REHM Well Stimulation
Our innovative gas extraction technology, REHM spectra, is the result of extensive research by Upendra Wickrema Singhe in collaboration with top universities - the University of Connecticut and Texas A&M.

Figure 1. Range of resonance frequencies for dissociation of hydrates
Upendra Wickrema Singhe's research has had a significant impact on the field of methane hydrate extraction. He is credited with developing methods for dissociating and recovering methane from solid hydrate deposits, particularly through the application of electromagnetic radiation to break the methane-water bond [1]. This innovative approach, which includes an apparatus for applying electromagnetic radiation to target areas of methane hydrates, has led to patented advancements in the production of gaseous methane from solid hydrate deposits [1].
Singhe's work has contributed to overcoming challenges associated with hydrate formation in pipelines, a major obstacle in the extraction and transportation of natural gas. His research has been instrumental in paving the way for more efficient extraction techniques that could be applied to methane hydrate deposits worldwide, including those in permafrost and coastal regions [1]. The implications of his work extend to enhancing energy security and providing cleaner energy alternatives by tapping into the vast resources of methane hydrates.

Figure 2. Understanding – REHM Well Stimulation, How it Works