Opportunities and Challenges of Steam Generation Using Renewable Energy for Enhanced Oil Recovery Applications: Concepts Overview

Author:

Al Siyabi Idris1,Al Shukaili Aiman1,Al Ajmi Mustafa1,Mujaini Rahima1,Al Amri Moosa1,Al Ghufaili Ali1,Al Harrasi Marwa1,Al Ma'Mari Bader1

Affiliation:

1. Petroleum Development Oman

Abstract

Abstract Steam generation for the Enhanced Oil Recovery (EOR) using steam injection is considered as one of critical production process in heavy oil industry. It requires a massive amount of thermal energy to generate one ton of steam. The conventional steam generation processes use natural gas as fuel where high amount of emissions is released to ambient. The recent cost reductions of the energy generated by the renewable energy attracts organizations to adopt it. Different technologies such as PV, CSP, electric heaters and thermal energy storage can be integrated to generate steam using the renewable resources of solar and wind. The study explores the different potential of adopting such technologies and the challenges associated with them where the mismatch between the supply and the demand of energy is the main challenge and could be mitigated through storage solutions and the consideration of hybrid system with the conventional steam generation.

Publisher

IPTC

Reference9 articles.

1. A Surface-Subsurface Model for the Techno-Economic and Risk Evaluation of Thermal EOR Projects A Surface-Subsurface Model for the Techno-Economic and Risk Evaluation of Thermal EOR Projects;Badar,2011

2. Construction, operations and performance of the first enclosed trough solar steam generation pilot for EOR applications;P. D., O. J,2014

3. S. Gupta , R.Guédez, B.Laumert, Market potential of solar thermal enhanced oil recovery-a techno-economic model for Issaran oil field in Egypt, AIP Conf. Proc. 1850 (2017). doi: 10.1063/1.4984573.

4. Contours of the energy transition: Investment by international oil and gas companies in renewable energy;Zhong;Electr. J,2018

5. Construction of an Enclosed Trough EOR system in South Oman;Bierman;Energy Procedia,2014

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