Feasibility Study - Repurpose the GER CCR for green hydrogen production
Publieke samenvatting / Public summary
Aanleiding
The decision to stop operating the Gunvor Energy Rotterdam B.V. (GER) gasoline plant (GOP) has prompted GER to explore options for repurposing the existing infrastructure at the facility. A preliminary assessment indicated that the assets are well-suited for Liquid Organic Hydrogen Carrier (LOHC) processing, presenting a viable pathway for GER to effectively use its current assets. This study aims to execute a feasibility study to investigate the technical suitability and financials of repurposing existing units and infrastructure to import green hydrogen by dehydrogenation of methylcyclohexane (MCH).
Doelstelling
The primary objective of this study is to conduct a feasibility assessment for retrofitting the GOP for LOHC processing. This involves evaluating the entire LOHC supply chain, including sourcing and off-take agreements for green hydrogen, as well as estimating the capital and operational expenditures required for the retrofit. The study aims to provide GER with a solid understanding of the economic viability and technical requirements needed to transition to sustainable hydrogen production. By identifying potential risks and mitigation strategies, the study will enhance decision-making regarding further investments in LOHC infrastructure. This aligns with the goals of the TSE Industry study by promoting innovative solutions that contribute to the decarbonization of the industry and transport and storage of hydrogen(carriers). Through the development of sustainable hydrogen solutions, the project will play a crucial role in reducing greenhouse gas emissions and improving the overall sustainability of the Dutch industry.
Korte omschrijving
The study will be organized into four work packages to effectively address key objectives being: Work package 1: Evaluation of inside battery limits equipment required for retrofitting the plant for LOHC dehydrogenation. Work package 2: Will cover the outside battery limits of retrofitting the plant. Evaluating the technical requirements for modifying the GOP for LOHC processing, including evaluation of permit requirements. Work package 3: Will result in the required CAPEX investments and OPEX estimates required to successfully complete the revamp and operate the facility. Work package 4: This work packages focusses on developing a financial model which incorporates internal parameters resulting from work package 1,2 and 3 with external parameters such as off-takers, willingness to pay, legislation etc.
Resultaat
The study will yield a feasibility report that outlines the technical and economic viability of retrofitting the GOP for LOHC processing. Key deliverables will include detailed assessments of capital and operational expenditures (CAPEX and OPEX), a Cash Flow model reflecting hydrogen pricing under varying conditions, and an analysis of the entire LOHC supply chain. Furthermore, the study will provide insights into potential sourcing options and off-take agreements for green hydrogen, along with identifying associated risks and mitigation strategies. Ultimately, the result will empower GER to make informed decisions regarding the continuation of the project towards a FEED study and ultimately financial investment decision on technical requirements and economic viability. The findings will also support GER's commitment to sustainability and the transition to greener energy solutions. This positions GER strategically within the evolving hydrogen market, contributing to its long-term business objectives and environmental goals.
The decision to stop operating the Gunvor Energy Rotterdam B.V. (GER) gasoline plant (GOP) has prompted GER to explore options for repurposing the existing infrastructure at the facility. A preliminary assessment indicated that the assets are well-suited for Liquid Organic Hydrogen Carrier (LOHC) processing, presenting a viable pathway for GER to effectively use its current assets. This study aims to execute a feasibility study to investigate the technical suitability and financials of repurposing existing units and infrastructure to import green hydrogen by dehydrogenation of methylcyclohexane (MCH).
Doelstelling
The primary objective of this study is to conduct a feasibility assessment for retrofitting the GOP for LOHC processing. This involves evaluating the entire LOHC supply chain, including sourcing and off-take agreements for green hydrogen, as well as estimating the capital and operational expenditures required for the retrofit. The study aims to provide GER with a solid understanding of the economic viability and technical requirements needed to transition to sustainable hydrogen production. By identifying potential risks and mitigation strategies, the study will enhance decision-making regarding further investments in LOHC infrastructure. This aligns with the goals of the TSE Industry study by promoting innovative solutions that contribute to the decarbonization of the industry and transport and storage of hydrogen(carriers). Through the development of sustainable hydrogen solutions, the project will play a crucial role in reducing greenhouse gas emissions and improving the overall sustainability of the Dutch industry.
Korte omschrijving
The study will be organized into four work packages to effectively address key objectives being: Work package 1: Evaluation of inside battery limits equipment required for retrofitting the plant for LOHC dehydrogenation. Work package 2: Will cover the outside battery limits of retrofitting the plant. Evaluating the technical requirements for modifying the GOP for LOHC processing, including evaluation of permit requirements. Work package 3: Will result in the required CAPEX investments and OPEX estimates required to successfully complete the revamp and operate the facility. Work package 4: This work packages focusses on developing a financial model which incorporates internal parameters resulting from work package 1,2 and 3 with external parameters such as off-takers, willingness to pay, legislation etc.
Resultaat
The study will yield a feasibility report that outlines the technical and economic viability of retrofitting the GOP for LOHC processing. Key deliverables will include detailed assessments of capital and operational expenditures (CAPEX and OPEX), a Cash Flow model reflecting hydrogen pricing under varying conditions, and an analysis of the entire LOHC supply chain. Furthermore, the study will provide insights into potential sourcing options and off-take agreements for green hydrogen, along with identifying associated risks and mitigation strategies. Ultimately, the result will empower GER to make informed decisions regarding the continuation of the project towards a FEED study and ultimately financial investment decision on technical requirements and economic viability. The findings will also support GER's commitment to sustainability and the transition to greener energy solutions. This positions GER strategically within the evolving hydrogen market, contributing to its long-term business objectives and environmental goals.
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