4/30/2024 0 Comments Carbon capture company new york![]() ![]() ![]() “When you pull one string, what happens to the other one?” he said in a recent interview. From urban batteries to carbon captureĪfter working 27 years at Glenwood Management, London has learned that you can’t change a building’s energy infrastructure without considering unanticipated consequences. While heat-pump vendors figure out solutions for tall buildings, CarbonQuest captures emissions from existing heating systems, paying back the investment by avoiding penalties under New York’s carbon-reduction rules and selling industrial-grade CO 2 to paying customers. The real, live, functioning carbon-capture system in the basement offers a glimpse of a lower-carbon future that's visible today. But it's also the one that can make the most impact.” “The biggest challenge for cities is in the built environment,” said CarbonQuest President and CEO Shane Johnson. Heat pumps are gaining traction nationally and globally as tools to heat and cool homes without fossil fuels, but even climate advocates admit that today, it would be a tall order to electrify all the complicated high-rise buildings in cold climates, like the one towering above 1930 Broadway. In New York City, buildings generate around 70 percent of carbon emissions, an outlier in a nation where transportation and electricity are the first and second biggest emitters, respectively, and buildings are responsible for just 13 percent overall. But the first system installed by CarbonQuest has been humming along for months at its current scale, it catches 60 percent of the entire building’s gas emissions. Power-plant or industrial-scale carbon capture has a long history of disappointing results, even when attended to by the best minds at Chevron and Exxon. The room-sized CO 2-filtration and liquefaction system, installed early this year by CarbonQuest, is a rare instance of carbon capture that actually works and delivers an economic payback. “We love that because that was something permanent: We took our exhaust and rendered it inert,” said Josh London, senior vice president in charge of building operations at Glenwood Management, the privately held company that owns the 1930 Broadway apartment building and a couple dozen other rental properties in New York City. Eventually, a truck pulls up on the street outside, connects a hose to a nozzle on the side of the building, and sucks out the liquid carbon for delivery to a concrete factory, which will inject the greenhouse gas into concrete blocks, making them stronger. The carbon dioxide then gets cooled to a liquid state and stored, under pressure, in a metal tank. CarbonQuest had tapped into the insulated duct that carries hot boiler exhaust to the chimney, diverting the flow through a circuitous array of hissing, humming machinery that pulls out moisture and isolates the carbon dioxide from nitrogen and oxygen, which get released back out the flue. Then my guides took me through a door marked “Carbon Capture Room,” and we stepped into a vision of the future. This was the old world: The boilers burned fossil gas to create steam that heated the tower above us, just like you’d see in buildings across the city. ![]() We slipped in the service door to the rental apartment complex, took the elevator down into “the bowels of the building,” and entered a humid room where two industrial-scale boilers hummed noisily. NEW YORK - Carbon capture at power plants has eluded cost-effective commercialization for so long that when a company pitched me claiming that it had achieved this at a New York City apartment building, I was skeptical.īut I like to be surprised, so I took the subway uptown to the 30-story high-rise across the street from Lincoln Center and met two executives from the startup CarbonQuest. ![]()
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