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Czech project shows how a common waste can gain industrial value by going through a reuse chain that involves cosmetics, plastics, renewable fuels, and fertilizers, bringing circular economy, environmental innovation, and everyday consumption habits closer.
In the Czech Republic, used coffee grounds have ceased to be treated merely as waste and have begun to feed a production chain involving cosmetics, plastics, renewable fuel, and agricultural inputs, in an initiative led by Coffee!Up.
Highlighted by the European Commission on October 30, 2025, the project gained visibility for addressing a common and voluminous waste, generated daily by millions of people and still little associated with industrial innovation.
According to the European Commission, more than two billion cups of coffee are consumed every day worldwide, generating millions of tons of grounds that largely still end up in landfills or incineration.
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Based in the Czech Republic, Coffee!Up structured a cascade recycling system, in which the collected grounds are utilized in successive stages before any disposal.
Instead of ending the beverage cycle in the trash, the proposal transforms an urban byproduct into a renewable and traceable raw material for different industrial sectors.
Coffee grounds become renewable raw material
The central point of the initiative is to extract the maximum possible value from a material typically seen as a wet and useless leftover after the beverage is prepared.
When discarded without reuse, the grounds lose oils and nutrients that could return to the production chain, either in consumer products or in higher value-added industrial applications.
In the operation described by the European Commission, one ton of collected wet coffee grounds can generate approximately 970 kilos of natural soap, 65.5 kilos of coffee oil, and 371 kilos of biomass.
Also on its institutional page, Coffee!Up reports the same yields, which helps to size the potential for reusing a waste usually treated as a leftover with no economic value.
Part of this material goes to personal care applications, as the oil extracted from the grounds is used in skincare lines developed in partnership with NanoSPACE Cosmetics.
Linked to nanocosmetic formulations, the Czech company appears as one of the partners responsible for bringing the coffee byproduct to a higher value-added chain.
Another stage takes the remaining grounds to the plastics industry, where the material acts as a natural pigment and filler for product manufacturing.
In this application, reuse can reduce dependence on conventional inputs in specific uses, as well as give a visible function to a residue that would otherwise be confined to disposal.
Coffee also enters plastic
With the partnership of PLASTIA, this reuse has become more directly visible to consumers in sustainable home and garden products.
The company uses pigments derived from the grounds to color reusable items, presented by the European Commission as examples of circular design applied to everyday objects.
PLASTIA products colored with coffee grounds have received two Red Dot Design Awards and a German Design Award, according to the European Commission.
This recognition has expanded the public reach of a solution that started with waste treatment but has also come to engage with design, conscious consumption, and material innovation.
In the plastic industry chain, Coffee!Up also reports that processed grounds can be used in masterbatches, color concentrates used in the manufacture of different products.
Thus, the residue gains a second function by replacing part of chemical pigments with a circular alternative derived from the already consumed coffee itself.
After these stages, the residual fraction can still become biobriquettes and pellets used as renewable fuel, extending the utilization cycle before the material reaches the end of its useful life.
This logic helps explain why the case was classified by the European Commission as an example of circular bioeconomy, as the same grounds traverse different industrial uses.
In certain chains, this reuse has the potential to displace virgin raw materials such as pigments, palm oil, or peat, always within the applications indicated by the consulted sources.
Collection closes the cycle with companies
For the model to work, organized collection is an essential step, especially because organic waste tends to disperse quickly when there is no proper structure for collection.
Coffee!Up has established closed-cycle partnerships with large corporate coffee consumers, including KPMG and Komerční banka, also known as KB.
In these agreements, the grounds generated in offices are collected, processed, and returned to the companies in the form of personalized products with coloring associated with the coffee itself.
By transforming corporate environment waste into new items, the strategy makes reuse more tangible for employees and managers, who can visualize the return of discarded material.
This model also helps tackle one of the main challenges of organic waste recycling: gathering enough material, with regularity and traceability, to sustain an industrial chain.
Without organized collection, the residue remains scattered, loses quality, and becomes more difficult to utilize on a large scale, even when there are technologies capable of converting it into new products.
Biochar expands use in the field
In a new phase, the initiative began to include the conversion of residue into biochar, a material obtained by low-temperature pyrolysis.
According to the European Commission, this process keeps carbon in a stable form for hundreds of years and can generate measurable CO₂ offsets in voluntary schemes.
Simultaneously, Coffee!Up is developing fertilizers enriched with coffee-derived biochar, extending the project’s reach beyond cosmetics, plastics, and renewable fuels.
The European Commission states that the product can improve water retention and soil health, connecting an urban waste to agricultural applications.
Institutional interest in the project is also linked to alignment with European environmental priorities, such as waste prevention, bio-based innovation, decarbonization, and soil health.
For the European Commission, the operation turns these objectives into a tangible business model, with consumer-recognizable products and applications in more than one production chain.
In the next moves informed by the institution, Coffee!Up plans to expand its collection and processing network in Central Europe, launch fertilizers with biochar, and develop new applications from coffee oil and biomass.
Also on the company’s horizon are advances in verified carbon offsets, provided that the collection, processing, and traceability of the waste advance on a sufficient scale.
The case draws attention because it changes the perception of an everyday waste, which ceases to be just a wet leftover from the drink to reappear as soap, cosmetic oil, pigment, renewable fuel, and agricultural input.
If coffee residue can already return to the market in so many different forms, how many other everyday wastes are still being discarded before their value is recognized?
