News

RedNOx Awarded USDA NIFA SBIR Phase II Grant to Drive Innovation in Agricultural Emissions Reduction

October 31, 2024

We are thrilled to announce that RedNOx has been awarded a USDA NIFA SBIR Phase II grant of $650,000 as part of a $26.8 million investment to support groundbreaking, small business-led innovations in agriculture. This funding will enable us to advance our N₂O and NOx sensing technologies, specifically aimed at reducing emissions of nitrous oxide and NOx from both synthetic and microbial fertilizers.

RedNOx Signs MOU with One of the World’s Largest Manufacturers of Hydrogen, Diesel, and Natural Gas Engines

Sep 4, 2023

FREMONT, Calif., September 4, 2023 (PRWeb) — RedNOx Inc. (“RedNOx”) is proud to announce a significant step in its collaboration with Cummins Inc. The Fremont, CA-based sensor start-up has signed a Memorandum of Understanding (MOU) for the development and commercialization of highly sensitive (parts-per-billion) NO sensors tailored for heavy-duty engine production.

RedNOx Revolution: Unraveling the Next Big Breakthrough in Emissions Reduction - Exclusively on Chemical and Engineering News

August 31, 2023

RedNOx Awarded SBIR Phase I for its Innovative Greenhouse Gas Measurement Platform

August 28, 2023

FREMONT, Calif., August 28, 2023 (GLOBE NEWSWIRE) — RedNOx Inc., a trailblazer in environmental solid-state sensing technology, is delighted to announce its recent achievement in securing a Phase I Small Business Innovation Research (SBIR) award for its groundbreaking atmosphere and soil greenhouse gas measurement platform.

REDNOX CLOSES FINANCING TO CREATE THE NEXT GENERATION NO_x SENSORS FOR LOW TO ZERO EMISSIONS APPLICATIONS

July 1, 2022

RedNOx Inc announced today its launch and the completion of seed financing with Rev1 Ventures Partners. RedNOx launches with a technology license from OSU to scale solid-state NO_x and CO₂ sensor technology for clean energy and low to zero emissions vehicles. RedNOx’s LoNOx sensor technology points to a leap in performance and reliability, with parts-per-billion detection capabilities and long-term durability.