Xinjiang Huaxiadadi New Materaials Group Co., Ltd
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Xinjiang Huaxiadadi New Materials Group Co., Ltd

Xinjiang Huaxiadadi New Materials Group Co., Ltd.was established on March 9, 2023. The actual controlling shareholders are the Central Party School of the Communist Party of China, China CITIC Group Corporation, and Aerospace Science and Industry Corporation, all of which are wholly-owned state-owned enterprises. The company is mainly committed to the construction of ecological cycle system and the development, construction and operation of new energy. At present, the company takes the "Cradle Economy" ecological circular industrial park project as its core project. Based on the advantages of raw materials in the project location, the company produces green ecological products such as biodegradable materials such as polylactic acid, environmentally friendly boards, edible fungi, and degradable films through deep processing of corn and comprehensive utilization of straw technology. Following the United Nations' "Cradle Economy" ecological circular development model, a large-scale circular economy industrial park is constructed. The industrial park is based in Tacheng, Xinjiang, relying on the Chinese Academy of Sciences and major research institutes to introduce talents and technologies, transform scientific and technological achievements of the institutes, promote industrial scale development, and cultivate and develop emerging strategic industries. The company plans to use the "Cradle Economy" industrial park in Tacheng as a base to radiate within Xinjiang in the next few years, integrate resources within the region, and build several "Cradle Economy" industrial parks of the same scale, turning the land of Huaxia into a dark horse in China's polylactic acid industry and a new driving force for industrial development< The company promotes the coordinated development of industries such as wind solar hydrogen storage, new energy, clean energy, and new ecology of mobile energy. With leading green, low-carbon, and zero carbon technologies, the company continues to provide clean, safe, and efficient green and inclusive energy to society. Adhere to driving enterprise innovation and development with green energy technology, and create a new "Technology Huaxia" and "Green Huaxia" under the national strategic background of "carbon peak" and "carbon neutrality"< Xinjiang Huaxia Dadi Biomaterials Co., Ltd. will comprehensively integrate technical talents, market channels, and financial platforms in the fields of ecological cycle system construction and new energy construction, striving to build the enterprise into a leading enterprise in the industry.
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The National Energy Administration has issued: "Technical Guidelines for the Piling and Storage of Biomass Fuels"

The National Energy Administration has released the "Technical Guidelines for Biomass Fuel Pile-up and Storage", edited by Guoneng Bioenergy, which will be officially implemented on March 24, 2025. The content includes: scope of biomass standards, normative reference documents, terms and definitions, site selection for material yards, layout of material yards, stacking in material yards, and storage.

Italy has released a new compostable packaging label.

To facilitate citizens and enterprises in correctly disposing of biodegradable and compostable plastic packaging into the wet waste recycling system, the Italian Biorepack Alliance has launched a new voluntary label "Organico Biorepack". Packaging producers can use this label to prove that their products belong to the extended producer responsibility (EPR) system specifically designed for organic recycling.

Inner Mongolia is continuously promoting a circular economy and plans to apply 660,000 mu of fully biodegradable mulching film by 2025.

In recent years, the Inner Mongolia Autonomous Region has implemented a comprehensive conservation strategy, promoted the efficient and intensive use of various resources, accelerated the establishment of a waste recycling and utilization system, and advanced the in-depth development of a circular economy. Currently, the basic management system for the circular economy in the region is increasingly improved, and the efficiency of resource utilization continues to be optimized.

Academician and expert advice on sustainable development of plastics: Increase support for research and development of new biodegradable plastics

On June 7th, a high-end academic salon on "Green and Sustainable Development of Plastics" was held at the Institute of Physics and Chemistry of the Chinese Academy of Sciences. Several academicians and experts discussed the current status and prospects of related technologies such as plastic recycling and circular utilization, bio-based plastics, and biodegradable plastics from the perspective of scientific and technological development, and planned the key directions for the sustainable development of the plastic industry in the future.

Amid the fierce competition among biodegradable materials, why can polylactic acid (PLA) stand out?

Polylactic acid is a new type of biodegradable material based on biological resources. It is made from renewable plant resources such as corn and straw through saccharification, fermentation and polymerization to form a high-molecular polymer. Starch, cellulose, hemicellulose and other polysaccharides in crops are decomposed into monosaccharides such as glucose by various biological enzymes; then through biological fermentation technology, microorganisms (such as lactic acid bacteria) are used to ferment and metabolize lactic acid. After purification treatment, high-purity L-lactic acid is obtained; then, through chemical synthesis technology, high-purity L-lactic acid is polymerized into high-molecular-weight polylactic acid.

A major breakthrough in the recycling of polylactic acid (PLA) from the team of Zhang Tierui at the Institute of Physics and Chemistry.

Professor Zhang Tierui's team has combined photothermal depolymerization with photocatalytic reforming, pioneering a more efficient PLA recycling process, marking a significant leap towards a circular life cycle for bioplastics.

The new express delivery regulations are about to be implemented, and "green" packaging is making its debut.

Starting from June 1st, the revised "Interim Regulations on Express Delivery" (hereinafter referred to as the "Regulations") has been officially implemented. It has filled the institutional gap in China's regulation of express delivery packaging, and clearly defined the responsibilities of relevant entities at each link in the entire process.

Which is the best among the three methods for PLA fiber production: melt spinning, solution spinning, and electrospinning?

PLA fiber material is a new type of biodegradable material based on biological sources. It is a polymer obtained by polymerizing lactic acid as the main raw material. The raw material sources are abundant and renewable, mainly corn, cassava, etc. It can be processed by various methods such as melt spinning and electrospinning. Due to its good biocompatibility, easy degradability and renewability, PLA fiber material has a good application prospect in the fields of biomedicine, filtration and separation, packaging, etc. This study mainly explores the preparation of biobased PLA fibers.

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