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The DBFZ database provides scientifically sound information on biomass resources, their potentials and their use. It enables the analysis and exploration of biomass potentials for different biogenic wastes and residue streams, regions and time periods.

ABEL is a research project which aims to assess how to convert low-grade waste into valuable, sustainable materials, from lab to application. It combines technology development with governance and stakeholder work across the waste value chain to co-develop transition pathways.

The National Bioenergy Feedstock Strategy sets out how governments, industry and the supply chain can work together to strengthen the supporting conditions for a competitive domestic feedstock industry.

This report aims to to define and inform a framework for tracking biomass feedstocks and potential availability for bioenergy, biofuel, and bioproduct use; and to provide an update on the availability of different biomass feedstocks types that are used for bioenergy.

The aim of this study is to identify, quantify and store supply and use data for a wide range of biomass resources and associated residues, and to develop an approach to embed such additional information in the existing Material Flow Monitor (MFM) of CBS.

This report from the European Commission's Joint Research Centre (JRC) is entirely dedicated to the topic of biomass in its many shapes and forms and discusses competeting requirements for biomass and why this makes it so important to address biomass governance.

For Solidaridad, studio Gear Up and Biomass Reserach conducted a research to help them understand where are possibilities for increasing sustainable local biomass production and prospects for socio-economic development.

Concawe commissioned this study to explore and quantify the availability potential of intermediate crops and crops grown on severely degraded lands towards 2050.

With increasing world demand for biomass, industries turn to regions where it is most available such as the Global South. In this session, we discussed how can countries collaborate in ways that are mutually beneficial for the scale up of clean technologies to serve global demand
TNO published a briefing paper on the strategic collaboration opportunities between Brazil and the Netherlands in the field of the energy transition and industrial transformation.

A new European Commission report provides insights on how advanced biofuel production can be scaled to meet EU climate targets. From now to 2030, a large increase in biofuel production capacity based on Annex IX feedstocks is required to fulfill the RED targets.

An information map on the future of bio-based raw materials has been published as result of a stakeholder session working towards a forthcoming strategy for bio-based feedstocks in the Netherlands.

Platform Renewable Fuels was commissioned by RVO for a project on the use of digital transparency solutions applied to the specific case of palm oil mill effluent (POME) supply chains.

Following consultation with stakeholders, such as key industry partners, the Netherlands, Ireland,Portugal, Luxembourg propose a set of targeted measures to strengthen demand creation for clean products in the steel and chemical industry.

The paper investigates the energy system in Europe associated with the different sector and explores near-optimal solutions for achieving emissions targets. The main finding: provision of biogenic carbon has higher value than bioenergy provision.

Platform Renewable Fuels hosted a seminar to rethink renewable fuels for strategic autonomy. The message is clear; we must consider renewable fuels to reach self sufficiency, organise feedstocks for green chemistry and a realise a pathway away from fossil.

The European Commission adopted a new Bioeconomy strategy for a competitive and sustainable European Union charting a way forward to build a resilient, competitive and nature positive European bioeconomy.
The online workshop focused on the central question of how renewable fuels can enhance the resilience of Europe’s energy supply, using technologies that are already commercially available, scalable, and ready for immediate deployment.