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Economics/Policies/Infrastructures and Green Hydrogen Technology - Batch 1
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Browsing Economics/Policies/Infrastructures and Green Hydrogen Technology - Batch 1 by Issue Date

Browsing Economics/Policies/Infrastructures and Green Hydrogen Technology - Batch 1 by Issue Date

Now showing items 1-14 of 14

Exploring Pathways to Increase Renewable Energy Penetration in Cabo Verde Islands

Gomes, Katia Sofia Dos Santos (WASCAL, 2023-08-18)

having a vast potential for renewable electricity production, Cabo Verde Islands have a low penetration rate of renewable energy, presenting a high reliance on imported fossil fuels. Like most Small Island Developing States ...
Institutional Framework for Green Hydrogen Project in West Africa: The Case Study of Cote d'Ivoire

Kakou, Amalan Evora Vanessa (WASCAL, 2023-08-20)

This study aims to identify the inhibitors and facilitators within the institutional framework of Côte d'Ivoire concerning the implementation of green hydrogen projects, specifically the DRYHY project. We clarify the ...
Start-up Management and Measures to reduce losses in Value Creation

Bah, Amadou Dora (WASCAL, 2023-08-24)

Climate change's impact on water security in arid regions is evident through rising temperatures. The root cause, increased carbon dioxide levels in the atmosphere, necessitates urgent reduction of anthropogenic emissions ...
Comparing Levelized Cost of Electricity from Photovoltaics in West Africa and Germany

Kamara, David Kindo (WASCAL, 2023-08-24)

The transition towards a decarbonized sustainable energy system in the world is the most efficient pathway through the use of renewable energy sources. The dependency on fossil fuels as sources of energy for the past decades ...
Characterization of Efficiency losses and their possible impacts on the Cost Competitiveness of E-methanol Production from Green Hydrogen and captured CO2

Mendes, Divaldino (WASCAL, 2023-09)

The present study investigates the characterization of efficiency losses and their possible impacts on the cost competitiveness of the e-methanol produced from green hydrogen and captured CO2. The research methodology ...
Modelling the Cost Structure and Value Chain of e-methanol Production using Solid Sorbent Direct Air Capture in Arid Regions

Yehouenou, Abraham Josaphat Miflinso (WASCAL, 2023-09)

Since CO2 is the primary greenhouse gas causing global warming, CO2-free solutions like e-methanol enable the energy transition. E-methanol is renewable and carbon-negative by extracting CO2 from the air via Direct Air ...
Cost Modelling of Direct Air capture for Water-conscious Generation of Hydrogen and E-Methanol in arid regions

Traore, Benogo Mohamed (WASCAL, 2023-09)

The production of fuels from renewable energy sources and CO2 is a good way to move forward and mitigate climate change, reduce greenhouse gases and achieve a sustainable energy transition. This work presents a cost model ...
Implementation Risk Assessment and Management Applicable to the Dry Hydrogen in Arid Regions Project

Onwukanjo, Gideon Akanna (WASCAL, 2023-09-12)

The global shift towards renewable energy and carbon removal strategies, aligned with the targets in the Paris Agreement, has given rise to innovative projects like the Dry Hydrogen in Arid Regions. Proposed to be implemented ...
External Cost incurred and avoided in a Direct Air Capture Hydrogen Technology

Kanteh, Anthony N. (WASCAL, 2023-09-13)

External cost is any consequence of an industrial or commercial activity which effects other party without the party being compensated for such activity, be it the producer or consumer and it is therefore not reflected in ...
Project Management Strategies to address Economic and Environmental Risks and Uncertainties of Green Hydrogen Production from Direct Air Capture

Jeng, Sohna Huja (WASCAL, 2023-09-15)

Green hydrogen is an energy carrier that plays an important role in the energy transition. The production of green hydrogen is hindered by either the availability of renewable energy resources or water. Usually places with ...
Cost Efficiency Losses Assessment and Economies of Scale Impact in Green Hydrogen and e-Methanol Production from Direct Air Capture Electrolysis

Sarr, Fatou (WASCAL, 2023-09-18)

Green hydrogen and e-Methanol production have the potential to contribute to decarbonization and a greener economy whilst managing concerns of sustainability in the energy transition. The use of Direct Air capture technology ...
Hybrid Renewable Energy System for Rural Electrification in Togo: Techno-economic Assessment (A Case Study)

Passaou, Ignace Kibaloussinam (WASCAL, 2023-09-19)

Globally, access to reliable electricity improves the well-being of people, provides quality education, and ensures good health. In this study, a PV/Wind hybrid renewable energy for rural electrification is designed for ...
Modelling Cost Structures of Green Hydrogen Production through Direct Air Capture (DAC) in Senegal

Rouamba, Pingwinde Prephina (WASCAL, 2023-09-20)

This paper presents a modelling cost structure of the stand-alone system of green hydrogen production coupled with a direct air capture (DAC) over a period of one year, having a daily production of 1 ton of hydrogen(H2) ...
A Review of the Supply Chain of Green Hydrogen Production in West Africa: Challenges and Opportunities

Sidi Mahaman, Rayanatou (WASCAL, 2023-09-20)

Hydrogen started having more relevance with the energy crisis and climate change events. West African countries seem to be a solution to unlock a part of the energy shortage with its potential in green hydrogen estimated ...

Browsing Economics/Policies/Infrastructures and Green Hydrogen Technology - Batch 1 by Issue Date

Browsing Economics/Policies/Infrastructures and Green Hydrogen Technology - Batch 1 by Issue Date

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