Rimere

A device that converts natural gas into clean hydrogen and high-quality graphene using proprietary sequential hybrid plasma technology without creating carbon emissions. When powered by renewable natural gas feedstock, it can achieve negative carbon-intensity ratings.

A plasma thermal oxidizer device designed to reduce fugitive methane emissions by lowering their greenhouse gas potency. Particularly targets emissions escaping from compressors and pneumatic controllers located along natural gas pipelines.

A device that converts natural gas into clean hydrogen and high-quality graphene using proprietary sequential hybrid plasma technology. Achieves zero-emission operation and can reach negative carbon-intensity ratings when powered by renewable natural gas feedstock.

A plasma thermal oxidizer that reduces fugitive methane emissions from natural gas infrastructure, particularly from compressors and pneumatic controllers along pipelines. Described as a low-cost solution for abating methane emissions.

Rimere's proprietary plasma technology that converts natural gas into clean hydrogen and high-quality graphene without creating carbon emissions.

The process of using renewable energy to split water into hydrogen and oxygen.

The Mitigator device that reduces fugitive methane emissions by lowering their greenhouse gas potency, particularly for emissions escaping from compressors and pneumatic controllers along natural gas pipelines.

California

United States

A device that converts natural gas into clean hydrogen and high-quality graphene using proprietary sequential hybrid plasma technology without creating carbon emissions. When powered by renewable natural gas feedstock, it can achieve negative carbon-intensity ratings.

A plasma thermal oxidizer device designed to reduce fugitive methane emissions by lowering their greenhouse gas potency. Particularly targets emissions escaping from compressors and pneumatic controllers located along natural gas pipelines.

A device that converts natural gas into clean hydrogen and high-quality graphene using proprietary sequential hybrid plasma technology. Achieves zero-emission operation and can reach negative carbon-intensity ratings when powered by renewable natural gas feedstock.

A plasma thermal oxidizer that reduces fugitive methane emissions from natural gas infrastructure, particularly from compressors and pneumatic controllers along pipelines. Described as a low-cost solution for abating methane emissions.