Projects we are working on.

2023

WhiteCycle
The WhiteCycle project, in collaboration with Michelin, is an innovative European initiative focused on processing and recycling PET plastics from waste. The project utilizes a revolutionary enzymatic sorting and recycling process, enabling the production of plastics with properties similar to new materials. The goal is to create a circular economy for complex plastics. Lavaris has developed technologies for difficult-to-process textile-based plastics, such as polyester cord fabrics from tires and hoses. WhiteCycle aims to support the annual recycling of over 2 million tons of PET plastics by 2030, reducing CO2 emissions by approximately 2 million tons annually.

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2021

Minagris
The EU-funded MINAGRIS project examines the impact of plastic waste on agricultural soil, biodiversity, and plant productivity. Research is conducted across 11 European locations, with over 20 universities and research institutions involved. The project's goal is to provide tools and recommendations for sustainable plastic use in agriculture, ensuring safe and economically viable food systems in Europe. Lavaris contributes by providing technical support and preparing microplastic samples for further research.

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2024 - 2026

System for Reducing Ecological Impacts of Rubber Waste Processing
Technological Agency of the Czech Republic – 7th Public Competition Environment for Life 7 (2023 - 2026)
Partners: Brno University of Technology, Faculty of Electrical Engineering and Communication, Institute of Automation and Measurement Techniques
The project aims to develop a comprehensive system for recycling rubber waste and its digital twin to optimize the parameters of the resulting recycled material while minimizing ecological impacts. The physical line will be equipped with necessary industrial tools and control systems to adapt the recycling process based on sensor data. The digital twin will provide insights for the entire lifecycle of the line.

 

“This project, 'System for Reducing the Environmental Impact of Rubber Waste Processing,' is co-financed with state support from the Technology Agency of the Czech Republic as part of the Environment for Life Program 7. This project is funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2024 - 2026

New Milling and Filtration Technology for Recycling Wet Mineral Materials
Technological Agency of the Czech Republic – 10th Public Competition TREND 2024 – 2026
Partners: Czech Technical University – Faculty of Mechanical Engineering, KyberTec
The project focuses on recycling mineral wastes such as slag, fly ash, and bottom ash for use in construction to reduce the environmental impact of industrial processes. Lavaris and its partners are developing a new high-speed mill and filtration system to minimize energy consumption and enhance recycling efficiency.

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“This project, 'New Milling and Filtration Technology for Recycling Wet Mineral Materials,' is co-financed with state support from the Technology Agency of the Czech Republic as part of the TREND Program 2024–2026. This project is funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2023 - 2026

Large-Format 3D Printing from Recycled Plastics and Its Commercial Applications in Eco-Design - PlastIT
Technological Agency of the Czech Republic – 11th Public Competition TREND 2023 – 2026
Partners: Plastenco Design s.r.o., Czech Technical University – Faculty of Architecture
This project aims to develop a prototype print head for large-format 3D printing from recycled plastics, focusing on regrind polymer materials like PET and PETG. The project also includes software optimization for robotic arm use and the creation of an online platform for designers to upload their 3D models for printing with recycled materials.

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“This project, 'Large-Format 3D Printing from Recycled Plastics and Its Commercial Applications in Eco-Design - PlastIT,' is co-financed with state support from the Technology Agency of the Czech Republic as part of the TREND Program 2023–2026. This project is funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2023 - 2026

Cooperation between Schools and Companies - Practical Training at LAVARIS s.r.o.
Ministry of Industry and Trade, 2023 – 2026
Partners: Charles University – Institute for Environmental Studies, Czech Agricultural University, Mechanical Engineering Schools
This program supports practical education for students in technical fields such as mechatronics, environmental protection, engineering, and automation. Lavaris provides hands-on opportunities, mentoring students through internships where they apply theoretical knowledge in real-world settings.

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“This project, 'Practical Training at LAVARIS s.r.o.,' is co-financed with state support from the Technology Agency of the Czech Republic as part of the TREND Program 2023–2026. This project is funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2021 - 2023

Recycling and Conversion of Gypsum Board Waste into New Construction Products
Technological Agency of the Czech Republic – 3rd Public Competition TREND 3 2021 – 2023
Partners: Czech Technical University – Faculty of Civil Engineering, KNAUF Prague, MORAVOSTAV Brno
The project focuses on designing a comprehensive system for collecting, separating, recycling, and reusing gypsum board waste in construction. New products made from recycled gypsum will be experimentally tested, including passive standard walls made from recycled blocks.

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“This project, 'Recycling and Conversion of Gypsum Board Waste into New Construction Products,' was co-financed with state support from the Technology Agency of the Czech Republic as part of the TREND 3 Program 2021–2023. This project was funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2021 - 2023

Development of Effective Tools for Minimizing Construction and Demolition Waste
Technological Agency of the Czech Republic – 3rd Public Competition ENVIRONMENT FOR LIFE 3 2021 – 2023
Partners: Czech Technical University – Faculty of Civil Engineering, Moravostav Brno
This project includes research on the legislative adjustments needed to minimize and reuse construction and demolition waste. A methodology for recycling demolition debris and integrating it into building systems was developed, along with environmental footprint calculations.

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“This project, 'Development of Effective Tools for Minimizing Construction and Demolition Waste' was co-financed with state support from the Technology Agency of the Czech Republic as part of the Environment for Life Program 3 2021–2023. This project was funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2018 - 2020

Recycling of Gypsum Boards and New Material Uses with Added Value
Technological Agency of the Czech Republic – 3rd Public Competition TRIO 3 2018 - 2020
Partners: Czech Technical University – Faculty of Civil Engineering, Knauf Prague
The project's focus was to develop technical solutions for recycling gypsum board waste and enhancing its reuse in construction, including through high-speed milling and mechanical activation of gypsum for further applications.

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“This project, 'Recycling of Gypsum Boards and New Material Uses with Added Value,' was co-financed with state support from the Technology Agency of the Czech Republic as part of the TRIO 3 Program 2018–2020. This project was funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2020 - 2022

Mobile Recycling Line for Processing Construction Waste from Mineral Insulation Materials
Technological Agency of the Czech Republic – 4th Public Competition ZETA 2020 – 2022
Partners: Czech Technical University – Faculty of Civil Engineering, Knauf Isolation
The project aimed to develop and optimize a mobile line for recycling mineral insulation materials during new construction, renovations, and demolitions. The solution covers all types of construction applications and meets environmental and technical requirements.

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“This project, Mobile Recycling Line for Processing Construction Waste from Mineral Insulation Materials' was co-financed with state support from the Technology Agency of the Czech Republic as part of the ZETA Program 2020–2022. This project was funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2017 - 2019

Lightweight Masonry Materials Based on Micro-Milled Mineral By-Products
Technological Agency of the Czech Republic – 2nd Public Competition TRIO 2 2017 – 2019
Partners: Czech Technical University – Faculty of Civil Engineering, Knauf Isolation
This project focused on developing new lightweight masonry elements using alternative binders and mineral waste. It aimed to substitute cement with activated recycled concrete particles and improve the mechanical properties of the final product.

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“This project, 'Lightweight Masonry Materials Based on Micro-Milled Mineral By-Products' was co-financed with state support from the Technology Agency of the Czech Republic as part of the TRIO 2 Program 2017–2019. This project was funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

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2014 - 2016

Development of Mechanically Activated Materials from Recycled Concrete
Technological Agency of the Czech Republic – 4th Public Competition ALFA 4 2014 – 2016
Partners: Czech Technical University – Faculty of Civil Engineering, SAT s.r.o.
The project explored the use of recycled concrete for construction layers by developing mechanical activation technologies to create durable and cold-recycled materials suitable for transport construction.

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2012 - 2014

Durable Acoustic Asphalt Layers Using Performance Asphalt Binders
Technological Agency of the Czech Republic – 2nd Public Competition ALFA 2 2012 – 2014
Partners: Czech Technical University – Faculty of Civil Engineering, M – SILNICE a.s., SWIETELSKY Construction s.r.o.
This project focused on the development of new asphalt technologies for acoustic road construction layers, including performance asphalt binders modified with rubber microgranules to improve noise reduction and durability.