Starting from PLA products, jointly build a carbon-neutral future

In the current era of increasingly severe global climate warming, "carbon neutrality" has become an important issue that all mankind is facing and urgently needs to solve.

"Special Management Measures for Central Budgetary Investment for Energy Conservation and Carbon Reduction" (Document No. 1228 of 2025 by the National Development and Reform Commission - Department of Environmental and Resources Protection)

To strengthen and standardize the management of energy conservation and carbon reduction projects funded by the central budget, and to ensure the smooth implementation of these projects, and to effectively utilize the benefits of the central budget investment

The National Development and Reform Commission has issued a significant document! Biobased degradable materials are receiving support from central budgetary investment. These opportunities must be seized!

On October 14th, the National Development and Reform Commission officially issued the "Special Management Measures for Energy Conservation and Carbon Reduction Central Budgetary Investment" (Document No. 1228 of 2025 issued by the Ministry of Development and Reform for Environmental and Resources Affairs), which is a policy document directly linked to central budgetary investment. This document clearly includes related fields such as biodegradable plastics in the scope of support.

Why do PET and PP remain "unyielding", while PLA and PHA can "disappear"?

When you are shopping at the supermarket and pick up a plastic bottle, or when you order takeout and see the plastic packaging, have you ever wondered: "The same is 'plastic' - why does some of it gradually 'disappear' in the environment after use, while others remain in the soil and the ocean for hundreds of years?"

Academician Tan Tianwei: The significance of biological manufacturing is no less important than that of chips.

Tan Tianwei (President of Beijing University of Chemical Technology and a Chinese Academy of Engineering member) pointed out at the China Biomanufacturing Innovation Technology Forum held in September 2025 that by the end of this century, the global biomanufacturing industry market is expected to reach 30 trillion US dollars, accounting for one-third of the global manufacturing output. He believes that the importance of biomanufacturing is no less than that of chip development and will trigger the fourth industrial revolution.

Biodegradable plastics in their entirety: A new eco-friendly option and a future trend

In this era when environmental protection and sustainable development are receiving increasing attention, plastic pollution is like a dark cloud, enveloping the global ecological environment.

Biomass for Chemical Production: An Underestimated Trillion-Dollar Market Is Emerging

Recently, Chinese Academy of Engineering academician Du Xiangwan emphasized the need to focus on the development direction of "biomass manufacturing of organic chemicals". By using biomass-derived chemicals to replace fossil raw materials for production, we can promote the high-quality development of the bio-based economy.

The Environmental Revolution in a Tiny Straw: How Polylactic Acid is Reshaping the Trillion-Straw Market?

In Starbucks' coffee cups, the milk tea cups of tea houses, and the juice bottles on supermarket shelves, these seemingly insignificant straws are quietly triggering a storm that concerns ecological health and industrial transformation.

【Use of Plastic Film】8 Key Points About Fully Biodegradable Plastic Film, How Much Do You Know?

Biodegradable film for the entire field is a type of film made mainly from biodegradable materials, which is used to cover the soil surface during crop cultivation and has the property of biodegradation.

High-Quality PLA Consumables Selection and Usage Guide: The Way to Choose the "Rations" for 3D Printing

In the 3D printing material system, PLA (polylactic acid), due to its environmentally friendly properties derived from renewable resources such as corn starch and sugar cane, as well as its low melting point and easy molding characteristics, has become the "basic material" recognized by both newcomers and veterans.

How does the combination of polylactic acid (PLA) fibers with cotton, linen, silk and wool perform?

When buying clothes or choosing home textiles, what do you value more? Comfort? Appearance quality? Or cost-effectiveness?

Outperforms the most advanced membranes! The team from Harbin Institute of Technology has developed a nanofiltration membrane based on PLA, which is used for efficient water treatment.

With the aggravation of environmental pollution and the increasing scarcity of water resources, the development of green, safe and sustainable water treatment technologies has become a global research hotspot. Nanofiltration membranes, as an important component of efficient separation technologies, have been widely applied in industrial wastewater treatment and resource recovery in recent years.

Supermarket shopping bags "renewed"! Why have biodegradable polylactic acid bags become the new choice for merchants?

When you go shopping at the supermarket, have you noticed that the thin plastic bags you used to casually grab are becoming less and less common, and instead, a new type of shopping bag with a thick texture and the word "biodegradable" printed on it is taking their place?

The current status and pattern of bio-based synthetic fiber materials

In recent years, bio-based synthetic fiber materials have gradually become an important part of the textile and materials industry due to their environmental friendliness and potential for sustainable development. Bio-based synthetic fibers are produced from renewable biomass resources (such as corn, sugarcane, etc.) through biological and chemical processes, and mainly include polylactic acid fibers (PLA), bio-based polyamide fibers (Bio-PA), bio-based polyethylene terephthalate fibers (Bio-PET), and bio-based elastic fibers.

National Development and Reform Commission: Focus on guiding and promoting new growth engines such as artificial intelligence and biomanufacturing!

On September 22nd, the Party Committee of the National Development and Reform Commission of the Communist Party of China released a public notice regarding the progress of rectification for the third round of the 20th Central Commission's inspection.

The Ministry of Industry and Information Technology has issued another document! Vigorously develop bio-based and bio-manufacturing industries

【Bio-based Energy and Materials】It is learned that on September 18th, the Ministry of Industry and Information Technology, the Ministry of Commerce, and the State Administration for Market Regulation jointly issued the "Work Plan for Stabilizing Growth of the Light Industry (2025-2026)" (hereinafter referred to as the "Plan"), aiming to promote the qualitative improvement and reasonable growth of the light industry through a series of measures.

The panoramic view of the PLA industrial chain - from a single corn seed to the "closed loop" of a green future

A panoramic view of the PLA industry chain: How does a single corn kernel drive the green revolution of environmental-friendly materials?

New technology! Food waste "turns into" polylactic acid (PLA) bioplastic, in a 100% large-scale process!

PLA (polylactic acid), a bioplastic made from food waste.

"2025-2030年中国全生物降解地膜行业深度调研及发展前景预测报告

The "elegance" in the milk tea cup! This PLA straw is actually a win-win choice that combines environmental friendliness and style?

I wonder if you've noticed that the straw in your hand has quietly "changed"? It is no longer the traditional plastic straw that is easily crushed when bitten and becomes soft after being left for a long time, nor is it the paper straw that spoils easily when soaked and leaves a taste when drinking hot beverages. Instead, it is a "new type of straw" with a firmer texture and a slightly frosted finish.