Social acceptance is a relevant obstacle to the development of biomass energy plants, leading to a cost increase up to 30% of the investment. According to the literature, three types of acceptance are identified: i) sociopolitical, ii) market, iii) community. In particular, this last type of acceptance is at the basis of local movements opposing the realization of the investment, which is often referred with the so-called NIMBY syndrome. In the current paper, we challenge the identification of the best practices to enhance the social acceptance at community level, from a comparison of successful experiences related with solid biomass energy plants already operating in Italy and Spain. The investigation allowed us to identify five institutio...
The topic of integration and development of sustainable chains has lately gained much attention in t...
The outcomes of a survey analysing public acceptance of biomass cogeneration heat (and power) plants...
In this paper we discuss the results of the Create Acceptance project. In a comparative analysis of ...
The siting of solid biomass energy plants can be conceived as a transaction process talcing place be...
Social acceptance is a relevant determinant of the development of agro-energy systems because its ab...
This paper highlights the importance for biomass plants of adopting Corporate Social Responsibility ...
Background While the share of bioenergy in the overall energy supply has increased over the last dec...
Energy transition is characterised by processes referring to new path creation. These new paths are ...
The costs related to social acceptance of large biomass plants projects can reach critical levels of...
The degree of social acceptance of biogas as a renewable green energy source is still somewhat disre...
Not-In-My-Backyard (NIMBY) facilities play a significant role globally in the sustainable and health...
International audienceRenewable energy projects are far from being unanimously accepted at local lev...
International audienceThe urgent need to tackle climate change is leading scientists to design low-c...
In this paper we discuss the intermediary results of the Create Acceptance project. In a metaanalysi...
The topic of integration and development of sustainable chains has lately gained much attention in t...
The outcomes of a survey analysing public acceptance of biomass cogeneration heat (and power) plants...
In this paper we discuss the results of the Create Acceptance project. In a comparative analysis of ...
The siting of solid biomass energy plants can be conceived as a transaction process talcing place be...
Social acceptance is a relevant determinant of the development of agro-energy systems because its ab...
This paper highlights the importance for biomass plants of adopting Corporate Social Responsibility ...
Background While the share of bioenergy in the overall energy supply has increased over the last dec...
Energy transition is characterised by processes referring to new path creation. These new paths are ...
The costs related to social acceptance of large biomass plants projects can reach critical levels of...
The degree of social acceptance of biogas as a renewable green energy source is still somewhat disre...
Not-In-My-Backyard (NIMBY) facilities play a significant role globally in the sustainable and health...
International audienceRenewable energy projects are far from being unanimously accepted at local lev...
International audienceThe urgent need to tackle climate change is leading scientists to design low-c...
In this paper we discuss the intermediary results of the Create Acceptance project. In a metaanalysi...
The topic of integration and development of sustainable chains has lately gained much attention in t...
The outcomes of a survey analysing public acceptance of biomass cogeneration heat (and power) plants...
In this paper we discuss the results of the Create Acceptance project. In a comparative analysis of ...