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Projects

Outstanding Equipment

Air separator
Air separator
SElectromagnetic and spectroscopic materials identification and recovery systems
Electromagnetic and spectroscopic materials identification and recovery systems
Densimetric table
Densimetric table
Development of goods from manufacturing and post-consumer waste of biodegradable bioplastics applying circular economy criteria. REBIO
The arrival of bioplastics to the markets means the need of develop the technologies able to separate both the industrial and post-consumer waste of these materials in order to achieve their appropriate management and allow their recycling into new plastic products.
2016-2018
Retos Colaboracion Project
Funded by the Ministry of Economy and Competitiveness (Ref. RTC-2016-5539-5)
Subject: Waste and Natural Resources
Leader: Industria Sevillana Reciclaje de Plásticos, S.L.
Hiser Ministerio de Economía y CompetitividadAgencia Estatal de Investigación Fondo Europeo de Desarrollo Regional
Holistic innovative solutions for an efficient recycling and recovery of valuable raw materials from complex construction and demolition waste. HISER
The main objective of HISER is to develop and demonstrate novel cost-effective holistic solutions (technological and non-technological) to increase the recovery rates from increasingly complex Construction and Demolition Wastes (C&DW), according to the principles of circular economy approach throughout the whole value chain in the construction sector. The GAIKER-IK4’s main role within HISER is focused on developing advanced sensor based sorting technologies for the production of high-purity raw materials.
2015-2019
European project. H2020
Funded by the European Union´s Horizon 2020 research and innovation program under grant agreement Number 642085
Subject: Recycling of raw materials from complex streams of constructions and demolition waste
Leader: TECNALIA Research and Innovation
Hiser
Demonstration of Wind Turbine Rotor Blade Recycling into the Coal Clough Wind Farm Decommissioning Opportunity. LIFE-BRIO
LIFE-BRIO is a European Project whose main objective is to demonstrate an innovative and sustainable methodology for end-of-life wind turbine (WT) blades management and recycling from a life cycle perspective.
2014-2017
European project. LIFE+
Funded by the European Union
Subject: Waste and Natural Resources
Leader: Iberdrola Ingeniería y Construcción
lifebrio

Integrated waste management in western Africa. IWWA

Establishment and promotion of integrated solid waste management systems in western African countries.
2012
European Project VII Framework Programme
Funded by the European Commission
Subject: Solid waste recycling
Leader: TTZ Bremerhaven
iwwa
Definition of an industrial process for rust on filters in tin recovery work. POLESTAN
Definition of thermal and chemical treatment to make as much use as possible out of tin waste.
2011-2012
COMPITE Poject
Funded by the Basque Government
Subject: Chemical recycling
MSW characterisation in the historical territory of Bizkaia
Determination of the average MSW profile, managed at Zabalgarbi facilities, in terms of composition, water content and elemental and halogen analysis.
2009-2012
Private funding from client.
Subject: Alternative fuels. Waste-derived fuels.
Development of new advanced treatment and recycling alternatives for waste from optical fibre installations. INFIBRA
Development of a protocol of use for (plastic and fibre) optical cables by means of improving their present treatment and orientation towards end applications: waste derived fuel, plastic mixture and PE flakes, recycled aramid fibres.
2009-2011
CDTI Project
Subject: Emerging waste
Leader: BOTRADE, S.L.U.
Development of advanced recycling processes for gas-discharge lamps
Taking advantage of energy-saving fluorescent lamp materials (glass, metal, plastic and powder) by improving their treatment and orientation of the separated materials towards end applications.
2008-2012
GAITEK Project
Financiado por el Gobierno Vasco y el MITYC
Subject: Recycling
Leader: Indumetal Recycling
Multimaterial façade components based on plastic and stony fractions from CDW. ERAHONTEK
To develop new multimaterial façade components based on the plastic and stony fractions obtained from the treatment of construction and demolition waste (CDW) by designing, developing and applying new separation processes and materials-processing technologies.
EKINBERRI Project
Funded by the Biscay Provincial Council
2008-2009
Subject: recycling of construction and demolition waste (CDW).
Leader: Labein

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