Development of a new technology for ozonated washing in a laundry tunnel with a proprietary waste heat utilization system

Project title

Name of Beneficiary/Beneficiaries

H2O Chemical Sp. z o.o.

Name of programme

Operational Program “Smart Growth”

Competition

Fast Track

Project value

PLN 18,384,037.50

Funding value

PLN 11,030,422.50

Project delivery period

01.10.2021 – 31.12.2023

Our team

Video

Results of our work

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Issues addressed

The H2Ozone project solves several major problems associated with conventional washing methods, contributing to greener and more efficient processes.

Reduction of consumption of chemicals: Conventional washing methods often require large amounts of detergents that can be harmful to the environment. The ozonation technology allows for a significant reduction in the amount of chemicals needed, which translates into less water pollution and less burden on the natural environment.

Water and energy savings: The ozonation process is more effective in terms of water and energy consumption. By using a waste heat recovery system, the H2Ozone project significantly reduces the energy demand for water heating, leading to lower energy bills and a smaller carbon footprint.

Shorter washing time: Thanks to our innovative technological solutions, the duration of the washing cycle is shorter, which is beneficial for both users and the environment. Faster washing means less energy and water consumption.

Less impact on quality and durability of textiles: The ozonation process is more gentle on fabrics compared to conventional methods. Ozone effectively disinfects clothes and neutralizes unpleasant odors, while preserving the structure and colors of fabrics. Thanks to this, clothes and textiles last longer, which reduces the need to replace them frequently and the amount of textile waste.

Environment-friendly alternative: The H2Ozone project promotes sustainability by offering an environment-friendly alternative to conventional washing methods. Reducing the consumption of natural resources and CO2 emissions is part of global efforts to protect the environment.

Improved hygiene: The ozonation technology effectively eliminates bacteria, viruses and other pathogens, which is particularly important in the context of medical facilities, hotels and other places requiring a high level of hygiene. Ozonation provides deep disinfection that is difficult to achieve using conventional methods.

Thanks to these solutions, H2Ozone not only offers more environment-friendly and economical washing but also contributes to improving quality and durability of textiles, while promoting health and hygiene.

Project beneficiaries

The results of the H2Ozone project will benefit many groups:

Individual consumers: They will receive cleaner, more hygienic clothes while saving on detergents, water and energy. They will benefit from longer textile durability and smaller environmental footprint of the laundering process.

Commercial laundries: By reducing washing cycle times and operating costs, laundries can save and advertise themselves as those who offer greener services. Effective ozonation processes will contribute to improving quality of customer service.

Medical facilities and hotels: Improved hygiene and disinfection of textiles will contribute to a higher standard of cleanliness and safety. The disinfection with ozone effectively eliminates bacteria, viruses and other pathogens, which is crucial in places requiring a high level of hygiene.

Environment: Less use of natural resources and reduced CO2 emissions support sustainable development. The saving on chemicals and water helps protect ecosystems and reduce pollution.

Major implementation challenges

The biggest challenge in implementing the H2Ozone project was combining ozonation technology with a waste heat recovery system. This process required advanced engineering and precise integration of various technologies. The goal was to create an effective and environment-friendly washing process that shortens washing time and minimizes the use of chemicals. Additionally, the challenge was to ensure that the system would be not only energy efficient but also textile-friendly, extending the lifespan of clothing. The project also required obtaining relevant certificates and meeting rigorous environmental and technological standards. The combination of ozonation with heat recovery is the key idea that distinguishes H2Ozone on the laundry market, representing an innovative approach to the issue of ecology and energy efficiency. More details at H2Ozone.pl.

Our advice to other applicants

Before starting the project it is crucial to carefully plan each stage and identify potential challenges. Preparing a detailed action plan that covers a schedule, resources and potential risks helps avoid unforeseen problems and ensures smooth project implementation. A detailed analysis of the technology involved and its integration with existing processes is necessary to achieve the intended goals. The involvement of specialists from various fields, such as engineering, chemistry, ecology and project management, is crucial to success. Experts can provide valuable information that will accelerate technology development and help avoid mistakes. Cooperation with experienced professionals also allows for the exchange of knowledge and experience, which improves the odds for innovative solutions. Providing access to appropriate resources, such as advanced technologies, financing and technical support, is crucial for the successful implementation of the project. Make sure you have sufficient financial resources at each stage of the project and access to the necessary infrastructure and technical tools. Technical and substantive support is also important to be able to respond effectively to emerging challenges and problems.