Impacts of RNG and Hydrogen on BTU zones: A modelling perspective

As the energy landscape shifts towards renewable sources, gas distribution and transmission systems must adapt to accommodate new fuel blends like Biomethane/ RNG and hydrogen. Traditional modelling approaches often fall short when it comes to accurately representing the unique properties of these alternative gases. This whitepaper, authored by Kevin Hemingway, explores advanced modeling techniques that can help you enhance the accuracy and reliability of your gas network simulations, especially when incorporating RNG and Hydrogen.

Key topics covered:

• The unique characteristics of natural gas, Hydrogen, and RNG and their impact on BTU zones
• Choosing the right Equations of State (EoS) for modeling diverse gas compositions
• Accounting for differences in viscosity, thermal values, and temperature effects
• Leveraging advanced pipe flow equations to enhance modeling accuracy

Who should read this:

• Gas utility engineers and planners
• Transmission and distribution system operators
• Pipeline integrity and simulation analysts
• Energy modelers and researchers

Download the whitepaper now to gain critical insights that will help you modernize your gas distribution and transmission infrastructure.