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Exploratory project B-PAUPS (2024)

B-PAUPS : How can the local bioeconomy in areas with interlinked agricultural and urban characteristics combine products and services and develop the use of biomass by micro-structures ?

Explore the benefits of the joint development of diversified, local bioeconomic activities in urban areas to answer the following question: can co-activity (i.e. one or more types of bio-refineries that jointly add value to services and products) within the same structure or several value-adding structures make it possible to increase the value of biomass and render micro-structures more sustainable, particularly in combination with intra- or peri-urban agricultural activities ?

Context and challenges

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On the scale of urban areas or areas characterised by large urbanised zones, scrap or waste biomass not only have an impact but also represent a resource that can be recycled throught processing within the bioeconomy. In cases where biomass management is already in place, the most widespread approach tends to be large-scale collection for centralised processing in large-scale units that are usually located far from the area where the waste biomass is produced.

However, interest is growing in other possible solutions including local small-scale management and recovery. In addition to waste biomass in these areas, different kinds of biomass may also be available, produced by agriculture on the outskirts or even within urbanised areas (urban agriculture or the Creole garden model). Some of these biomasses are potantial resources for small-scale intra- or peri-urban biorefineries aimed at producing high added-value products, but whose development models remain to be consolidated

 

Goals

In the above context, investigating the benefits of the joint development of diversified, local bio-economic activities in urban areas, would help answer the following question: can co-activity (i.e. one or more types of bio-refinery jointly offering services and products) within a single structure or several development structures increase the value of biomass and make micro-structures more sustainable, particularly when combined with intra- or peri-urban agricultural activities?

To answer this question, B-PAUPS first aims to define original service bioeconomy and product bioeconomy concepts and to clarify the notion of proximity and micro-structure. It will then explore the ways in which solutions linked to the two types of bioeconomy can be combined, by looking at the constraints or opportunities from the point of view of the technologies ('necessary but sufficient' or low-tech technologies; tools for biomass capture logistics) and the economic and governance models that need to be associated with them to ensure sustainability..

B-PAUPS will be a new form of collaboration between Guadeloupean and French research units on bioeconomy issues, and will be able to feed into the "ambition Guadeloupe" plan led by INRAE.

Contact - Coordination :

Project participants

INRAE Partners
ACT
UMR SADAPTRegional agronomy and agri-food metabolism, urban agriculture
AES
EU PEYIMicrofarms
ECOSOCIO
UR ASTROModelling agricultural biomass supply and knowledge of farms
UR ETTISSocio-economic models of the circular bioeconomy
UMR MOÏSAManagement sciences and economics
PHASE
UR ASSETZootechnician, Characterisation of tropical plant resources; biotechnical innovations; knowledge of the local network  
MATHNUM
UR LISCComplex systems
SPE
UR ASTROBiological resources and diversity, treatment of waste by insects, health impact on plants
TRANSFORM
UR OPAALE

Process engineering; local bio-waste management

Environmental assessment; transition drivers; low-tech

UR PROSEProcesses (including micro-methanisation, bio-electro-chemical processes and possible coupling), adapted design of environmental biorefinery socio-technical systems in an urban context
UMR SAYFOODProcess engineering, decentralised processes, design (simulation/optimisation); sustainability assessment
Non-INRAE partners
Compost'ond
SME local bio-waste recovery solutionEconomics, governance, low-tech engineering, agricultural education and consultancy contacts (Guadeloupe / Réunion).
ANTHROPILE
SAS MéthanisationDevelopment model for methanisation in Guadeloupe
ASTREDHOR
UMT FUP: Sustainability of Professional Urban Farms Urban agriculture
Troyes University of Technology (UTT)
UMR INSYTETerritorial metabolism and territorial ecology, metabolic city-agriculture relations, transition of agricultural territories
Arkeale
TPE micro methanisation solutionExpertise in the field of micro-methanisation, technical and economic aspects of local infrastructures, low-tech engineering, risk analysis and ICPE regulations, feedback from exchanges with local authorities, etc.