This paper focuses on the identification of interorganisational drivers for biomass valorisation that create relational rents. Given the growing interest in the valorisation of biowastes it is posited that entrepreneurial firms develop interorganisational relationships to generate competitive advantages. The literature study of transaction cost theory, resource-based theory, and network theory brought about four plausible drivers for innovative business development in biomass valorisation. The newness of research on biomass valorisation, scarcity of good data and confidentiality issues made explorative research necessary, and therefore the case study method was applied on six focal firms in the Netherlands. The results confirm the relevancy...
From Waste to Value investigates how streams of organic waste and residues can be transformed into v...
This book is anchored in a systemic and evolutionary understanding of how society evolves through te...
In the Netherlands 2 million tons organic bio-waste is not fully sorted and ends up burned or landfi...
Industrial symbiosis has been identified as a strategy to increase resource efficiency, lower carbon...
Industrial symbiosis (IS) involves collaborations among diverse, and predominantly local and re- gio...
Nitrogen (N) and phosphorus (P) are key biological nutrients for global crop production and are dire...
Given the recent interest in renewable energy from agriculture based on row crop waste and energy cr...
The siting of solid biomass energy plants can be conceived as a transaction process talcing place be...
In this exploratory paper we investigate how Capabilities, Transaction Costs and Vertical Scope co-e...
Forest-based biomass is an important renewable source for generating bio-energy and bio-fuels, while...
This literature review focuses on valorization of bio-residuals from the brewery, dairy, slaughterho...
International audienceFor a transition from a linear, ‘take-make-dispose’ economy to a sustainable u...
This literature review focuses on valorization of bio-residuals from the brewery, dairy, slaughterho...
International audienceShifting from a linear to a circular economy in the agrifood domain requires i...
Government and industry increasingly face challenges resulting from resource scarcity and climate ch...
From Waste to Value investigates how streams of organic waste and residues can be transformed into v...
This book is anchored in a systemic and evolutionary understanding of how society evolves through te...
In the Netherlands 2 million tons organic bio-waste is not fully sorted and ends up burned or landfi...
Industrial symbiosis has been identified as a strategy to increase resource efficiency, lower carbon...
Industrial symbiosis (IS) involves collaborations among diverse, and predominantly local and re- gio...
Nitrogen (N) and phosphorus (P) are key biological nutrients for global crop production and are dire...
Given the recent interest in renewable energy from agriculture based on row crop waste and energy cr...
The siting of solid biomass energy plants can be conceived as a transaction process talcing place be...
In this exploratory paper we investigate how Capabilities, Transaction Costs and Vertical Scope co-e...
Forest-based biomass is an important renewable source for generating bio-energy and bio-fuels, while...
This literature review focuses on valorization of bio-residuals from the brewery, dairy, slaughterho...
International audienceFor a transition from a linear, ‘take-make-dispose’ economy to a sustainable u...
This literature review focuses on valorization of bio-residuals from the brewery, dairy, slaughterho...
International audienceShifting from a linear to a circular economy in the agrifood domain requires i...
Government and industry increasingly face challenges resulting from resource scarcity and climate ch...
From Waste to Value investigates how streams of organic waste and residues can be transformed into v...
This book is anchored in a systemic and evolutionary understanding of how society evolves through te...
In the Netherlands 2 million tons organic bio-waste is not fully sorted and ends up burned or landfi...