D models, construction of a comprehensive virtual music environment, cross-language interaction experiences, and real-time pitch recognition and feedback. Innovatively combining high-precision 3D modeling with VR technology, the platform offers users an unprecedented immersive experience in music culture. Additionally, the platform's real-time pitch recognition and feedback system, as well as the application of gesture recognition and haptic feedback technologies, bring innovative attempts to the field of music education, greatly enhancing users' interest and experience. There have already been several successful cases in recent years, including the 'Belt and Road' music culture virtual simulation teaching course developed by our team at the Xi'an Conservatory of Music.

With the continuous intensification of the global vegetable food crisis and the acceleration of the popularization of agricultural greenhouses, all crops will have pests and diseases every year and every quarter, which makes most farmers resort to spraying pesticides to solve the problem. This not only increases labor intensity, but also inhales a certain amount of pesticides during the process of artificially spraying pesticides. Inhaling too much pesticide is harmful to human health. For this purpose, our team has developed an intelligent medical spraying system for greenhouse plants, which utilizes tracked inspection robots, automatic pesticide proportioning devices, and greenhouse pesticide atomization spraying machines to provide medical treatment and diagnosis for greenhouse crops.This practice mainly includes intelligent collection system, intelligent dispensing system, and pesticide atomization spraying system.Firstly, this project involves using a tracked intelligent inspection robot to patrol the greenhouse. The intelligent inspection robot uses high-definition cameras for wireless image transmission and real-time transmission of vegetable status to the system backend server. Then, the intelligent pesticide dispensing system utilizes big data for AI recognition, analysis, and decision-making to determine what diseases have occurred in the crops, and formulates the required drugs in proportion. Finally, the intelligent pesticide atomization spraying system sprays the drugs onto the crops through delivery pipes and atomization devices to solve the diseases.This device achieves 24-hour uninterrupted intelligent monitoring of greenhouse crops, helping farmers to timely and accurately solve the impact of pests and diseases on greenhouse crops. At the same time, it ensures that crops are not harmed during the growth cycle, improves the harvest of cultivation and caseion, and achieves increased yield and income.Its advantage is to abandon manual identification of diseases and spraying, and instead use robot inspections, big data analysis, automatic mixing, and automatic spraying. This not only helps to reduce the labor intensity of farmers, but also allows them to avoid inhaling pesticides and ensure their physical condition.

Antimicrobial resistance (AMR) in Ethiopia poses a significant public health threat due to the overuse and misuse of antibiotics in human medicine and agriculture, coupled with inadequate diagnostic capabilities and a lack of comprehensive surveillance. To address this, a big data initiative will be implemented, integrating data from healthcare facilities, and laboratories, through electronic health records, mobile data collection, and laboratory information management systems. This data will be centralized in a national AMR database, enabling comprehensive surveillance and advanced analytics to identify trends, predict outbreaks, and analyze risk factors. The insights generated inform evidence-based policies and antimicrobial stewardship programs, supported by stakeholder collaboration and infrastructure development, thereby enhancing the ability to combat AMR effectively.

According to the Food and Agricultural organization of the UN 40% of crop production is lost to pests and the amount of damage brought by the insect pests estimates over 70 billion of dollars per year. And the rate of growth is accelerated each year due to the global warming. That’s why the insect pests are widely considered to be the major agricultural problem. The current solution to the Problem is the use of chemical insecticides. We say that this way is ineffective, especially in long term, because living organisms are known to develop resistances to chemical insecticides. This causes large corporations spend billions of dollars to research new formulae and introduce new products to the market. We also say that these poisons are extremely dangerous for ecology and health, i.e.: • Soil degrades; • Ecosystems are being destruct; • Rising carbon gas emissions; • Carcinogenic effects grow while human body’s functions disrupt We offer an alternative way. Our solution is to spread beneficial insects – the enemies of insect pest – applying them with the use of air drones (UAVs).

In Russia and in many countries of the world, fuel oil is used as fuel for boiler houses and power plants. When heating fuel oil, steam is often used, which then remains in the layers of fuel oil in the form of water lenses. During combustion, uneven combustion of fuel occurs, a lot of oxygen is required for good combustion of fuel oil. Gorenje gorenje. As a result of the formation of water globules of 3-10 microns, due to the use of our technology, there is an even distribution of water in the mass of fuel oil, which allows us to achieve the following results: - Creation of fuel oil-based water-fuel emulsions resistant to stratification, - disposal of sludge waters, - savings in fuel combustion at power plants from 7 to 15% - Reduction of greenhouse gas emissions and other pollutants into the atmosphere (CO, NOx, Sox) by 20-30% - Increase the efficiency of boiler plants by 0.5 – 2.5%, - An increase in the service life of boilers and related equipment by 1.5-2.0 times.

Revival and popularization of the image of a noble, strong-willed son and defender of his people - batyr. Strengthening the connecting threads of the entire nation and each family by introducing children and youth to the original national values ​​and traditions. Instilling in the younger generation respect for elders, interest in their life path and experience. Preservation of the native language and rich national culture. Tugan in translation from Tatar and many Turkic languages ​​means "native", and Tugan Batyr will become their own and native to many peoples. Two books about the adventures of Tugan Batyr based on the folklore of Tatarstan have already been published. Currently, the third book is being prepared for release, where Tugan Batyr is already traveling around Turkey and made friends with the heroes of Turkish fairy tales. Projects are being developed with a combination of fairy tale motifs from other countries. TUGAN BATYR is not a superman, he is an ordinary young man with pure thoughts and noble aspirations. He is a native hero - the embodiment of a real man, a caring son, a kind brother, a loyal friend. He maintains contact with his family and thanks to this he achieves success in life. The hero's superpower lies in following the 8 virtues of the Tatar people: kindness, compassion, tolerance, faith in God, generosity, justice, loyalty and devotion to the Motherland. All of them are symbolically embodied in the emblem of the Tugan Batyr project - an eight-pointed star. Thanks to following the precepts of his ancestors, the young man triumphs over evil, debunks false ideals: greed, avarice, rejection of family and national culture. We are creating a hero that will appeal to both children and adults. He unites generations at a high level of spiritual and moral values. Through a modern presentation, the story will connect times and show that a unique cultural code never disappears or changes.