Nikira Labs develops portable methane and ethylene oxide analyzers that provide real-time leak detection and quantification for environmental monitoring. Their technology addresses the need for accurate gas measurements to mitigate air quality issues and monitor emissions from industrial sources.
Funding
$256.5K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current methods for detecting methane and ethylene oxide leaks often lack portability and real-time quantification capabilities, hindering effective environmental monitoring and timely mitigation of air quality issues. Traditional stationary systems are limited in their ability to quickly assess emissions from diverse sources and locations.
Solution
Nikira Labs offers portable methane and ethylene oxide analyzers that enable real-time leak detection and quantification for comprehensive environmental monitoring. These compact, field-deployable instruments facilitate advanced mobile leak detection (AMLD) for various applications, including monitoring emissions from abandoned/orphaned oil wells and industrial fence lines. The analyzers provide accurate gas measurements, empowering stakeholders to address environmental challenges ranging from global warming to local air quality concerns.
Target Audience
The primary customers include environmental monitoring agencies, oil and gas companies, semiconductor manufacturers, and industrial facilities requiring accurate and portable gas leak detection solutions.
Features
- Portable methane and methane/ethane analyzers for advanced mobile leak detection
- Ethylene Oxide Analyzer for accurate measurement and monitoring of EtO at the fenceline
- Open-path analyzers for real-time detection of NH₃, HF, & HCl in semiconductor fabrication facilities (FABs)
- Compact and sensitive design for ease of use in diverse environments
- Real-time leak rate quantification for immediate assessment of emission levels