Renewable energy sources continue to evolve as society strives to curtail its reliance on fossil fuels. Many of these alternative fuels require precise measurements for gage, absolute, and compound pressures in potentially corrosive environments. Capacitive sensing technology is built to measure a variety of pressure types and keep up with the demands of renewable energy applications. Renewable energy encompasses a wide variety of fuels, including CNG, LNG, hydrogen, and wind.

Industrial spaces include an extensive range of environments. As such, the products used in those spaces are diverse, varying from gauge to compound to vacuum pressure measuring tools. Pressure sensing in industrial applications helps to keep systems working productively. Demanding industrial applications can require customizable solutions for any type of pressure measurement.

Many outdoor applications have a need to monitor water pressure. Examples of these applications include crop irrigation, fire truck water tank level monitoring, engine water cooling, and road construction water spraying.

To be safe for use in a cleanroom or other critical environment, particle counters must meet certain ISO specifications. ISO 21501-4 is specifically designed for light scattering airborne particle counters. Manufacturers must tightly control the size, shape, and refractivity of particles when calibrating particle counters to meet this specification.

One of the greatest fears in the general population is the rapid spread of infectious disease. While there are many strategies employed to prevent these infectious diseases from becoming an outbreak, the only way to treat patients without risking the spread of disease is through the use of isolation rooms. Isolation rooms are designed to prevent contaminated particles from spreading beyond a quarantined area by ensuring air is exhausted from the room and filtered through a high-efficiency particulate air (HEPA) filter before it is vented outside of the building.

Monitoring critical environments - such as cleanrooms, operating rooms, and compounding pharmacies - is paramount to maintain safety and remain compliant with regulatory standards. In these critical spaces, it is often required to monitor multiple environmental parameters.

As energy costs rise and being environmentally conscious is ever a concern, power monitoring is increasingly popular. Numerous states now offer incentives to encourage buildings and other consumers to start power monitoring.

OEM and mechanical parts suppliers adopting ISO Standards is increasingly common throughout the US, driven by a spike in industry demand for components manufactured in ISO compliant factories. In addition to existing and increasing demand for ISO compliance in clean rooms, healthcare spaces, and laboratories, manufacturing facilities like automotive, electronics, loT, and industrial are now adapting to observe these standards. To be ISO compliant, all of these spaces need highly accurate, reliable, and NIST-traceable sensors for monitoring.

For decades, hot-wire anemometers have been widely used throughout hospitals to ensure proper pressurization in critical spaces such as operating rooms and isolation rooms.

UL 2808 is one of the most recent and updated safety standards released by UL. It is designed to provide for retrofit energy monitoring equipment such as commercial submeters and associated equipment, including open-type current transformers. It was released in 2012 under the category code XOBA.