EU Grants

EU Grant – National Centre of Excellence for Polymer Materials and Technologies for the 21st Century

TN02000051 National Centre of Excellence for Polymer Materials and Technologies for the 21st Century:

Sub-project DP 005 – Triboelectric sorting of waste plastic granules/shredded plastic is funded by the European Union.
 

The aim is to optimise the four steps of triboelectric sorting of plastic waste: grinding and sample preparation; triboelectricisation of the sample; separation of the sample by material type; evaluation of the yield and purity of the separated fractions.

This project/Project National Centre of Competence for Polymer Materials and Technologies for the 21st Century is co-financed with state support from the Technology Agency of the Czech Republic under the National Centres of Competence Programme."

Sub-project DP 009 – Technology for the processing of waste sludge from plastic recycling is funded by the European Union.
 

The aim of the sub-project is to design, test and optimise a suitable technology for the separation of sludge and plastics. Processing plastics into a form suitable for further processing, or the manufacture of products from this recycled material. This will also include an analysis of the products and intermediates generated during sludge treatment, with proposals for potential subsequent use or methods of disposal, taking into account LCA.

"This project/National Centre of Competence for Polymer Materials and Technologies for the 21st Century is co-financed with state support from the Technology Agency of the Czech Republic under the National Centres of Competence Programme."

Sub-project DP 001N – Polymer Marking System for a Digitalised Waste Sorting System is funded by the European Union.
 

 The aim of the sub-project is to design and validate a new, environmentally friendly and cost-effective plastic labelling system to ensure the subsequent effective sorting of plastic waste in automated sorting stations.

"The project ‘National Centre of Competence for Polymer Materials and Technologies for the 21st Century’ is co-financed with state support from the Technology Agency of the Czech Republic under the National Centres of Competence Programme. The sub-project ‘Polymer labelling system for a digitalised waste sorting system’ is funded under the National Recovery Plan from the European Recovery and Resilience Facility.”

EU Grant – Stone-effect recycled composite

Project title: Stone imitation made from recycled composite

Project registration number: CZ.01.01.01/02/22_003/0000209
 

The aim of this project, co-financed by the European Union, is to acquire a new production line for the manufacture of innovative outdoor paving with an attractive stone-effect design.
 

In line with the current direction of Fortemix Produkce s.r.o., this production focuses on utilising materials that are difficult to recycle.  Unlike the existing Fortelock product portfolio, which is intended for indoor use, the subsidised project focuses on tiles for outdoor areas. The tiles are made from a new recycled composite material.
 

By using recycled raw materials, the project responds to global efforts to reduce the production of virgin plastics. The use of this unique material gives the tiles a long service life thanks to the material’s higher resistance to damage. The tiles are resistant to weathering and UV radiation, which ensures, among other things, their colour fastness. Compared to other plastic paving, composite tiles offer better thermal stability. The durability of the entire floor is further enhanced by a unique system of interlocking joints and ribs. Another advantage is the very simple installation process, which does not require extensive surface preparation prior to laying. Removal, should it be necessary, is also very straightforward.
 

The new production line enables an automatic pressing system, which is simple and fast compared to the production of conventional paving, resulting in lower overall production costs and allowing for a lower price compared to conventional paving. Last but not least, the tiles also have a lower environmental footprint. All of this gives the tiles a competitive advantage in the outdoor paving market.

EU grants – Innovation in the production of floor tiles

These projects were supported by the European Union’s Structural Funds:

OP ENTREPRENEURSHIP AND INNOVATION FOR COMPETITIVENESS – INNOVATION PROGRAMME – CALL III (Innovation Project) – Innovation in the production of floor tiles
The main objective of the project is to introduce new, innovative design tiles into production.

EU grants – Low-carbon technologies

Recycling is more important than ever

Fortemix manufactures PVC floor tiles and roof tiles. One of the key elements of the company’s production is the environmental aspect. It has long sought to incorporate innovative, environmentally friendly technologies into its production process.
 

Thanks to the ‘Entrepreneurship and Innovation for Competitiveness’ Operational Programme, a production line for manufacturing unique PVC roofing tiles was installed and commissioned at Fortemix s.r.o. between 2019 and 2021 as part of the ‘Use of Secondary Raw Materials’ project.
 

This is a technologically advanced line that enables highly efficient production with a low carbon footprint and minimal waste generation. The line allows for the production of roofing materials from secondary raw materials that are very difficult to dispose of in landfills, specifically from recycled waste electrical cables.
 

The total expenditure on the purchase, installation and commissioning of the production line amounted to almost CZK 52 million, of which CZK 18.1 million was provided by a grant. Thanks to this funding, 4,600 tonnes of plastic recyclate could be recycled.
 

By reusing waste material, the company significantly increases the potential for the use of recycled material within the Czech Republic and thus contributes to improving the state of the environment.
 

Programme: Operational Programme Enterprise and Innovation for Competitiveness

Project: Use of secondary raw materials at Fortemix produkce s.r.o.

Implementation: 31 May 2019 – 31 May 2021

Expenditure: CZK 51,726,080.00

Grant: CZK 18,104,128.00

Applicant’s name: Fortemix produkce s.r.o.

Our company is receiving a financial contribution as part of the project “Use of secondary raw materials at Fortemix produkce s.r.o.”  (CZ.01.3.14/0.0/0.0/18_186/0018444), which is co-financed by the European Union, specifically under the Operational Programme Enterprise and Innovation for Competitiveness – Low-Carbon Technologies. The aim of the project is the supply, installation and commissioning of a production line for the manufacture of unique PVC roofing tiles, the production of which is based on the processing of purchased recycled material in the form of granules, which will consequently contribute to the introduction of low-carbon technology within the applicant’s production site (i.e. a production line for the manufacture of products made from secondary raw materials). The project therefore involves the introduction of innovative technology for the manufacture of plastic products (roofing tiles), which will be produced from secondary raw materials (recycled material).

EU grants – Use of secondary raw materials from electrical cables

USE OF SECONDARY RAW MATERIALS FROM ELECTRICAL CABLES FOR INJECTION-MOULDED TILES AT FORTEMIX PRODUKCE S.R.O.
 

is co-financed by the European Union.
 

The project covers the purchase and installation of low-carbon technology – a production line for manufacturing plastic floor tiles from secondary raw materials made of plastic and electrical waste. The new equipment will increase production efficiency and labour productivity and support sustainable development.

EU grants – Production from secondary raw materials

INTRODUCTION OF INNOVATIVE TECHNOLOGY FOR PRODUCTION FROM SECONDARY RAW MATERIALS
 

is co-financed by the European Union.
 

The aim of the project is the purchase and installation of low-carbon technology – a production line for manufacturing polymer composite tiles from secondary raw materials. This equipment will increase production efficiency and labour productivity and support sustainable development.