The solid fuel pellets generated from the hydrothermal treatment and dewatering of the paper sludge, olive pomace and orange peel feedstocks have undergone combustion testing led by F-CUBED partner HEAT Systems in Ireland in June 2022. The testing was supported by colleagues from TNO who performed online gas analysis. […]
Read More… from F-Cubed: Combustion Testing of Biofuel Pellets
On 30th and 31st May, the Biorefine Cluster Europe held the first edition of its Biorefine Conference ‘The role of biorefineries in European agriculture’, partner event of the EU Green Week 2022.
Nutrient recycling and recovery, renewable energy, water recovery and use, biomaterials & eco-design, biochemicals and value chain assessment were at the core of the event, which gathered about 100 people actively involved in circular economy. […]
Read More… from Biorefine Conference ‘The role of biorefineries in European agriculture’
The steel manufacturing industry is one of the largest and most important industrial sectors in the world. However, it is also one of the most energy intensive and highest coal consuming industries which has a significant impact on global CO2 emissions. One of the aims of work package 2 of the F-CUBED project was to convert paper sludge into an energy carrier suitable to be used as an injectant in blast furnace processes. […]
Read More… from Feasibility Study of Bio-Sludge Hydrochar as Blast Furnace Injectant
Filtration is a tried and tested process but Limburg Filter are taking this robust technology to a new level, developing custom made products that are more efficient, safer, minimising the impact on the environment and are flexible enough to process a huge range of industrial and manufacturing waste streams. This is why Limburg Filter are an integral part of the F-CUBED process. […]
Read More… from F-Cubed: Limburg Filter´s Robust & Advanced Dewatering Technologies
Alongside Limburg Filter´s filtration technologies, the TNO developed and patented TORWASH treatment is the core technology of the F-CUBED process, enabling the efficient dewatering of a diverse range of industrial and manufacturing waste streams. […]
The HIGFLY process uses C5 sugars that can be produced in biorefineries using lignocellulosic biomass as a feedstock which contain three main components, cellulose, hemicellulose and lignin. The polymeric hemicellulose fraction contains various types of monomers, of which C5 sugars like xylose and arabinose are the most applicable for the HIGFLY process as they are suitable for furfural production. […]
Read More… from Biorefinery Pre-Treatment Integration to the HIGFLY Process
