Applications
Industrial monitoring.
Process insight
at the point of measure.
Gii electrodes bring highly sensitive electrochemical sensing to in-line and spot-check applications, enabling differentiated Tier‑1 products with defensible performance and stronger commercial economics.
Where Gii is used
Industrial measurement built on Gii
Five places where a disposable or embedded Gii sensor replaces a sample sent to a laboratory.
Effluent and Discharge
Heavy metals, PFAS and process residues measured at discharge points to evidence compliance continuously rather than by periodic sampling.
Process Chemistry
Reagent concentration, contamination and by-product markers tracked in-line so batches are corrected before they are lost.
Utilities and Water
Cooling circuits, boiler feed and process water monitored for corrosion, scaling and biological indicators.
Condition Monitoring
Lubricant and fluid degradation markers measured on site, supporting predictive maintenance schedules.
Workplace Safety
Exposure and surface contamination checks that can be run by operators rather than by a specialist lab team.
Why
.
Laboratory-grade electrochemistry in a disposable format
Trace-level sensitivity
High active surface area gives detection limits that meet regulatory thresholds, often without sample pre-concentration.
Stable in harsh media
Binder-free porous pure carbon foam is chemically robust, so sensors tolerate aggressive process streams and wide temperature ranges.
Multiplexed panels
Several analytes measured from one sample on a single electrode array, reducing hardware and sampling overhead.
Next step
Go deeper on the technology
Applications point the way; the platform pages hold the technical detail and supporting evidence.
Multi-analyte Sensing
Electrode arrays, surface chemistry options and characterisation data.
Learn more
Microheaters & Thin Film Heating Elements
Integrated thermal control for sample conditioning and sensor regeneration.
Learn more
Flexible Printed Batteries
High surface area Gii electrodes for thin, flexible, printed power sources.
Learn more