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This post was last edited by Donggeng New Materials on 2022-7-1 at 13:05. Keep the “green code” | Unlock a low-carbon future. Recently, the “green code” has become a topic of great concern for everyone day and night: “Please enter the subway with a green nucleic acid test result valid for 72 hours”; “How can one get a green code after passing through areas with medium-risk levels?” ”“Do people with a green code still need to be quarantined when entering medium-risk areas? ” With the normalization of epidemic prevention and control, the green health code has become an indispensable companion in people’s daily activities. “Maintaining a green code is “crucial for everyone.” For energy and chemical companies striving to reach the carbon-neutral era by 2060, “maintaining a green code” is equally vital. “Carbon neutrality” is an era that we all aspire to. It is a world of clean energy, circular resource utilization, energy-efficient and high-efficiency production processes, and the capture and utilization of carbon dioxide. Welcome aboard the DODGEN time spacecraft, which leads to the carbon-neutral era of 2060. It’s a journey toward the carbon-neutral era in 2060. Clean energy: Clean energy sources such as photovoltaic power, wind power, and nuclear power will be widely utilized. Advanced application scenarios give rise to the need for the development of new materials and low-carbon technologies. Donggeng provides unit or complete sets of technologies in various fields, including silanes, carbonates, sulfides, and hydrogen isotopes. By combining modular skid-mounted solutions with core advanced technologies, the company can swiftly and efficiently meet customer requirements. The Donggeng Ningxia pilot plant has developed continuous, multi-functional reaction and separation skid-mounted units, which are applied in the fields of clean energy and energy storage materials. The company looks forward to carrying out more industrialization validation projects with its clients in the future. Resource recycling: 2060 will be an era of recyclable resources, with a significant improvement in resource utilization efficiency. Waste generated during people’s production and daily life becomes a renewable resource and is transformed into useful products. The comprehensive utilization and resource recovery solutions for Donggeng’s agricultural and forestry biomass involve an overall industrial integration design encompassing raw materials, by-products, and the environment, as well as the integration of technologies and equipment across the entire agricultural and forestry biomass industry chain. In chemical recycling, Donggeng employs the coupling of multiple separation technologies to remove key impurities from copolymerized polymers, thereby producing high-purity monomers required for repolymerization; this enhances the economic viability of chemical plastic recycling. Energy-efficient and highly effective: By conserving energy and improving efficiency, future factories can enhance their commercial profitability, which in turn facilitates their sustainable development and progress. Donggeng’s innovative technologies can help reduce energy consumption by overcoming technical barriers; for example, the melt crystallization technique saves a significant amount of energy compared to traditional distillation methods. Additionally, the micron-scale continuous reaction equipment designed by Donggeng enables scale-up to industrial levels of tens of thousands of tons, significantly improving production efficiency while effectively reducing carbon dioxide emissions. CO2 utilization: To combat climate change and reduce carbon dioxide emissions into the atmosphere, future industries may need to convert CO2 into higher-value products in order to produce the polymers and other chemicals that people rely on. Donggeng continuously develops new carbon dioxide conversion technologies to meet the growing demands of the market, thereby promoting the industrialization of converting carbon dioxide into polymer materials. Congratulations on reaching the destination of 2060; let’s take a look at what changes have taken place in the world outside the spaceship. In the field of new energy storage materials, vinyl carbonate is produced with high yields, low energy consumption, and a purity of over 99.995%. The complete set of technologies provided by Donggeng utilizes ordinary light sources in place of ultraviolet sources, and employs advanced equipment such as dynamic dual-falling film crystallizers. This enables the stable production of products with a purity level exceeding 99.995%. While achieving high yields, this process also significantly reduces energy consumption compared to traditional methods. In terms of energy savings and improved efficiency in the production process, the lactide is processed using the adjacent tower, which enables effective removal of impurities; this allows the two towers to operate together, reducing steam consumption and carbon dioxide emissions. The coupling of multiple crystallization processes enables low-temperature separation, reducing energy consumption and costs while minimizing the occurrence of side reactions. On the path toward carbon neutrality, the use of clean energy, resource recycling, energy conservation and efficiency improvements in production processes, and the utilization of carbon dioxide are also the key elements for enterprises to achieve a green industrial transformation and upgrading. Donggeng will help enterprises achieve their green and low-carbon goals, and together with our partners, strive toward a wonderful future of carbon neutrality!