2025 Innovation Awards winners
For more than 20 years, P.I. Process Instrumentation’s annual Innovation Awards program has recognized the latest solutions in process instrumentation.
The program accepts nominations from companies that would like to submit their technology breakthroughs in process instrumentation. We would like to thank everyone who participated in the awards program by nominating. And, congratulations to this year’s winners. We hope to see your solution nominated next year.
The following highlights the technology solutions from the 2025 Innovation Awards winners.
Micro Motion G-Series Hygienic Coriolis Flowmeter
Emerson
The Hygienic G-Series redefines flow measurement for life sciences and food and beverage applications by combining high performance with simplicity. Purpose-built for sanitary environments, it delivers an affordable solution that meets stringent hygienic standards, including 3A, EHEDG and ASME BPE.
Leveraging Coriolis technology, it ensures high accuracy in direct mass flow, density and temperature measurement — all within the most compact design available on the market. Its minimal size and lightweight construction simplify installation, especially in tight processing lines and confined skid spaces. Uniquely, the G-Series Hygienic offers full drainability in any mounting orientation — vertical or horizontal — enhancing flexibility and compliance.
Compatible with the latest generation of Micro Motion transmitters, it enables fast connectivity, intuitive configuration and simplified maintenance. The meter also features Smart Meter Verification, an easy-to-use, automated diagnostic tool that continuously monitors performance and integrity — without requiring process interruption.
ProScan 3 Radar Level Sensor
Icon Process Controls
The ProScan 3 Radar Level Sensor delivers precise, non-contact liquid level measurement using advanced 80GHz FMCW radar technology. Engineered for chemical, industrial and water treatment applications, it provides consistent accuracy even in challenging conditions with vapor, foam, condensation or turbulence. Key features include:
- 80GHz radar frequency ensures exceptional resolution and narrow beam targeting.
- RS485 Modbus communication plus 4–20mA analog output for flexible system integration.
- Non-contact design eliminates fouling, drift, and wear from process liquids.
- Multiple mounting options, including self-aligning styles, simplify installation and guarantee optimal sensor positioning.
- Corrosion-resistant construction built to withstand aggressive chemical environments.
- Wide measuring range suitable for both compact process tanks and tall storage vessels.
- Rugged, compact design for dependable, maintenance-free operation.
The ProScan 3 offers unmatched reliability and ease of use. Its high-frequency radar technology, combined with flexible mounting solutions, makes it the ideal choice for operators who demand safe, accurate and long-term level monitoring in critical process applications.
Micropilot FMR30B Radar Sensors
Endress+Hauser
The Micropilot FMR30B is a compact, non-contact radar level transmitter designed for continuous measurement in liquids and solids. Utilizing advanced 80 GHz radar technology, it offers a measuring range up to 30 meters (98 feet) and excels in confined spaces and utility applications across industries.
Key features include fast commissioning via guided setup wizards, remote access through Bluetooth and intuitive on-site operation via a color touch display. The “It’s me” function enables quick device identification, while Heartbeat Technology supports on-demand diagnostics and verification without process interruption.
Ideal for the water/wastewater, mining, minerals and metals, and food and beverage sectors, the FMR30B ensures reliable performance even in challenging environments.
d·flux Mass Flowmeter and Controller
Sierra Instruments
From labs to industrial facilities, the d·flux mass flow meter and controller exceeds the demands of end users. The d·flux is a multiparameter mass flow device that provides precise measurement outputs for five process variables (mass flow, volumetric flow, temperature, pressure and density). It relies on true physical calculations from advanced computations to deliver the flow data end users rely on.
The d·flux features accuracy of up to +/-0.3% of user full scale and +/-0.5% of measured value, the ability to measure and control flow rates up to 1508 slpm, and sensor stability with less than 0.2% of measured value/year after tare. It also includes state-of-the-art digital communications (Modbus and analog output, optional Profinet or EtherCAT) and IP54. Its multigas capability allows end users to pre-program up to 15 gases or gas mixtures. It offers users five sensor options to provide greater flexibility and economy for a wide range of gas flow applications.
The d·flux’s proven precision gas control and robust capabilities make it an ideal choice for various applications, including hydrogen production, biopharmaceutical production, carbon capture and storage, gas injection and more.