Gausium to Unveil the Reinvention of Cleaning Agents at CMS Berlin 2025

Berlin, September 4, 2025—Gausium is set to introduce a game-changing advancement in healthier, sustainable cleaning solutions at CMS Berlin 2025: Gausium Leaves — the world’s first truly plastic-free, zero-waste cleaning chemical sheets, specifically developed for autonomous cleaning robots.

A Healthier Alternative to Liquid Cleaning Agents

The global demand for safe, effective, sustainable and healthier cleaning solutions is rising — particularly for robotic cleaning applications. Recognizing the environmental burden of shipping plastic containers filled with 95% water across continents, Gausium collaborated with two European universities, leading laboratories, and expert chemists to develop highly concentrated, water-soluble detergent leaves. These ultra-lightweight leaves reduce both volume and weight by a factor of 50 compared to traditional liquid concentrates, significantly cutting CO₂ emissions across the supply chain and are made in Europe.

But Gausium didn’t stop there.

Eliminating Plastic, Including PVOH

While most dissolvable sheets and pods on the market today contain PVOH (polyvinyl alcohol) — a fossil-based plastic polymer from a non-renewable sources — Gausium has taken a bold ecological step forward by eliminating it altogether, in line with the EU-ban on single use plastics.

“We managed to replace PVOH with renewable, specially farmed seaweed cellulose that dissolves even in cold water. With this patented innovation, Gausium Leaves are the world’s only truly plastic-free chemical sheets,” said Peter Kwestro, Global Strategic Marketing and Business Development Director of Gausium.

The specially farmed seaweed that Gausium Leaves are made from

More Than Just Plastic-Free

Gausium Leaves are enriched with two powerful additives:

•   One helps eliminate residue buildup in joints and porous floors

•   The other helps to neutralizes unpleasant odors in wastewater tanks

This leaf concept not only boosts cleaning performance but also address health concerns linked to micro- and nano plastics (MNPs) — increasingly detected in human biological specimens such as blood, breast milk, placenta, brain, and lungs, according to multiple recent scientific studies.

“Gausium Leaves mark a new era in the cleaning industry — a milestone toward a healthier, more sustainable future,” said Kwestro. “They’re safe, easy to use, compatible with or without dosing systems. They don’t need expensive water-activation installations with accompanying regular maintenance. ”

Zero Waste, Massive Impact

Gausium Leaves are:

• 100% biodegradable — naturally decomposes under standard environmental conditions, unlike PVOH, which requires highly specific conditions.
• Zero-waste packaging — no bottles, no pouches, no pollution.
• Up to 95% reduction in CO₂ emissions — compared to traditional plastic-based cleaning solutions.
• A true alternative to single-use plastic cleaning bottles — which account for nearly 25% of all plastic waste. Recycling is not the answer, as only 9% of global plastic is ever recycled.

Gausium Leaves

Live Demonstration at CMS Berlin 2025

Gausium will showcase this breakthrough innovation with a live demonstration of Gausium Leaves at the upcoming CMS Berlin trade show:

Date: Tuesday, 23 September 2025

Time: 14:00 PM

Location: Hall 1.2, Booth 112, Messe Berlin Exhibition Grounds

Press Conference: “The Re-Invention of Chemicals”

Sobre a Gausium

A Gausium é uma empresa líder em soluções de limpeza autónomas alimentadas por IA, com mais de 4000 clientes em mais de 70 países e regiões. Os produtos e serviços da Gausium incluem robôs de limpeza de pavimentos comerciais, estações de ancoragem, plataforma de nuvem e software de aplicação, e mais na calha. Impulsionada por uma visão de liderar a transformação digital inteligente da indústria de limpeza e serviços, a Gausium oferece o portfólio mais abrangente do mundo de robôs de limpeza comercial, capacitando as pessoas a trabalhar de forma mais inteligente e levar uma vida mais gratificante.