Vuv Analytics

About Vuv Analytics

VUV Analytics, established in 2009, operates from Austin, Texas, as a manufacturer of specialized vacuum ultraviolet (VUV) spectroscopic detectors for the chemical analysis market. The company was brought to life by a team of five founders—Sean Jameson, Dr. Dale Harrison, and Derrell Sloan among them—who had previously collaborated at a semiconductor startup. This prior experience in developing optical metrology systems using VUV light for the microelectronics industry sparked the realization that the technology had far broader applications. Initially unfamiliar with gas chromatography (GC), the founders were guided by industry experts who saw the perfect synergy between GC and VUV spectroscopy, pivoting the company towards analytical chemistry.

The firm's business revolves around the manufacturing and sale of universal VUV spectroscopic detectors designed for gas chromatography and streaming gas applications. Revenue is generated through the sale of these hardware products, such as the VGA-100, VGA-101, and LUMA detectors, which are sold directly and through a global network of partners. The company has secured significant capital, raising a total of $48.3 million over seven funding rounds, including a $20 million Series C in February 2023, led by S3 Ventures and New Science Ventures. This funding fuels growth and the development of new products.

VUV Analytics serves a diverse client base that includes top oil refiners, global testing and certification labs, and major chemical companies. Its technology finds application in various sectors, with petrochemicals, fuel refining, and specialty chemicals being the largest segments. The core product is a detector that utilizes the vacuum ultraviolet portion of the spectrum (120–240 nm). At these high-energy wavelengths, virtually all chemical compounds absorb light and produce unique spectral signatures, allowing for unambiguous compound identification and quantification. This capability enables the technology to resolve common challenges in gas chromatography, such as differentiating isomers and analyzing co-eluting compounds without needing perfect baseline separation, thereby increasing accuracy and throughput.