生物降解颗粒越来越使用广泛的几点缘由

生物降解颗粒这种环保材料并不仅在材料的使用阶段，应该涉及材料本身的全生命周期中。包括从原料开采、生产制造、运输物流、使用维护、回收利用及废物处理全流程中是否能够尽量减少对于大环境的污染，减少能源使用等。下面来讲讲生物降解颗粒越来越使用广泛的几点缘由。

Biodegradable particles, as an environment-friendly material, should be involved in the whole life cycle of the material itself, not only in the use stage of the material. This includes whether the pollution to the environment and the use of energy can be minimized in the whole process of raw material mining, production and manufacturing, transportation and logistics, use and maintenance, recycling and waste disposal. Here are some reasons why biodegradable particles are more and more widely used.

背景：新材料是现代科技发展之本，可降解塑料是新兴的塑料新材料。随着全球对改善环境的诉求越来越强烈，使用生物降解塑料被认为是一次性塑料“白色污染”有效的解决方案。着眼于的双碳战略目标，生物基生物降解塑料全生命周期排放的温室气体总量较低。在此背景下，本报告深入研究可降解塑料行业现状。

Background: New materials are the foundation of modern science and technology development, and degradable plastics are emerging new plastic materials. With the increasingly strong global demand for improving the environment, the use of biodegradable plastics is considered to be an effective solution to the "white pollution" of disposable plastics. Focusing on China's dual carbon strategic goal, the total amount of greenhouse gases emitted from the whole life cycle of bio based biodegradable plastics is low. Under this background, this report deeply studies the current situation of degradable plastics industry.

现状：从性能上看，PLA、PBAT、PHA等生物降解塑料性能接近普通塑料，为替代不可降解塑料创造了条件；从技术上看，PLA生产的中间原料丙交酯技术难以完全突破，限制产能释放，而PBAT国内生产工艺不受限于国外，产能快速扩张；从应用上看，可降解塑料主要应用在餐饮、医疗和农业等领域。

Status quo: In terms of performance, biodegradable plastics such as PLA, PBAT and PHA are close to ordinary plastics, creating conditions for replacing non degradable plastics; Technically, it is difficult to completely break through the technology of lactide, the intermediate raw material produced by PLA, and limit the release of production capacity, while PBAT's domestic production process is not limited by foreign countries, and its production capacity is expanding rapidly; In terms of application, degradable plastics are mainly used in catering, medical and agricultural fields.

深思：长远来看，可降解塑料产业发展面临不确定性：

Deep thinking: In the long run, the development of degradable plastics industry faces uncertainty:

一，可降解塑料的成本高于传统塑料，靠政策驱动的市场可持续性存在风险，产品的推广终取决于产业降本提效的空间；

1、 The cost of degradable plastics is higher than that of traditional plastics. There are risks in the market sustainability driven by policies. The promotion of products ultimately depends on the space for industry cost reduction and efficiency improvement;

二，国内掌握生物降解塑料技术的企业不多，而且在关键环节与国外企业相比仍有较大差异，若后续技术无法突破，存在产能无法按时释放的风险；

2、 There are few domestic enterprises that have mastered the technology of biodegradable plastics, and there are still large differences between them and foreign enterprises in key links. If the subsequent technology cannot be broken through, there is a risk that the production capacity cannot be released on time;

三，多数可降解塑料的降解基于工业堆肥集中处理或特定的温度、湿度、菌类等条件，而实际在使用后，能否有效地收集可降解塑料并满足降解的环境条件还有待验证。

3、 The degradation of most degradable plastics is based on the centralized treatment of industrial compost or specific conditions such as temperature, humidity and fungi. However, it remains to be verified whether the degradable plastics can be effectively collected and meet the environmental conditions for degradation after actual use.

本公司从事生物降解原料的改性、产品研发、生产和销售，所生产的生物降解原料的改性料均经过降解认证，绿色环保，使用后自然降解，主要研发和生产改性聚乳酸原料，广泛应用于各种一次性餐饮具，快递包装等行业。您有什么需求欢迎来我们网站https://www.qiluxinke.com咨询了解！

The company is engaged in the modification of biodegradable raw materials, product research and development, production and sales. The modified materials of biodegradable raw materials produced by the company are all certified for degradation, green and environmentally friendly, and can be naturally degraded after use. The company mainly develops and produces modified polylactic acid raw materials, which are widely used in various primary catering utensils, express packaging and other industries. What do you need? Welcome to our website https://www.qiluxinke.com Ask about it!