#United States #Research Triangle Park #RTI International #Bioprocessing #CarbonBridge

RTI International and CarbonBridge Collaboration

In a significant advancement in bioprocessing technology, RTI International, an independent scientific research institute, has joined forces with CarbonBridge Inc. to demonstrate a pioneering method that transforms gases into essential chemical products, which include next-generation fuels. This collaboration was officially launched with a memorandum of understanding, marking a critical step towards enhancing sustainable chemical production.

The testing will take place at RTI's state-of-the-art facility known as the Pilot Xcelerator (RPX), located in Research Triangle Park, North Carolina. This energy innovation ecosystem is equipped to support a variety of cutting-edge research and development initiatives aimed at advancing clean energy technologies.

RTI's role in this collaboration will involve conducting a series of demonstrations utilizing CarbonBridge's innovative stackable bioreactor system. This approach is not just about developing new technologies; it aims to generate credible, third-party performance data. The first phase will focus on the production of methanol from methane, which will provide valuable insights into the scalability and commercial viability of the technology.

According to Sameer Parvathikar, the Program Director of RPX at RTI, this collaboration exemplifies RTI's commitment to facilitating the transition of promising ideas from theoretical concepts to real-world applications. He expressed enthusiasm about contributing to the commercialization path of CarbonBridge's advanced technology, stating, "This collaboration is a great example of how RTI helps partners move promising technologies from concept to commercialization."

Manu Pillai, co-founder and CEO of CarbonBridge, shared his excitement about the partnership, highlighting RTI's reputation as a leading interdisciplinary research institution. He remarked, "As we look to scale and prove out our technology, it is extremely important to partner with the right people. Our technology is highly innovative—combining biology, material science, fluid engineering, and software architecture—to truly accomplish a bioindustrial revolution with the support of RTI and all their resources."

The collaboration is not just limited to the current demonstrations. RTI plans to design, build, and operate automated technology validations, employing scalable architectures that facilitate iteration and optimization over time. These tests are scheduled for 2027, aimed at collecting data that will support future deployment scenarios, potentially impacting agriculture and wastewater management with scalable solutions.

CarbonBridge is recognized as an ARPA-E awardee, focused on developing bioprocessing technologies that convert gases like methane and carbon dioxide into valuable fuels and chemicals. Their novel approach utilizes microbes in an innovative bioreactor design, enabling the production of methanol, acetate, and biosurfactants used as fuels and intermediates.

The outcome of this collaboration could set the stage for groundbreaking applications in the field of bioprocessing, offering sustainable pathways to produce essential chemical products while addressing pressing environmental concerns. With both organizations geared towards innovation and sustainability, this partnership stands as a beacon of hope for the future of clean energy and chemical manufacturing.

Learn more about the RTI Pilot Xcelerator and its impact on energy innovation by visiting the RTI International website.