What Is CarbonQuest’s Turnkey Carbon Management?
CarbonQuest offers a smart, onsite, turnkey solution designed to capture CO2 before it ever escapes into the atmosphere. This isn’t just any carbon capture system — it’s a modular, scalable technology that fits right where emissions happen: at the source. Using cutting-edge, non-toxic materials, CarbonQuest traps carbon dioxide from natural gas combustion and heating systems, helping facilities slash their carbon footprint without disrupting daily operations or adding strain to the electrical grid. It’s a practical step toward a net-zero future, accelerating progress to meet global climate goals.
Main Benefits of CarbonQuest’s Carbon Capture Technology
Here’s why CarbonQuest stands out in the race to reduce emissions:
- Captures up to 95% of CO2 emissions generated from boilers during building operations.
- Modular systems available in six sizes, capturing between 500 and 16,800 tons of CO2 annually.
- Multiple units can be combined to exceed 100,000 tons of CO2 capture per year for large-scale applications.
- Onsite liquefaction of CO2 enables sale to partners for sustainable reuse, like concrete mineralization and sustainable aviation fuel.
- Cloud-based Carbon Management System™ tracks and reports emissions data, simplifying compliance with growing regulations.
Decarbonizing Onsite Combustion and Heating Systems
Natural gas combustion is a major culprit, often responsible for up to half of a site’s total CO2 emissions. CarbonQuest tackles this head-on by providing a solution that offsets these emissions immediately. Whether it’s large buildings, campuses, industrial facilities, or utilities, the technology integrates seamlessly without tenant disruption or extra grid load. This means operators can breathe easier knowing their heating systems aren’t contributing as heavily to climate change.
The Challenge of Building Emissions and Regulatory Pressure
Buildings are a huge piece of the emissions puzzle — accounting for 60-90% of total CO2 emissions in many global cities. With emissions regulations popping up everywhere, from New York City’s Local Law 97 to Boston’s BERDO, building owners face mounting pressure to act fast. These mandates set strict caps and penalties, pushing for immediate decarbonization of both new and existing buildings. Heating emissions, in particular, remain a tough nut to crack — but CarbonQuest’s technology offers a timely, effective answer.
How Carbon Capture Supports Sustainability Goals
CarbonQuest’s Building Carbon Capture™ technology doesn’t just reduce emissions; it helps building owners meet their environmental targets without the headaches of rewiring or increasing electrical loads. By capturing CO2 right at the boiler, the system avoids harmful emissions and keeps operations smooth. Plus, the captured CO2 isn’t wasted — it’s liquified onsite and sold to offtakers who put it to good use, like making greener concrete or sustainable jet fuel. This circular approach turns a problem into an opportunity.
Project Impact: Advancing Sustainable Development Goals
- SDG 7: Affordable and Clean Energy – by enabling cleaner energy use in buildings and facilities.
- SDG 9: Industry, Innovation, and Infrastructure – through innovative modular carbon capture technology.
- SDG 11: Sustainable Cities and Communities – by helping cities meet emissions targets and improve air quality.
- SDG 12: Responsible Consumption and Production – supporting circular economy principles with CO2 reuse.
- SDG 13: Climate Action – directly reducing greenhouse gas emissions to combat climate change.
Real-World Application: CarbonQuest in Action
Take 1930 Broadway, a multifamily building in Manhattan’s Lincoln Square. In 2021, CarbonQuest installed its onsite carbon capture system there, aiming to cut CO2 emissions from natural gas use by 60-70%. This example shows how the technology fits into urban environments, working quietly behind the scenes to make a big impact. With flexible installation options — indoors, outdoors, rooftops, basements, or garages — CarbonQuest’s systems adapt to a variety of properties, making carbon capture accessible and effective across the board.
