What do biodegradable plastics need in the manufacturing cycle

1. Biodegradable plastics require less energy during the manufacturing cycle

In the United States, corn-based plastics account for about 40% of biodegradable materials. When you compare the polymers made from this crop with the polymers used, the energy required to make biodegradable products of similar quality is reduced by 65%. In addition, the greenhouse gas generated during the manufacturing process has been reduced by 68%.

2. Biodegradable plastics can create new export industries

In 2016, China produced about 290,000 tons of biodegradable plastics. It consumes about 130,000 tons in China and exports the remaining products that year. The growth rate of sales in China is 13%, and the output value of this market exceeds 350 million US dollars. Many mature markets for plastic products in developed countries are looking for ways to reduce their carbon and waste footprints. It makes sense to switch to this product because it can eliminate the environmental impact of pollution over time. For countries that have completed this technology, making biodegradables a top priority may become a profitable tool.

3. Biodegradable plastics create a new marketing platform

In addition to being 100% safe, biodegradable plastics are generally regarded as a product that supports sustainable business practices by consumers and executives. Organizations that use biodegradable materials for products are often seen as having easier access to consumer support because they are seen as concerned about the environment. This means that shareholders, executives and employees can all benefit from the potential for higher profits. The Coca-Cola Company has manufactured a bioplastic bottle that can be used with beverages. Poland Spring is reducing the number of plastic components that they use for their packaging needs. This shift could lead to major changes in the way people and other companies view each other.

4. Biodegradable plastics can quickly decompose under certain conditions

Bioplastics are usually decomposable, which means they will rot into natural materials and eventually mix harmlessly into the soil. When cornstarch molecules meet water, they will slowly absorb the water, swell up, and break things down into smaller pieces. Then, the natural bacteria in the compost container will digest it and produce something good for the earth.

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