1、 Langfang Meiti Education Consulting Co., Ltd. was established in 2015,. With 21 professional teaching and research personnel, 5 senior lecturers, 6 lecturers, and 10 backbone teachers, it is a youth English teaching and research unit that integrates industry, academia, and research. It provides teaching and research results and teacher training to nearly 150 English training institutions nationwide. In November 2017, it was awarded the first "TESOL International Children's English Teacher Qualification Training Certification and Examination Center" by the "TESOL International English Teacher Qualification Certification Center" in Hebei Province. 2、 We plan to introduce three experts from native English speaking countries in 2021 to continue the research and promotion of English teaching and research projects, and conduct in-depth research and exploration on children's cognitive development and English acquisition

The next step is to introduce foreign English teaching technology experts, and under the guidance of experts, establish a "mother tongue like innovative classroom" teaching research group and technical group to carry out technical and scientific research, solve theoretical and practical problems and difficulties in the process of education and teaching practice. Our school's mother tongue like innovative English teaching technology project will be led by foreign experts, We will further promote and mature the "Mother tongue like Innovative English Teaching" project proposed and implemented by our school, in order to promote it within the scope of basic education and build our school into an experimental base and model school for mother tongue like innovative English teaching. We will provide solutions and technical support to solve the many difficulties and problems that commonly exist in Chinese people learning English, and make due contributions to China's basic education.

Langfang Novite Intelligent Equipment Manufacturing Co., Ltd. mainly produces CNC electric discharge machining equipment. At the beginning of its establishment, the company adhered to the concept of independent innovation as the foundation of the enterprise, increased research and development investment, and built the enterprise into one of the few enterprises in the field of special processing equipment in China with independent intellectual property rights. Introducing foreign experts as high-level talents in the mechanical and electronic industry includes: electrical automation, mechanical automation technology requirements: electrical aspects: sensor application technology, ARM, FPGA applications in CNC systems, pulse power adaptive control new solutions, new ideas in mechanical design and automation aspects: 1. Research on the impact of temperature on machine tool accuracy. By optimizing the main structure of the machine tool and the internal temperature control mechanism of the machine tool, and adding methods such as sensor temperature compensation, the impact of temperature changes on the machining accuracy and surface quality of key components of the machine tool is reduced. 2. Study the influence of rigidity on machine tool accuracy. Analyze the overall static and dynamic rigidity of the machine tool through finite element method, and provide a reasonable optimization plan. In terms of software, 1. Handle the Z-axis collision prevention during machining. Move the Z-axis downwards, and when the transparent organic glass water cap at the bottom of the Z-axis contacts the metal workpiece, it will alarm and immediately shut down. The structure and software control scheme with the simplest requirements 2. In electric discharge machining, high and low unevenness of workpieces are often encountered, and the thickness of workpieces is different, and the parameters of electric discharge machining are also different. Question: How can the control system automatically detect the actual thickness value of the workpiece during processing? Use different processing parameters based on thickness.

In the next step, the company plans to introduce 2-3 technical R&D experts in the international textile field to study the cutting-edge technology of denim, fabric functionality and raw materials.

1. It is planned to introduce high-end technical talents in the industry, increase the investment in research and development, take innovative drug research, upgrading and transformation of traditional biochemical drug preparations, evaluation of consistency of quality and efficacy of generic drugs as the research and development direction, and take the development of high value-added products with independent intellectual property rights as the development goal to build a more integrated, systematic, mature and progressiveness drug comprehensive research and development platform. We will enhance the company's independent innovation capabilities and promote technological development cooperation with universities and research institutes. 2. We plan to introduce advanced high-end equipment and technologies from abroad, such as the introduction of world-class biotechnology (such as protein purification, bidirectional hydrolysis, chromatography separation, etc.), cooperation with Dr. Zhang Min's new research team from GLB Corporation in Japan, and advanced technologies such as industrialized fermentation and extraction technology, emulsification phenomenon treatment, and separation of various alkaloid components, to break through the bottleneck of industrialization.

1. It is planned to introduce high-end technical talents in the industry, increase the investment in research and development, take innovative drug research, upgrading and transformation of traditional biochemical drug preparations, evaluation of consistency of quality and efficacy of generic drugs as the research and development direction, and take the development of high value-added products with independent intellectual property rights as the development goal to build a more integrated, systematic, mature and progressiveness drug comprehensive research and development platform. We will enhance the company's independent innovation capabilities and promote technological development cooperation with universities and research institutes. 2. We plan to introduce advanced high-end equipment and technologies from abroad, such as the introduction of world-class biotechnology (such as protein purification, bidirectional hydrolysis, chromatography separation, etc.), cooperation with Dr. Zhang Min's new research team from GLB Corporation in Japan, and advanced technologies such as industrialized fermentation and extraction technology, emulsification phenomenon treatment, and separation of various alkaloid components, to break through the bottleneck of industrialization.

Collaborate with more experts from the Food Safety Research Center of Wageningen University in the Netherlands to fully leverage their expertise and advantages for deeper and more comprehensive cooperation with urgently needed food safety testing in China. Invite the Brazilian Ministry of Agriculture expert Hua, who has already been in initial contact, Further explore cooperation in agricultural product safety testing. Visit other universities and research institutes in the Netherlands to seek cooperation and introduce relevant authoritative foreign experts and technical projects around key and difficult issues related to food safety in China.

Our school has been hiring foreign teachers for 20 years. We have successively hired English, Japanese, and Russian foreign teachers to teach our students language knowledge and oral expression. In 2020, we will continue to hire English foreign teacher Luke, who will provide professional training, teaching guidance, and supervision to our school's English teaching team while completing teaching tasks. During his tenure, Teacher Luke not only conscientiously taught students how to practice oral English in every class, but also participated in our English teacher's teaching activities, providing considerable help and guidance to our school's English teachers.

The concentration of pollutants in coal chemical wastewater is extremely high, the composition is complex, and it is difficult to degrade. After pre-treatment, the concentration of pollutants such as COD and ammonia nitrogen in coal chemical wastewater has been degraded to a certain extent, while difficult to degrade organic compounds are almost not released in biochemical treatment engineering. Therefore, it is necessary to undergo advanced treatment for biochemical effluent to meet the discharge standards of the effluent. At present, the most widely used advanced treatment technology in coal chemical wastewater treatment is Advanced oxidation process, mainly including ozone oxidation technology, heterogeneous catalysis ozone oxidation technology, supercritical water oxidation technology, photocatalytic oxidation technology, etc. Supercritical oxidation has been applied in European and American countries such as the United States, Germany, Sweden, and Japan, but research in China started relatively late and is still in the laboratory research stage. Our company plans to introduce supercritical oxidation method for coal chemical wastewater and further research innovative technologies. Supercritical water oxidation (SCWO) technology is the homogeneous oxidation and decomposition of organic matter using supercritical water as the medium. Organic pollutants can be decomposed into small inorganic molecules such as CO2 and H2O in a short time, while sulfur, phosphorus and nitrogen atoms can be converted into sulfate, phosphate, nitrate and nitrite ion ions or nitrogen respectively. The United States lists the SCWO method as the most promising waste treatment technology in the energy and environmental fields. SCWO has a fast reaction rate, short residence time, and high oxidation efficiency. Most organic matter treatment rates can reach over 99%. The reactor structure is simple, the equipment volume is small, and the treatment range is wide. It can not only be used for the treatment of various toxic substances, wastewater, and waste, but also for the decomposition of organic compounds without external heating. The treatment cost is low, and the selectivity is good. By adjusting temperature and pressure, the density, viscosity, and The diffusion coefficient and other physicochemical properties can alter its solubility in organic matter, achieving the goal of selectively controlling the reaction products.

Introduce 1-3 foreign experts (majoring in biochemistry, biopharmaceuticals, and molecular biology), introduce high-level, refined, and cutting-edge talents from abroad to carry out scientific research work in the center, actively carry out research on the application of cutting-edge and upstream technologies, accelerate the transformation of independent innovation achievements, and promote the international development of the biopharmaceutical industry in our province.