Nanova Environmental, Inc. products

The NovaPID is a revolutionary photoionization detector (PID) designed especially for use in gas chromatography. Users can easily install or uninstall the PID in most gas chromatographs with the built-in connection column. The adoption of microtechnology and enhanced EMI shielding dramatically improves its sensitivity. The NovaPID is also highly flexible for customizations, and users are welcome to choose the connection column and the UV lamp suitable to their application.

The NovaPID TVOC Sensor is a versatile photoionization detector (PID) engineered to precisely monitor volatile organic compounds (VOCs) in various settings. It supports easy integration into handheld, portable, and online VOC monitoring devices due to its plug-in design with electrical pins for direct circuit connection. The sensor operates using UV light to ionize gas molecules, which enhances its safety and cost-effectiveness by eliminating the need for additional gases. Its intrinsically safe design lessens R&D timelines and expenses, while the patented NEI technology ensures swift response and reliable linearity with an R^2 value of 0.995, facilitating high sensitivity and accuracy necessary for applications in environmental monitoring and industrial safety. The sensor is available in three different detection ranges—up to 20ppm, 200ppm, or 2000ppm—allowing for tailored application suitability. Enhancing compatibility, the NovaPID TVOC Sensor does not alter molecular structures, making it suitable for further chemical analysis.

These bags offer a much higher resistance to contamination and have a longer holding time than Tedlar bags. They are also accepted bag material for all standards. PTFE Sample bags are extremely resistant to contamination and therefore can be easily cleaned and reused. PTFE sample bags are already approved by the Ministry of Environment in Ontario and almost every other jurisdiction around the world.

The DV3000 Real-Time Air Monitoring System is engineered by Duvas Technologies for advanced multi-species gas analysis. Specifically designed for both fixed and mobile applications, the system delivers rapid real-time data regarding gas concentrations, which can be geographically mapped. It leverages ultraviolet spectroscopy to detect a wide variety of gases visible in the UV spectrum. The DV3000 features a multi-pass UV optical spectrometer encased in a high-density polyurethane shell with stainless steel and aluminum components. It has a parts-per-billion detection capability for gases such as BTEX compounds and air quality gases. The device is equipped with HEPA filters for clean air input and output, and provides data communication via RS232, Ethernet, Bluetooth, and USB. It includes options for both external 24V DC power and high-performance lithium batteries, ensuring versatility in operation and power supply management.