A blending unit for hydrogen and natural gas is an advanced system designed to blend hydrogen with natural gas in a strictly controlled process. This technology plays a crucial role in the energy bridge towards a more sustainable future, allowing the use of existing natural gas infrastructure for the distribution of a cleaner fuel that reduces environmental impact. Here is a detailed overview of a typical blending unit:
Operating Principle
The blending unit uses advanced control processes to mix in precise proportions hydrogen, a gas with zero carbon emissions, with natural gas, a fossil fuel. The objective is to reduce the overall CO2 emissions of gas distributed through the natural gas grid, while taking advantage of existing infrastructure for efficient transport.
Key components of HyCON
It generates hydrogen from water using electricity, preferably from renewable sources. The ability to integrate electrolysers from different suppliers offers flexibility in the production process.
They store the produced hydrogen and natural gas before mixing. These systems can vary depending on the technology used, adapting to the specific storage needs and capacity required.
The heart of HyCON, where hydrogen and natural gas are mixed in the desired proportions. The unique Regas design of these mixers ensures homogeneous and efficient mixing.
They provide real-time management and monitoring of the blending unit, allowing continuous performance optimization and flexible adaptation to various levels of production and energy demand.
Advances functionalities
The ability to automatically use excess solar energy for electrolysis ensures an efficient and sustainable energy approach.
Adaptable to meet power-to-gas requirements for plants of any size, the blending unit can serve a wide range of customers, from small communities to large industrial networks.
The blending unit is also a research and development tool, allowing testing of new solutions and technologies to continuously improve the efficiency and sustainability of the mixing process.
The blending unit for hydrogen and natural gas is a promising energy solution that reduces greenhouse gas emissions and moves closer to the decarbonisation goals. These units represent a significant step towards the energy transition by offering a way to increasing the use of hydrogen as a clean energy vector.
Regas stands out in the energy overview for its ability to design and make blending units of hydrogen and natural gas to measure, adapting perfectly to the specific needs of each customer and project. Our experience and expertise allow us to offer customized solutions that respond to the unique challenges presented by each situation.
Commitment to Innovation and Sustainability
Regas is not just a technology provider; we are a partner in the energy transition of our customers. Our commitment to innovation and sustainability drives us to constantly explore new solutions and improvements, aiming to reduce environmental impact and promote the use of renewable energy. Working closely with our customers, we are committed to turning their visions into reality, offering solutions that not only meet but exceed expectations in terms of performance, reliability and sustainability. Through these skills, Regas emerges as an innovative leader able to face and overcome the challenges of the energy future, guiding the way to a cleaner and sustainable society.
manages the production of hydrogen from renewable sources and/or from the electric network, plus its use by different final consumers, in a single solution, characterised by high compactness and maximum reliability.