How LOOPER Solves Real Problems
From industrial and municipal waste streams to energy generation, hydrogen production, and solid residue valorisation, LOOPER can be adapted to different waste streams and the needs of individual end users.
One Technology, Different Application Areas
LOOPER’s modular design allows the system to be adapted to the waste stream, desired outputs, and the requirements of each application.
Industrial Sector
Processing selected industrial waste streams with the potential for on-site production of energy and other useful products. The system is designed for a range of industries, including the chemical, textile, and food industries, among others.
Municipal & Public Sector
Valorisation of sewage sludge, RDF, and other locally generated waste streams through the production of syngas and solid residue.
Defence Sector
Decentralised on-site processing of waste streams at military camps, with the potential for energy production and reduced need for waste transport and external energy sources.
Construction Sector
Use of solid residue in the production of construction materials such as bricks, paving blocks, and geopolymers.
Conversion of Non-Recyclable Textile Waste into Syngas
MWMGS is a pilot project focused on the development and demonstration of LOOPER technology for converting non-recyclable textile waste into hydrogen-rich syngas. As part of the project, a plant with a processing capacity of up to one tonne of waste per day was developed for operation under real industrial conditions.
The pilot plant was installed and demonstrated at Humana Nova in Čakovec, enabling process testing with real textile waste streams. The project represents an important step in the development of LOOPER technology towards higher capacities and commercial applications.
Explore MWMGS
Conversion of Non-Recyclable Waste from Military Camps into Syngas
The SENTINEL project demonstrates the application of LOOPER technology in military camps, where selected waste streams are processed on-site and converted into syngas for local energy production. This simultaneously reduces the need for waste transport and dependence on external energy supplies.
The project focuses on validating decentralised waste processing under conditions relevant to military operations, with the aim of increasing logistical resilience and making more efficient use of locally available resources. SENTINEL is funded through the European Defence Fund.
View SENTINEL Project
Valorisation of Solid Residue in Construction Materials
The AshCycle project focuses on the valorisation of solid residue generated by the LOOPER process, with the aim of enabling its further use as a valuable material resource. As part of the project, the residue is characterised and opportunities for phosphorus recovery and its use in construction materials are being investigated.
The project explores the potential use of solid residue in bricks, geopolymers, concrete and other construction products, developing new pathways for material valorisation and circular resource use.
Explore AshCycle
North Adriatic Hydrogen Valley
The NAHV project focuses on developing a cross-border hydrogen ecosystem connecting Croatia, Slovenia and Friuli Venezia Giulia in Italy. The project covers hydrogen production, distribution and use through a series of demonstration projects, with the aim of establishing a regional hydrogen market and producing more than 5,000 tonnes of hydrogen annually.
Indeloop contributes LOOPER technology to the project as one of the pathways for hydrogen production from locally available waste streams, exploring the potential to connect waste conversion with the development of the regional hydrogen economy.
Explore NAHV