PLASTIC: FOLLOW THE MONEY
WHO PROFITS:
- Plastic manufacturers (cheap, mass production)
- Food companies (no return logistics)
- Consumers (convenient — short-term)
WHO PAYS:
- States (disposal, sorting, export)
- Environment (incineration, microplastics, ocean pollution)
- Poor people (can't afford alternatives)
- People in poorer countries importing litter
- Future generations (long-term microplastic effects)
PLASTIC: INCINERATION & EXPORT
Your container: trash bin → sorting facility.
From there:
- Recycled: ~50%
- Incinerated: ~47%
- Exported: millions of tons yearly → Turkey, Vietnam, Southeast Asia
There: incineration without filters. Landfills. Rivers. Oceans.
Your yogurt cost pennies. The real costs: elsewhere.
PLASTIC: ALTERNATIVES EXIST (BUT…)
They exist:
- Returnable glass (up to 50 cycles)
- Compostable PLA (corn starch)
- Paper fiber (wood)
- Sugarcane residue
All 100% compostable industrially.
BUT:
- PLA only for cold liquids (melting point 60°C)
- Need industrial composting facilities (not everywhere)
- More expensive than plastic
- Consumers don't know PLA doesn't break down in home compost
PLASTIC: CLASS PRIVILEGE
Cheap plastic yogurt: basic, practical, standard.
Organic glass yogurt: expensive. For whom? Those who can afford it.
Poor: plastic + bad conscience.
Rich: glass + clear conscience.
Manufacturers profit everywhere. States handle disposal. Environment pays.
Morality is a class privilege.
PLASTIC: THE CONVENIENCE TRAP
Once: yogurt in glass. Returnable. You had to bring it back.
Now: plastic container. Throw it away. No planning needed.
Once you've experienced it: convenience. No going back.
Like stretch jeans. Once you've worn stretch, you don't want stiff jeans again.
The system trained you. Now it's your new normal.
https://faculty.wharton.upenn.edu/wp-content/uploads/2013/11/2003-Zauberman-Lock-In-JCR-30(3).pdf
PLASTIC: THE CONSUMER
You buy yogurt. Eat it — 5 minutes. Then: container gone.
Millions of people daily. Millions of containers daily.
Three materials mixed: plastic, aluminum, paper. Uncontrolled.
The business model works perfectly.
PLASTIC - B2B: SINGLE-USE BY DESIGN
Empty plastic containers: B2B to yogurt manufacturers. Millions per day.
The design is deliberate: lightweight, cheap, no return system required.
Volume-controlled, highly profitable.
Business model: single-use is a feature, not a bug.
https://www.futuremarketinsights.com/reports/dairy-products-packaging-market
PLASTIC: PRODUCTION
Plastic containers are melted and processed through various methods. Sprues form — the channels through which material flows.
These sprues are ground and returned to the batch. Defective parts too. Standard: material-pure, controlled, economical.
The manufacturer recycles sprues (cheaper). This works.
But: your container won't be recycled this way.
https://link.springer.com/article/10.1186/s44147-025-00799-2
With the increasing production and consumption of plastics all over the world, polymer recycling techniques have been extensively studied in the literature. However, polymer recycling still faces some challenges that can hinder its optimal efficiency and sustainability, such as the decentralized origins of plastic waste and contamination. Therefore, understanding the intricacies of existing recycling methods plays a crucial role in advancing the management of plastic waste. This article provides a comprehensive overview of the polymer recycling techniques, examining mechanical, chemical, and thermal methods applied to commodity polymers (PET, HDPE, PVC, LDPE, PP, and PS) and selected thermosets (unsaturated polyester resin, phenolic, and epoxy resins). The review shows that although mechanical recycling is the most used method for thermoplastics because of its simplicity and cost-effectiveness, it still faces significant challenges regarding the degradation of mechanical properties and contamination. As for chemical recycling, it is regarded as a promising option to convert polymer waste into high-quality components; however, factors such as economic viability and technological and chemical reaction complexity still pose a significant challenge in the scalability of this technique. Thermal recycling, in turn, is responsible for generating thermal energy from urban solid waste. It enables the use of plastics that are difficult to reprocess through mechanical and chemical recycling routes. Nevertheless, some concerns remain regarding gas emissions and environmental impact.
PLASTICS: FROM CRADLE TO GRAVE
A plastic yogurt container: 150 grams of content, 5 minutes of consumption.
With every spoonful: microplastics. It accumulates. Yogurt cup in the morning, quark at lunch, water from a plastic bottle, synthetic clothing, vegan leather shoes. Daily, everywhere, for years.
Then: container, aluminum lid, paper label into the trash.
From there: sorting, incineration, export — or breakdown into microplastics that come back.
Ringed seals are among the most common marine mammals in the Canadian Arctic. They strongly rely on sea ice as a habitat, breathing through holes they maintain in the frozen surface, giving birth in snow lairs and diving beneath the ice to hunt Arctic cod and small crustaceans.
AHAKO
Kate 