STRANDED GAS INITIATIVE
Turning Untapped Potential into Immediate Value
Around the world, vast volumes of natural gas remain stranded—trapped in remote or infrastructure-poor locations where conventional processing and pipeline export are economically unviable. This gas is often left unused resulting in lost revenue opportunities. The SGI Initiative was launched to unlock this potential using agile, modular processing technologies that can be rapidly deployed at or near the source.
These systems convert stranded gas into premium products like crypto currency, AI processing, hydrogen, helium, carbon black, graphene, and purified CO₂—offering a faster, more flexible route to monetisation than traditional infrastructure-heavy solutions.
Why SGI?
Faster Time to Revenue
By bypassing the need for pipelines, processing plants, and export terminals, our approach dramatically reduces development timelines and capital intensity—allowing stakeholders to capture value sooner.
High-Value Product Conversion
Instead of simply selling raw gas, the SGI model transforms it into specialty products with greater market demand and price resilience.
Scalability for Challenging Markets
Whether in frontier regions or mature fields with stranded volumes, our modular systems scale to fit the opportunity and location.
In-Country Value
Inter Energies creates meaningful in-country value by transforming stranded gas into high-value commodities, fostering local economic development, job creation, and long-term energy resilience.
OUR SOLUTIONS
Gas 2 Data Processing
The Gas 2 Data Processing Initiative of Inter Energies, focused on unlocking value from underutilised or stranded gas resources. By deploying modular and scalable technologies, the initiative converts natural gas into a reliable energy source dedicated to powering data-centric operations. This approach enables rapid monetisation of gas assets while supporting the global demand for low-latency, high-performance data processing solutions.
Gas 2 High Value Products
Inter Energies' flagship program targets the extraction and utilisation of stranded gas, the initiative leverages advanced modular technologies to convert these emissions into commercially valuable outputs such as helium, hydrogen, carbon black, graphene, and purified CO₂.