The major purpose of Paptic is to replace plastic with a wood-based substance that is more durable, recyclable, and environmentally friendly. As a result, it’s ideal for manufacturing carrier bags, string bags, medical packaging, graphics applications, E-Commerce mailing bags, cosmetic bags, and wraps, among other things. This reduces the amount of plastic in the environment while also assisting people in reducing their plastic usage.
Paptic is actively encouraging more sustainable development and consumption in various ways and achieving many of the Sustainable Development Goals. More environmentally friendly alternatives are needed because plastic ends up in the oceans and sinks, eventually degrading into microplastic. Paptic may be recycled with cardboard, and 95 per cent of the substance biodegrades if it ends up in the environment. The goal is to create 100 per cent biodegradable material in the future. Paptic does not emit any microplastic into the atmosphere after decomposition. Therefore, it has enormous significance for life on both land and sea.
Paptic products may be reused numerous times since they are resilient and lightweight, and their lightness saves fuel during transportation in the supply chain. Thus, this is both a climate change initiative and a way to encourage more responsible consumerism. Furthermore, Paptic may be made with existing paper machines and boosts a circular economy in the workplace. Thus, it is a cleantech invention that enables a more sustainable life in climate, environment, production, and consumption.
Because Paptic is a heat-sealable material, it may be used for various uses other than carrier bags and can be made on existing paper machines; the manufacturing is scalable.
The founders felt they had to do something because plastic-related problems are increasing, and just 11% of plastic carrying bags are reused. They were successful in integrating paper’s recyclability with plastic’s resource efficiency and functionality.
They not only succeeded in combining the best attributes of both paper and plastic, but they also discovered a technique to create a material that is even more robust, flexible, and energy-efficient. It has a significant global impact since, instead of using a single-use carrier bag, you can reuse one bag up to five times before recycling it. The founders had the necessary knowledge, access to the required technology, and, most significantly, a desire to improve the world.
Overall impact
People will require fewer new bags in the short term because Paptic bags can be used more than paper bags. As a result, compared to single-use bags, this material requires fewer raw ingredients.
Over time, less plastic will end up in landfills, dumpsters, and oceans. The manufacturing process emits fewer greenhouse gases and does not waste nonrenewable raw materials. Because Paptic is almost entirely biodegradable, it poses less of a threat to the environment than plastic. This has a significant impact on various plant and animal species in both the ocean and on land.
Paptic’s substance can be made with old paper machines. Therefore, there is no need to invest in or manufacture new machinery. This contributes to the circular economy concept by allowing old, unused devices to be reused.
One of the fastest-growing business categories is environmental packaging. Retailers and brand owners are clamouring for more environmentally friendly packaging to replace plastic in the future. Unfortunately, Paptic is currently unable to meet demand due to a lack of material. The paper appears to be the first choice for replacing plastic bags, but it is not suitable for all applications, is not waterproof, and is easily shredded. Paptic addresses a need in the market for long-lasting, environmentally friendly packaging.
Social and environmental benefit
The major goal of Paptic’s existence is to improve environmental sustainability. The company aspires to assist in resolving a key global ecological issue: the accumulation of plastic garbage in the oceans, marine life, and the natural world.
The procedure is more energy-efficient and produces fewer carbon dioxide emissions than traditional papermaking. The manufacturing method is based on the formation of foam from wood fibres. When compared to the creation of paper and plastic, this saves both water and energy. Furthermore, Paptic is made using existing, vintage paper machinery, making production more sustainable and promoting circularity. To summarise, Paptic is a real-world example of a sustainable innovation company contributing to various Sustainable Development Goals.