Expert opinions, INVESTMENT CLIMATE

Garbage bags and packaging: trends in production

The packaging and trash bag market is undergoing a transformation driven by increasing environmental awareness, changing consumer preferences, and technological advances. It is important for entrepreneurs to understand where the industry is moving in order to stay on the wave of trends and competitiveness.

Do you remember the times when garbage bags were plain, thin and without ties? Today, consumers are increasingly choosing more durable, reliable bags that do not tear when filled, and ties have become an almost mandatory attribute. Innovative materials that are denser and more resistant to tearing have become the norm. Bags with various additional elements are increasingly found, for example: windows for control of filling or inscriptions for sorting waste. Buyers are increasingly choosing sets of bags of different colors to separate garbage – this is not only convenient, but also in line with modern trends in environmentally responsible consumption. Let’s figure out what trends in the production of garbage bags and packaging have already been outlined, and which are already being implemented.

Trend # 1. Ecological innovation: from biodegradable materials to recycled materials

One of the most striking trends in the production of packaging and garbage bags is the transition to environmentally friendly materials. Instead of traditional biodegradable plastic with various additives, like d2w, which contribute to the decomposition of polyethylene within 2-3 years when interacting with soil and oxygen, manufacturers are now increasingly using plant-based biodegradable materials such as corn and soybeans. This allows to reduce the negative impact on the environment, because such materials quickly decompose in the soil without polluting it with microplastics.

But it’s not just biodegradability that is becoming a priority. In our industry, recycling is becoming increasingly important, which leads to the widespread use of recycled materials in production. For example, many enterprises refuse to release garbage bags from primary raw materials, as it is less effective and harmful to nature. The use of secondary materials reduces the consumption of primary plastic by 85-90%, and the addition of special additives that promote biodegradation further improves the environmental situation. This trend not just reduces the carbon footprint, but it is also economically beneficial, because recycling can reduce production costs.

Trend # 2. Legislation and carbon footprint: the new rules of the game

Government regulation of packaging recycling and recycling in several countries is already forcing manufacturers to consider seriously reducing the carbon footprint of their products. Additional environmental fees for the use of primary raw materials, introduced in some countries, motivate companies to look for alternative solutions and switch to the use of secondary raw materials and biodegradable materials.

For example, in our country, in order to stimulate companies to use secondary raw materials, additional taxes have been introduced on primary raw materials. So, when buying polyethylene for the production of products, we pay an environmental fee for the disposal of each ton. Despite the fact that we do not use 100% primary raw materials, in some recipes it is still required, so we do not avoid paying fees.

Trend # 3. Technology: automation and digitalization

Modern technology is playing an increasingly important role in the production of packaging and garbage bags. Fully automated lines allow to optimize the production process, increase its efficiency and reduce cycle time.

However, automation, which has already become the norm in the production of primary raw materials, is not always applicable when using secondary materials. Secondary raw materials can clog equipment, cause product defects (holes, breakthroughs), which reduces the effectiveness of automation. Therefore, for example, we use partial automation, installing the most efficient equipment at each stage of production in order to use recycled raw materials as much as possible and minimize the negative impact on the environment.

Trend # 4. Manifold and biodegradable: the concept of the future

The market for reusable packaging is actively developing, especially in the segment of fabric bags and bags. Their use in stores, for carrying things, products and even for collecting garbage (the bag is used several times when garbage is thrown out from it) is already a common practice for many people. However, it is worth noting that biodegradable packaging, despite its environmental benefits, also has disadvantages. The main obstacle to its widespread distribution is the high cost. Buyers, especially in the face of economic instability, often choose more affordable options. In addition, there are no domestic producers of raw materials for biodegradable packaging in Russia, they are mainly imported from China. Despite this, the topic of environmentally friendly packaging is relevant, and we can expect further development of this direction in the near future.

Trend # 5. Rating and recycling: key to sustainability

Recycling garbage bags and packaging is not only an environmentally responsible practice, but also an economically viable investment. Modern recycling plants are an example of how waste can be converted into a valuable resource, reducing landfill and protecting the environment. So, in Denmark, a unique waste recycling plant (Amager Bakke) was built, capable of turning waste into clean energy. It is so effective that other EU countries pay for the opportunity to send their garbage there. The plant, unlike traditional landfills, operates without emissions into the atmosphere and provides energy to entire cities. It looks like a ski slope on which people ride, while the air does not smell or emit harmful substances after the waste incineration process.

This example shows that recycling isn’t just about getting rid of waste, it’s about creating new value. Instead of creating landfills, you can build modern factories that turn garbage into energy. It is important to understand that most of the rubbish we throw away is the packaging in which we buy goods. Plastic bottles, cans, films – all this requires recycling. We need to rethink our approach to consumption and start actively sending garbage for recycling to make our planet cleaner and more sustainable. The creation of infrastructure for efficient waste processing is a promising direction of development for the entire industry.

Trend # 6. Global change: rising demand for quality

Global economic and social changes are also affecting consumer demand. The modern consumer has increasingly high requirements for packaging and garbage bags. He wants the packaging not just to protect the product, but also to be multifunctional, durable, environmentally friendly and aesthetically pleasing. And garbage bags would be durable and with ties. In addition, there is a tendency to move away from thin and short-lived packaging towards better and reusable solutions. Consumers have become aware that durable packaging is beneficial in the long run. It provides reliable product safety, reduces waste and allows to recycle materials. These requirements stimulate the development of innovative technologies and materials, leading to an increase in the cost of products.

Conclusion

The Russian market of garbage bags and packaging is rapidly moving towards sustainable development, relying on high-quality materials, environmentally friendly technologies and efficient processing. Domestic production fully satisfies the need for products, but dependence on imported equipment that provides high quality and efficiency remains an urgent problem. Entrepreneurs who are able to offer consumers innovative, environmentally friendly solutions using modern technologies and materials are gaining a competitive advantage. The introduction of our own developments that reduce the environmental footprint and increase productivity is becoming a key success factor.

By Sergey Kim, CEO of garbage bag manufacturer Mirpack™, LLC

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