Plastic has the potential to be an issue. It may sound unusual for a firm named "Plastic Place" to admit this, but it is totally true. While the advent of plastic has greatly benefited humanity, altering everything from sanitation to health care, no technical advancement is without cost. One of the most pressing environmental issues today is improperly dumped plastic. Only 8% of the 31 million tonnes of plastic garbage produced each year gets recycled, according to the US Environmental Agency. Much of the rest becomes litter and pollution, cluttering streams, endangering wildlife, and potentially releasing dangerous substances into the environment. We are committed to discovering greener solutions to deal with rubbish since we are aware of this issue, particularly when it comes to the manufacture and disposal of plastic bags.

When biodegradable polymers first appeared on the market, they were heralded as a technological breakthrough that would solve all of plastic's issues. There are several sorts of bags available on the market. Plastic bags, biodegradable plastic bags, degradable plastic bags, and compostable plastic bags are examples of these types of bags. All of these bags have distinct compositions, as well as varied decomposition methods and times.

Polyethene bags are created from a non-renewable resource and never biodegrade, making them very damaging to the marine environment. Instead, over hundreds of years, they will just break apart into smaller and smaller fragments, causing immeasurable amounts of damage to natural ecosystems.

Instead of petroleum, biodegradable bags are created from plant-based ingredients like maize and wheat starch. When it comes to this type of plastic, however, specific circumstances must be met before the bag may begin to disintegrate. To begin, the temperature must be at least 50 degrees centigrade. Second, the bag must be subjected to ultraviolet light. In an oceanic environment, either of these characteristics would be difficult to satisfy. Furthermore, if biodegradable bags are disposed of in landfills, they might decompose without oxygen, releasing methane gas.

Living creatures are not required for the degradation of biodegradable products. Biodegradable and compostable bags are not the same thing. Chemical additives in the plastic, on the other hand, allow the bag to degrade faster than a regular plastic bag. Essentially, 'biodegradable' bags are not useful and might possibly be harmful to the environment! Degradable bags simply break down into smaller and smaller particles of microplastic, posing a major threat to marine life. Microplastics enter the food chain at the bottom, where they are devoured by smaller species, and then move up the food chain when these smaller species are consumed.

For the ordinary customer, the term "compostable" is quite deceptive. You'd assume that a bag labelled "compostable" meant you could toss it in with your fruit and vegetable scraps in your backyard compost, right? Wrong. Compostable bags biodegrade under specific circumstances. Compostable bags must be composted at a particular composting facility, which China does not have many of. Compostable bags are often constructed of plant material that decomposes back to its organic components after being handled by these facilities.

Plastic bags have a significant environmental effect since they take a long time to degrade. Furthermore, as plastic bags decompose in the sun, hazardous compounds are released into the soil, and when plastic bags are burned, poisonous substances are discharged into the air, generating ambient air pollution. Plastic bags are thrown into landfills all over the globe, taking up thousands of hectares of land and emitting harmful methane and carbon dioxide emissions, as well as extremely toxic leachates, as they decompose.

Plastic bag waste poses a severe threat to human and animal health in the environment. Plastic bags can pollute the environment by producing trash and clogging stormwater drains if they are not properly disposed of.

Animals can also become entangled in plastic bags and drown. Animals frequently mistake the bags for food and eat them, obstructing their digestive processes. Plastics have become ubiquitous in the marine ecosystem, and this rapidly increasing trend need immediate action. Plastic pollution in marine and freshwater habitats has only lately been recognized as a worldwide concern, despite the fact that it has been recognized as a problem in the marine environment since the 1970s. Not only do plastic bags endanger aquatic life, but they also endanger agricultural land. Plastic bags are to blame for the deterioration of the environment and agricultural land, as well as the unintended depletion of important earth resources, particularly oil. This has now become a huge environmental and agricultural productivity concern. Discarded plastic bags that have already found their way into the field are not only inconvenient for farmers, but also dangerous. The so-called developed global society's environment would deteriorate as a result of this.

Biodegradable plastics are constructed of enzymes or chemicals that, when exposed to sunlight and air, break down the substance. Chemical fillers in standard plastic pose a harm to the environment when they are released when the plastic is burned. Only 8% of the 31 million tonnes of plastic produced each year is recycled, according to the US Environmental Agency. The remainder ends up in landfills and rivers, causing trash and posing a harm to animals.

Biodegradable plastic bags can save the environment in this situation. Here's how they do it.

1. Less Carbon Emission:

Traditional plastic emits four tonnes of CO2, but biodegradable plastic emits just about.8 tonnes of CO2. As a result, they ensure that the production process emits the least amount of carbon into the atmosphere.

2. Reduction of waste

Traditional plastics account up 13% of all garbage. As we previously stated, just 9% of waste is recycled, with the remainder ending up in water bodies and landfills. The advantage of biodegradable polymers is that they degrade over time, depending on their exposure to sunshine, soil, and air. Although not all biodegradable plastic will degrade fully, any reduction will free up space and relieve pressure on trash disposal systems. As a result, biodegradable plastics may reduce the demand for new landfills, freeing up space for other uses.

3. Recyclable:

They are simple to recycle, and they do so without releasing harmful components, because they degrade in a fraction of the time that standard plastics do. An additional benefit of biodegradable plastic bags! They may be molded like standard plastics and transformed into a variety of attractive shapes to meet your needs.

4. Reduction of the source

Biodegradable polymers reduce the use of petroleum. The production of conventional plastics consumes around 2.7 percent of the country's petroleum. Their oil molecules are heated and processed in order to become polymers. Corn, orange peels, starch, plants, and switchgrass, on the other hand, are used to make biodegradable polymers. Their production consumes less energy and, in most cases, does not entail the use of fossil fuels. Corn-based polymers use 60% less energy than a comparable polymer made from crude petroleum. Many bags are also constructed of organic or recycled materials. More biodegradable polymers can be produced with less energy, resulting in less pollution.

5. Non-Toxic

Traditional plastics are unavoidably created with hazardous by-products and chemicals that endanger the environment and human life. During the disintegration process, they are likely to emit these hazardous compounds. In the case of biodegradable plastic, however, this is not the case. They are non-toxic and do not emit poisons when broken down. They're taken up by the earth. Such advantages of biodegradable plastics are welcome, given the poisonous plastic waste on the world is growing at an alarming rate, posing health risks to both humans and wildlife.

6. Petroleum usage is reduced

Biodegradable plastics also reduce the need for petroleum. Oil molecules are heated and processed to transform into polymers in traditional plastic manufacturing. Traditional plastic production techniques consume over 27% of a country's petroleum. Natural elements such as sugar cane, corn, orange peels, starch, and plants, on the other hand, are used to make biodegradable plastics. This procedure uses a lot less energy and doesn't generally entail burning fossil fuels.

As a result, the quantity of biodegradable polymers that may be produced is substantially greater while utilizing far less energy. As a result, there is less pollution created while consuming fewer scarce resources. We may reallocate oil resources to other purposes such as heating and transportation by lowering the manufacturing of conventional plastics and replacing them with more biodegradable polymers.

7. Brand Friendly

Another advantage of biodegradable bags is the good marketing impact they may have. Bioplastics are being used by major businesses such as Coca-Cola because of its long-term sustainability. Choosing greener solutions may benefit your brand while also benefiting the environment.

So, we provide the best quality biodegradable plastic bags here in China. There is variety of biodegradable bags at our store such as shopping bags, waste bags, biodegradable gloves. Green drawstring and many more. All our products are 100% biodegradable and environment friendly. We provide them at the very low cost. You can also email emma@sealongbio.cn to get free samples and quotations. We are committed to protect the environment and make the world plastic free. So, by buying our products , you can also contribute to the environmental cause and reduce your footprint and have a step towards achieving sustainability.