Werner & Mertz

The GLASS cleaner by Werner and Mertz Professional is a glass and window cleaner with exceptional environmental properties, which uses fermentation ethanol. Respecting biological cycles, it cares for people’s health and cleaning staff’s safety. The product saves time and effort by drying quickly without leaving any streaks, keeping the materials original shine.

For over 150 years, the Werner and Mertz company has been successful in the market with its umbrella brand and as a European forerunner in innovations for the cleaning industry. Founded in 1971, Tana-Chemie company offers products tailored to professional cleaning services. They are driven by a desire to make a sustainable lifestyle attainable for the majority even beyond the boundaries of their brand.

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Bottle is manufactured using 100% recycled plastic, the product is majorly composed of renewable resources and has a complete 100% biodegradability.

These raw materials are being obtained through means using completely natural energy. These raw materials are mostly being transported from Germany

Most of the raw materials are transported by water and air means to production facilities

The GLASS cleaner does not seem to have any known hazards.

Product made in Germany

The production involves blending biodegradable ingredients, ensuring quality control, and packaging in recyclable containers.

packaging scraps, chemical leftovers, and wastewater. The company focuses on recycling materials like plastic, cardboard, and glass, while treating wastewater to meet environmental standards

Yes they use solar and wind power

Europe, particularly in countries like Germany, France, Italy, and the UK

Werner & Mertz products are shipped using a mix of road, rail, and sea transportation, depending on the market. The company focuses on eco-friendly logistics to reduce its carbon footprint, utilizing energy-efficient transportation methods.

Prices for a standard 500ml-750ml bottle of their glass cleaner can range from €3 to €5

At the end of their life, Werner & Mertz glass cleaners are disposed of in recyclable packaging, with the biodegradable liquid breaking down safely. The company promotes a circular economy, ensuring minimal environmental impact

Lysol was introduced in 1889 by the German company Gustav Rau as a disinfectant for hospitals. It expanded to household use in the early 20th century and grew in popularity with products like sprays and wipes. In 1997, it was acquired by Reckitt Benckiser, which helped it expand globally. In recent years, Lysol has made efforts to appeal to eco-conscious consumers with greener formulations while maintaining its focus on disinfecting and sanitizing.

There are a variety of chemicals used in the product such as: Alkyl, Phenoxyisoproponal, Ethanolamine, Fragrance, Trisodium Dicarboxymethyl Alaninate, Acid Yellow 23, and water are mainly used for the cleaning function of this product

Raw materials used to produce this product usually come from the UK
These materials are obtained through various means these materials are processed by specialized manufacturers

Raw materials are transported through road, rail, air, and water means.

Raw chemicals used in Lysol products can be hazardous if not handled properly. For example, disinfectants can irritate the skin or eyes and cause respiratory issues. Health and Safety regulations, proper storage, ventilation, wearing protective gear, are standard operating procedures.

Empty Lysol containers (spray cans or bottles) can be recycled in many regions, although this depends on the local waste management systems.

The disinfectants themselves, if improperly disposed of, can contribute to environmental contamination.

Lysol products are manufactured by Reckitt Benckiser (RB), a global consumer goods company. The production of Lysol products typically takes place in various factories around the world, including locations in the United States, Europe, and Asia.

The processes used to manufacture this produce include blending, filling and packaging, and finally quality control

Waste during production may include chemical byproducts, packaging waste, waste water and plastics. It is typically disposed through recycling, waste-to-energy processes and facilities that handle hazardous waste

Renewable energy is not used in the production of Lysol

These products are sold worldwide through many markets including North America, Europe, Asia, and parts of Africa

Products are shipped globally via sea, land, and air. The products are typically packaged in bulk and transported in containers.

Typical prices range from 4$-6$