Newlight Technologies
Newlight Technologies is a California-based materials company that converts captured methane and other carbon sources into carbon-negative biomaterials.
Last updated August 25, 2026
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Overview
Newlight Technologies is a materials-technology company headquartered in Huntington Beach, California. Its business is centered on converting greenhouse gases into useful polymers and finished consumer products, with the stated objective of producing materials with a lower or negative carbon impact than conventional petroleum-based plastics. The company is best known for AirCarbon, a polymer produced through a biological process that uses captured methane, air, and enzymes. Newlight's technology is designed to use methane from sources such as agricultural operations. In the process described for the company, methane captured from a California dairy farm is transported to a bioreactor, where it is combined with air and processed through enzymatic activity. The resulting material is a polymer intended to provide performance comparable to many oil-based plastics while avoiding reliance on fossil-derived feedstocks. The approach positions Newlight at the intersection of carbon sequestration, industrial biotechnology, sustainable materials, and circular or lower-carbon manufacturing. AirCarbon has been developed for applications across several product categories. The material has been contracted for use in desk chairs, computer packaging, and smartphone cases. Newlight has also commercialized finished-product lines using the material, including carbon-negative eyewear and foodware. The eyewear business was formerly associated with the Covalent name, while foodware was formerly associated with Restore. These offerings provide consumer-facing demonstrations of the company's underlying materials platform rather than limiting the business to supplying resin or intermediate material to industrial customers. The company has operated a facility in Huntington Beach that combines headquarters, research and development, operations, and manufacturing functions. As described in reference material from October 2020, this was Newlight's sole facility and the company employed more than 200 people. The available material does not establish a founding year, founder, ownership structure, public listing, or a broader network of manufacturing sites. Newlight's technology has received external recognition. Popular Science named AirCarbon its Innovation of the Year in 2014, and the United States Environmental Protection Agency recognized AirCarbon with a Presidential Green Chemistry Challenge Award in 2016. These recognitions helped frame the company as an innovator in greenhouse-gas utilization and bio-based materials. The available sources do not provide sufficient information to assess current revenue, valuation, geographic sales footprint, executive leadership, or the company's latest operating status in detail.
History
Newlight Technologies developed around the idea that greenhouse gases could serve as feedstocks for useful materials rather than being released into the atmosphere or treated solely as waste. The company became associated with AirCarbon, a polymer produced through a biological process involving captured methane, air, and enzymes. This technology placed Newlight within a developing field that combines carbon sequestration, biotechnology, and plastics manufacturing. The company's process, as described in available reference material, begins with methane captured from a California dairy farm. The captured gas is transported to a bioreactor, where it interacts with air and enzymes to form the AirCarbon polymer. Newlight has presented the material as a potential substitute for certain conventional oil-based plastics. Reference coverage reported that AirCarbon could perform similarly to many petroleum-derived plastics and could be produced at a lower cost, although the available sources do not provide independently verified cost figures or detailed commercial-volume data. AirCarbon's development received public recognition during the 2010s. Popular Science selected it as its Innovation of the Year in 2014. In 2016, the United States Environmental Protection Agency gave AirCarbon a Presidential Green Chemistry Challenge Award. These distinctions reflected interest in the technology's use of biological processing and captured carbon to make a commercial polymer. Newlight expanded the platform beyond material licensing and industrial applications. AirCarbon was contracted for use in desk chairs, computer packaging, and smartphone cases. The company also commercialized consumer-facing products, including carbon-negative eyewear and foodware. The eyewear line was formerly known as Covalent, and the foodware line was formerly known as Restore. These product lines served as visible applications of the company's claimed carbon-negative materials approach. By October 2020, Newlight's headquarters, research and development, operations, and manufacturing were located at one facility in Huntington Beach, California. The company was reported to have more than 200 employees. The available reference material does not establish the company's founding year, founders, detailed financing history, ownership, public-market status, or subsequent facility expansion. It also does not provide enough information to document a complete chronology of product launches, executive appointments, commercial partnerships, or current markets.
- 2020
Huntington Beach site serves as integrated company facility
[1]Reference material states that Newlight operated a single Huntington Beach facility serving as its headquarters, research and development center, operations base, and manufacturing site, with more than 200 employees.
- 2016
AirCarbon receives EPA green-chemistry award
[1]The United States Environmental Protection Agency awarded AirCarbon a Presidential Green Chemistry Challenge Award.
- 2014
AirCarbon receives Popular Science recognition
[1]AirCarbon was named Popular Science's Innovation of the Year.
Products and positioning
A carbon-utilization and materials-innovation company developing alternatives to petroleum-based plastics and consumer products made from captured greenhouse gases.
Biomaterial polymer
AirCarbon
AirCarbon is Newlight Technologies' principal biomaterial platform. The polymer is produced in a bioreactor using captured methane, air, and enzymes. Newlight positions it as a material that can perform similarly to various conventional oil-based plastics while using captured greenhouse gas as a feedstock. Applications described in reference material include desk chairs, computer packaging, and smartphone cases.
Eyewear
Covalent
Covalent was the former name associated with Newlight Technologies' carbon-negative eyewear line. The products were developed as a consumer application of AirCarbon, demonstrating the use of the company's material in frames and related eyewear components. The available material does not specify the full range, launch date, retail markets, or current branding status.
Foodware
Restore
Restore was the former name associated with Newlight Technologies' foodware line. The line represented another consumer-facing use of AirCarbon and the company's carbon-negative materials proposition. Available references do not identify individual products, launch timing, distribution channels, or whether the Restore name remains in use.
Recent events
Nike and Newlight Technologies announce AirCarbon collaboration[4]
Reported:
Newlight Technologies announced a partnership with Nike to explore using its AirCarbon biomaterial in sportswear applications.
Sources4 sources
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