This presentation presents a comprehensive analysis of integrating green hydrogen technology into microgrids to achieve a reliable and sustainable power supply. Microgrids, being localized power systems, are gaining increasing popularity due to their ability to enhance energy efficiency, promote renewable energy utilization, and improve grid resiliency. Discussing, the challenges that persist in terms of ensuring a continuous and stable power supply, especially when relying on intermittent renewable energy sources.

By utilizing excess renewable energy to generate hydrogen, microgrids can store energy for later use, overcoming the limitations of intermittency and improving overall grid stability.

It analyses the performance and impact of both, on-grid and off-grid solutions, including their ability to provide reliable power supply, enhance grid stability, and facilitate the integration of renewable energy sources. Examining operational safety measures in hydrogen production and how to combine the monitoring of reliability and safety in a seamless manner. Safety of gas monitoring, storage of hydrogen and the aspect of operational safety with continuous monitoring.

A 10 minute Q&A will follow this session.

Hydrogen can play a crucial role in supporting the transition to a de-carbonized global economy and can make a significant contribution to reducing global warming. However, like any gas, hydrogen safety must be ensured, and hydrogen must be handled carefully to minimize its potential risks. Hydrogen’s unique properties present several key challenges for hydrogen safety handlers. 

It is therefore essential to continuously improve safety regulations and standards for existing industries, in order to decarbonise our energy system. 

This presentation covers the safety and hazardous aspects of hydrogen and addresses how safety can be utilized in the design, production, transportation, and storage of hydrogen full cycle.

A 10 minute Q&A will follow this session.

We delve into the latest advancements within our ongoing projects, meticulously outlining safety considerations throughout the entire hydrogen value chain. Our focus spans from the initial stages of electricity-to-hydrogen production, extending seamlessly into subsequent conversions into various fuels, whenever applicable.

A 10 minute Q&A will follow this session.

Green H2 is identified as a key lever in achieving Sasol’s strategic goals of decarbonization, and GHG reduction. 

Sasol is a significant producer, user and marketer of grey hydrogen and our agnostic feedstock Fischer-Tropsch (FT) technology positions us ideally to be a green hydrogen major and to lead the development of South Africa’s Green H2 economy, supported by South Africa’s global competitive renewables endowments. 

Delivering a sustainable and safe South African H2 economy is possible and the window of opportunity is now by focusing on catalytic projects that can create momentum and stimulate the creation of this industry. 

The topic will share seeking a solution in our current asset transformation plan, the safety principles considered in the design, through safe handling and delivery of the final product to our customers.

A 10 minute Q&A will follow this session.

The use of fire systems in hydrogen and hazardous areas is crucial for ensuring safety and minimizing the risks associated with these environments. The presentation will highlight the impact of fire systems in hydrogen and hazardous areas and the critical role that fire systems play in ensuring safety in these environments. For example, it may be necessary to use explosion-proof equipment and properly seal areas to prevent the spread of fire and smoke. Additionally, proper training and maintenance of fire systems are essential to ensure that they are functioning properly in the event of an emergency.

A 10 minute Q&A will follow this session.

Name: Eddie Cooke

 

Organisation: SAQCC Gas / SAGA

 

Position Title: Director

 

Presentation Title: Safety and Regulations Required in the Gas Industry for Hydrogen Projects in South Africa.