The circular bioeconomy represents an opportunity of nearly USD $8 trillion until 2030.
However, innovative business models are needed for a circular bioeconomy to succeed …

A sustainable bio-economy requires that by-products and side-streams in agricultural and
food production are reinserted into the value cycle, a concept also called valorisation or …

The total emission mitigation potential achievable by the year 2030, calculated based on
sectoral assessments, is sufficient to reduce global greenhouse gas emissions to half of the …

While 'renewable'is the keyword in a bioeconomy and resource conservation is the
motivation behind a circular economy, a circular bioeconomy is one in which waste streams …

Lithium‐ion batteries (LIBs) are a key technology in decarbonizing the transportation and
electricity sectors, yet the use of critical materials, such as cobalt, nickel, and lithium, lead to …

This paper proposes systemic power relations of industry associations as an indicator of the
innovation potential in market fields. With this, we aim to advance the design of industrial …

The treatment of organic waste, by‐products and other residual materials from bio‐based
industries is currently changing from disposing to recycling and reusing activities, which may …

Achieving sustainable biowaste management is a key challenge for cities worldwide. In this
context, biowaste valorization is an indispensable option for managing unavoidable …

The growing interest in value-added materials from lignocellulosic biomass residues
highlights their potential for environmental and economic benefits. However, a …

The focus and instruments of innovation policy have changed fundamentally over the last
decades. Scholars have captured this by proposing various periodisations of innovation …