We build long-term, collaborative partnerships grounded in transparency,
accountability, and a shared commitment to sustainability. Across diverse sectors, we
work closely with our partners to design and deliver renewable energy solutions
tailored to their operational, regulatory, and decarbonization goals.
By combining deep industry expertise with disciplined execution, we help
organizations transition to lower-carbon energy while strengthening performance and
long-term resilience.
Landfills generate significant volumes of greenhouse gases each year. When left uncollected, these emissions—particularly methane, a greenhouse gas that’s at least 28 times more potent than carbon dioxide— have severe environmental and climate impacts, contributing to air pollution and accelerating global warming.
Mobius Renewables captures landfill gas and upgrades it—primarily methane and carbon dioxide—into pipeline-quality renewable natural gas. Through advanced gas collection, processing, and monitoring systems, we convert waste emissions into a reliable, low-carbon energy resource. This approach not only reduces environmental impact and supports regulatory compliance, but also creates a durable, revenue-generating asset for landfill owners.
Wastewater treatment facilities (industrial and municipal)—including municipal biosolids, food processing plants, breweries, pulp and paper mills, and other manufacturers—produce methane- rich biogas as a by-product of treating organic waste streams. Through anaerobic digestion, these high-strength wastewater streams generate a valuable energy resource that is often underutilized.
Mobius Renewables captures and upgrades this biogas with high-BTU refining systems to meet pipeline specifications, transforming waste into reliable, low-carbon renewable natural gas. By converting wastewater by-products into clean energy, facilities can reduce emissions, strengthen operational performance, and generate long-term economic value—while playing a meaningful role in the transition to a decarbonized energy future.
Agricultural operations generate significant volumes of organic waste from livestock and crop production. When unmanaged, these waste streams release methane—a potent greenhouse gas—into the atmosphere, contributing to climate change, odor concerns, and nutrient management challenges.
Mobius Renewables partners with agricultural operators to capture and upgrade biogas through advanced anaerobic digestion systems, converting waste into pipeline-quality renewable natural gas. By transforming manure and agricultural by-products into a reliable, low-carbon energy resource, farmers can reduce emissions, strengthen environmental stewardship, diversify revenue streams, and enhance the long-term resilience of their operations.
Food processors, manufacturers, and organic waste facilities generate highstrength organic waste streams that can release methane if not properly managed. Without effective treatment, these by-products contribute to greenhouse gas emissions, rising disposal costs, and increasing regulatory pressure—yet they also represent a significant, underutilized energy resource.
Mobius Renewables captures and upgrades food and organic waste biogas into pipeline-quality renewable natural gas, delivering a clean, low-carbon alternative to conventional fuels. By transforming waste into reliable energy, operators can reduce emissions, lower disposal expenses, enhance sustainability performance, and convert operational by-products into longterm, revenue-generating assets.
The transportation sector is a major source of greenhouse gas emissions, particularly from heavy-duty, public transit, and fleet vehicles that rely on conventional fuels. Transitioning these vehicles to lower-carbon fuels is one of the most effective ways to achieve immediate, measurable emissions reductions while improving air quality in the communities they serve.
Compressed natural gas (CNG)—particularly when sourced from RNG— provides a proven, scalable solution for these sectors. Mobius Renewables’ pipeline-quality RNG can integrate seamlessly with existing CNG vehicles and fueling infrastructure, enabling fleets and transit agencies to significantly reduce lifecycle emissions, meet evolving regulatory requirements, and advance sustainability goals—without compromising reliability or operational performance.
For many commercial and industrial facilities, direct fuel use represents the largest source of Scope 1 emissions—particularly where natural gas supports process heat, manufacturing, and on-site energy systems. Decarbonizing these operations can be complex, especially when reliability, cost control, and operational continuity are critical.
Renewable natural gas provides an immediate, drop-in pathway to reduce direct emissions without disrupting operations or requiring new equipment. Mobius Renewables delivers pipeline-quality RNG that seamlessly replaces conventional natural gas, enabling companies to lower greenhouse gas emissions, meet internal decarbonization/Scope 1 targets, and comply with evolving regulatory and reporting standards—while preserving operational efficiency.
Utilities and energy infrastructure providers play a central role in advancing the energy transition while maintaining system reliability, affordability, and regulatory compliance. Achieving meaningful emissions reductions at scale requires solutions that integrate within existing networks and protect longlived assets.
Renewable natural gas enables utilities to decarbonize gas systems using current pipeline and distribution infrastructure. Mobius Renewables’ pipeline-quality RNG can be seamlessly blended into gas networks, helping utilities reduce system-wide carbon intensity, meet clean energy mandates, support customer sustainability goals, and extend the value of critical infrastructure—without costly retrofits or operational disruption.
The rapid expansion of data centers and AI infrastructure is driving unprecedented demand for reliable, scalable energy. As operators balance exponential load growth with corporate sustainability commitments, securing resilient, lower-carbon power solutions has become a strategic priority.
Mobius Renewables supports data centers through renewable gas solutions that integrate with both electric and natural gas utility systems. Our pipeline-quality RNG can help utilities lower system-wide carbon intensity while supporting reliable power generation for high-load facilities. In addition, our GTS delivery and tube trailer capabilities provide flexible, on-site backup gas supply—enhancing energy security and operational continuity. By combining reliability, decarbonization, and infrastructure compatibility, we help data center operators meet performance demands while advancing their climate objectives.
The maritime sector is a significant contributor to global greenhouse gas emissions, particularly from heavy shipping and port operations. Transitioning vessels to low-carbon fuels is critical to meeting international emissions targets and improving air quality in port communities.
Redo Biosolutions, a subsidiary of Mobius Renewables, produces highquality liquefied renewable natural gas (BioLNG). BioLNG can be used as a cleaner alternative to conventional marine fuels. Compatible with existing LNG-powered vessels and infrastructure, BioLNG enables shipping operators to reduce lifecycle emissions, comply with International Maritime Organization (IMO) standards, Fuel EU, and advance decarbonization strategies—while maintaining operational performance and fuel reliability.
The aviation sector is under increasing pressure to reduce carbon emissions while maintaining operational performance and efficiency. Sustainable Aviation Fuel (SAF) provides one of the most practical and scalable pathways for airlines to reduce lifecycle emissions without altering aircraft design or fueling systems.
Mobius Renewables is looking to work with SAF producers to provide a low-carbon alternative to conventional jet fuel from renewable feedstock. By integrating SAF into their operations, airlines can significantly reduce greenhouse gas emissions, meet corporate sustainability targets, and support global climate initiatives—while continuing to operate safely and reliably.
