H₂

CH₂

CH₄

H₂

Safety monitoring instruments for our power grid

CH₄

H₂

CO₂

H₂

Ensuring maximum yield in digestor with optimal gas sensing

H₂

CH₄

H₂

CH₄

Shipping yield whilst at sea ensuring maximum safety

H₂

CH₂

CH₄

H₂

Energy Storage

Fire Safety monitoring nodes for our battery powered grid

Real-time molecular sensing for battery and grid infrastructure

CH₄

H₂

CO₂

H₂

Biogas Optimisation

Ensuring maximum yield in digestor with optimal gas sensing safety

Continuous composition monitoring for anaerobic digesters

H₂

CH₄

H₂

CH₄

Hydrogen and gas leak detection for port infrastructure

Maritime Safety

Port fire safety control and monitoring of hazardous gasses

Molecular Intelligence Product Suite

Maximizing equipment lifespan, reduce costly downtime, and ensure safe, efficient operations.

Catch What Others Missed!

Clip & Fix

FASTNODE™ BD-100

Ultra-compact easy to place, 12mm × 12mm battery leak detector designed for first vent energy storage safety.

fixed point

FASTSAFE™ FP-200

On wall fixed-point hydrogen & VOC detector with hazardouse area ppb-level sensitivity with FastNodes

gas analyzer

DATAECO™ MGA-3000

Emission FREE, ATEX approved, high-precision multi-gas analyzer for hydrogen in methane, and CO₂.

Advanced gas sensing equipment for safety and longer battery-life data across BESS, ESS, transportation & energy storage industries

Pre-Smoke Safety First Sensing

Small Size. High Sensitivity. Low Power.

As battery energy storage systems (BESS) continue to scale, ensuring safety across storage sites becomes increasingly critical. These environments present unique risks, including gas buildup, thermal events, and early-stage failures that are often difficult to detect with conventional monitoring tools.

Fast Sense enables continuous, real-time area monitoring across battery storage facilities, providing early detection of critical gases such as hydrogen and other volatile compounds associated with battery degradation and failure. By deploying distributed sensor arrays, operators gain full visibility over large areas, enabling rapid response before issues escalate.

The Missing Layer of the Hydrogen Economy: Real-Time Quantification with our Micro Analyzer, measuring low to high % in real time

"For low %Vol and PPM's we have searched and searched and their is no other solution that fits our needs when analysing Hydrogen in a BioMethane"

"It is essential to have devices such as Fast Sense sensors, which can continously monitor the amount of H2 in the pipe.. correct the accuracy of the flow meters and measure the gas content at each local point."

"We are confident that Gast Sense's contribution will be invaluable in boosting the growing hydrogen ecosystem in the region"

Constant Fast Quantification

From low PPM to high % Gas Molecules

Ensuring accurate measurement and control across gas infrastructure becomes increasingly critical – operators face significant challenges in quantifying hydrogen concentration.

These systems require precise, continuous monitoring to manage gas content, ensure regulatory compliance, and maintain network integrity. Variations in hydrogen concentration directly impact energy content, billing accuracy, and downstream process performance.

Fast Sense enables real-time gas analysis, providing continuous quantification of hydrogen and associated gases. Operators gain high-resolution visibility from injection points through to end-use, enabling improved control, and safer integration of hydrogen into existing infrastructure.

REFINERIES

MARITIME

BIOGAS

INDUSTRIAL ELECTRICITY

PIPELINE

CONSUMER ELECTRICITY

GAS TRANSMISSION & DISTRIBUTION

GAS ANALYSIS FOR H2 BACKBONE STUDY

LEARN MORE ABOUT OUR INNOVATION PROJECT WITH SNAM

UTILITY AWARDS

ELECTRONS TO MOLECULES

LEARN MORE

OUR TECHNOLOGY

Industrializing H₂ Sensor Demand, Driving Towards An Integrated Energy Future

At Fast Sense we design human-centered hydrogen sensing and on chip analytics that turn uncertainty into clear action.

Accurate

Quantify

Low Power

Affordable

Scalable

Tiny

Fast

Selective

Nanoscale Sensor Structures Integrated into CMOS Layers for Advanced Gas Monitoring

At Fast Sense, your safety and the reliability of your equipment are our top priorities. Our innovative solution enables precise monitoring, detection, and analysis of complex gas mixtures with advanced nanoscale sensors embedded within CMOS layers. These sensors are engineered to minimize cross-sensitivity, delivering accurate readings across multi-component gas blends.

Our micro-metering technology eliminates cross-sensitivity issues — hydrogen and methane mixed together cause no change in reading. We identify and quantify different gases and gas mixtures immediately, even odourless ones that are traditionally difficult to detect. With printed sensors that are low power, easy to deploy, and small in footprint, Fast Sense is enabling a clean, green and resilient energy future.

MICRO ELECTRODES

PASSIVATION CAP

NANO SENSING LAYER

OXIDE INSULATION

SILICON SUBSTRATE