H2CI - Feasibility study for the installation of a H2CP pyrolyzer in Ivory Coast for a cashew shelling unit

Start
February 2016
End
March 2016
Project cost
3 000 €
Role in the project
Energy expertise
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Countries

Côte d’Ivoire

Fields

Agriculture Agroprocessing Bioenergy

Sectors

Cashew

Partners

INC-CI

Main goals

Feasibility study for the installation of a H2CP pyrolyzer in Ivory Coast with a capacity of 3000 tons RCN (Raw Cashew Nut) per year

Specific objectives

  • Analyze request and site
  • Propose an operational, tailored assembly plan for the factory
  • Accompany the construction (support-advice)
  • Train factory managers and technicians

Beneficiaries

Ivorian cashew nut shelling unit

Results

** R1. ** The entire study will provide a budget for R & D, design, manufacturing, implementation and training of the plant’s teams

Activities

** A1. ** Assess the H2CP pyrolysis device’s required size
** A2. ** Position the pyrolyzer on site according to the plant’s design
** A3. ** Adapt the H2CP to any characteristics of the plant (R & D feasibility of an electrical production system intended for automatic shelling)
** A4. ** Identify needs related to the design of the necessary steam system
** A5. ** Feasibility of meeting the deadlines for device installation

Related documents

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Communication
Agroprocessing, Bioenergy, Climate

Flyer - Pyrolysis oven using cashew nut shell, an energy source, transforms waste into a resource, reduced environmental impact

Loïc Simonnot, Etienne Perrier

Related people

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Project manager / Bioenergy & Waste / France

Etienne Perrier

Having graduated from the Engineering School INSA of Lyon as an Engineer in Energy & Environment, option "Thermal systems engineering", Section "Top-level sport", he brings his expertise in renewable thermal systems implementation and analysis, in the food processing industry (shea and cashew), waste recycling and training of local experts

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