This substitute for plastic grocery bags biodegrades in five days, dissolves in water in 60 seconds, andits BYU student creators hopemay help solve the worlds plastic problem.
With competitive price and timely delivery, HuaWei sincerely hope to be your supplier and partner.
The new BYU student startup Neptune makes its plastic alternativechitosan filmfrom the stuff of shrimp and fungi. The key ingredient: chitin, a natural polymer found in the cell walls of mushrooms and in the exoskeletons of shellfish.
The Neptune team took first (and was named crowd favorite) at BYUs New Venture Challenge and second in the BYU Student Innovator of the Year Competition, with winnings totaling $10,000.
[Plastic pollution] seemed like something that people should have a decent solution for by now, says economics major Marx X. Acosta-Rubio (21), who cofounded the business with his childhood friend Grant P. Christensen (19), a finance major. They recruited chemical engineering major Harry Hal O. Jones (19), who brought two years of research experience with biodegradable plastics in medical applications and created the prototype.
Made it in the kitchen, says Jones. The aroma of shellfish and boiled vinegar filled his apartment. That was pretty smelly. We just left all the windows open.
Chitin supply is pretty much endless, Jones says. Its abundant in nature. The shrimp shells they use, he points out, would normally just go to landfills.
Chitin is also economical. A typical fossil-fuel-derived bag costs about a penny to make; most biodegradable alternatives cost 8 to 10 cents. Neptunes chitin bags cost 1.2 cents.
And disposal? To dissolve, chitin-based material needs only to be submerged in water and agitated for 60 seconds or left in moist soil for five days. Rain and humidity pose no threat. And when it does dissolve, chitosan film doesnt degrade into smaller parts like plastics and current plastic alternatives do. These plastic pieces stay in the environment and are eaten by little critters, says Christensen, working their way up the food chain to bigger organismslike us. Chitin leaves no trace.
The BYU students make their plastic alternative out of the stuff of shrimp and fungi.
The Neptune team is not the first to create a biodegradable bag from chitosan film. There are people working with similar technology, says Acosta-Rubio. Early on, their own bags had a fishy smell and an orange tint, problems they resolved with chemistry. We feel like we have figured it out, and were going to keep running with it.
They also hope to use chitosan film to replace the blister-pack packaging that showcases items like toothbrushes. Why have something thats indestructible just to show a product? asks Jones.
How much does biodegradable plastic cost?
Currently, the price of biodegradable plastics is higher than that of traditional plastics, approximately 20-30% higher. The reason for this is that biodegradable plastics are made from natural raw materials, which require higher production costs. Moreover, there are worldwide policies encouraging the use of biodegradable plastics, which also contribute to the growth of this market. Let's explore this article to understand the current situation and the factors related to "How much does biodegradable plastic cost?"
Read more: What are bioplastics made from? Materials to make bioplastics
In recent times, Vietnam's plastic industry has demonstrated robust growth, with a remarkable 17.5% increase during the - period, trailing only behind the telecommunications and textile sectors. The plastic production in our country reached 8.9 million tons in , with an average plastic consumption of 41 kg per person in the same year, a figure more than tenfold higher than the 3.8 kg per person consumed in .
According to statistics from the Ministry of Natural Resources and Environment, out of over 30 billion plastic bags disposed of, only 17% are recycled. Plastic bags constitute one-third of plastic waste in Vietnam, placing Vietnam among the leading Asian countries contributing to ocean plastic pollution.
Aligned with the global trend in the plastics industry, the research and utilization of biodegradable plastics and bio-based plastics have become focal points for domestic plastic enterprises. Vietnam's perspective on plastic industry development emphasizes high efficiency and sustainability, closely tied to environmental conservation.
Some companies have undertaken research and successfully produced biodegradable plastic products. For instance, An Phat Bioplastics has achieved success in developing fully compostable biodegradable plastics under the AnEco brand. These products include nylon bags, gloves, utensils, straws, agricultural films, and are utilized both domestically and for export.
Currently, the proportion of biodegradable plastics compared to the total plastic consumption in Vietnam remains low. In the future, if this proportion is increased closer to the global average, Vietnam's total demand for biodegradable plastics is estimated to reach approximately 80,000 tons annually by . Consequently, the potential for development in the biodegradable plastics sector is significantly promising.
Development of Biodegradable Plastics in Vietnam and Some Proposals
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The price of biodegradable plastic can vary depending on several factors, including the type of plastic, raw materials, thickness, size, manufacturer, and so on. However, in general, biodegradable plastics tend to be more expensive than traditional plastics.
According to a study by the Vietnam Biodegradable Plastics Association (VBPA), the current price of biodegradable plastic is around 20,000 Vietnamese dong per kilogram, which is 2-3 times higher than traditional plastics. The main reason for this price difference is the cost of raw materials used in biodegradable plastics, such as cornstarch, potatoes, and cassava, which tend to be higher than the cost of petroleum-based plastics. Additionally, the production cost of biodegradable plastics is also higher due to the complex technology and production processes required.
Here are some examples of the prices of biodegradable plastics:
What is the Price of Biodegradable Plastic?
Biodegradable plastic is expensive for several reasons:
Additionally, the cost of handling biodegradable plastics is higher compared to traditional plastics because biodegradable plastics often require specialized facilities for processing.
With the advancement of technology and increasing demand, the cost of biodegradable plastics may decrease in the future.
Why is Biodegradable Plastic Expensive?
There are several factors that influence the price of biodegradable plastic:
Factors Affecting the Price of Biodegradable Plastic
EuroPlas produces BiONext biodegradable plastic pellets, which are divided into two main types:
BioNext 102 and BioNext 152 are made from biodegradable plastic and CaCO3 limestone powder. Both types of pellets share the common feature of biodegrading within 12 months after use, minimizing environmental impact. However, BiONext 102 has higher hardness and durability compared to BiONext 152.
BiONext 400, BiONext 500, BiONext 600, and BiONext 700 are made from biodegradable plastic and various other additives. Each type of pellet has its own characteristics and applications:
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EuroPlas' BiONext biodegradable plastic pellets can be applied in various fields, including:
EuroPlas' BiONext biodegradable plastic pellets offer an environmentally friendly alternative to traditional plastics.
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