
Webinar: Alternative Fuel Gas Systems and Renewable
26.03.2026
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Presentation I-maximum: Gas Backup Systems for Decarbonization.
The webinar will present practical applications of alternative gaseous fuels, including BioSNG (bioLPG-air), bioLPG and biomethane, as backup, transitional, or primary fuel solutions for glass melting and other combustion-based processes. We will discuss how these fuels can support CO₂ reduction targets while maintaining stable combustion performance and production continuity.

WEBINAR: On-site Alternative Fuel Gas Systems and Renewable Fuel Blending for CO₂ Reduction in Glass Manufacturing
With more than 50 registered participants, it is clear that there is strong interest in practical solutions related to process stabilization and energy security, including backup gas systems.
You can watch the full webinar on the I-Maximum YouTube channel here:

How I-Maximum systems influence energy, carbon and reporting quality
For companies operating in the EU, a key part of the session will address how fuel switching and controlled blending can improve CO₂ accounting and emissions data quality, with relevance to:
EU ETS / MRV (plant-level monitoring, reporting and verification),
CBAM-related emissions data (where relevant in the value chain),
ESG / CSRD-ESRS reporting (traceability and consistency of fuel and emissions data).

The webinar will cover the following topics:
Alternative and backup fuels closely matching natural gas (SNG, BioSNG) — methods and on-site systems for their production from LPG, including process control and monitoring solutions.
Fuel enrichment methods (e.g., enriching natural gas with LPG) to increase the calorific value of the fuel gas stream and meet process requirements.
Renewable fuel integration methods to blend renewable fuels into the main fuel gas stream and enable precise control of CO₂ emission reduction within the company’s energy mix.

What is Bio LPG?
Bio LPG is a renewable gas produced from renewable biomass sources, such as vegetable oils, animal fats, and other organic waste. It is chemically identical to conventional LPG derived from crude oil, but its production results in lower CO2 emissions. This makes it a more eco-friendly alternative to traditional fossil fuels and aligns with EU decarbonization requirements.
Blending Bio LPG (bio-propane) with air as a substitute for natural gas is a promising solution that can reduce dependence on fossil fuels and promote the development of renewable energy sources. This gas mixture is also referred to as propane-based renewable synthetic natural gas — bioSNG.

Webinar I-MAXIMUM: Alternative Fuel Gas Systems and Renewable
You can view and download the presentation here:
https://drive.google.com/file/u/4/d/1bI2h_MxN-bTl7AFb1vlLwe1EJAvm_NnS/view?usp=sharing
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