Aerospace and Defense
Electronics designed for extreme environments provide a new way for aircraft to be improved, granting increased optimization, cheaper cost to run, and enhanced safety.
Safety: High-temperature sensors allow for constant engine monitoring and immediate problem detection.
Operational Optimization: Actuation directly next to the engine provides increased fuel efficiency and reduced reaction time.
Cost Savings: Constant monitoring allows for engines to be run closer to the edge, reducing the number of expensive and time-consuming rebuilds necessary.
Geothermal
Rugged electronics allow for cost reduction, optimization, and safer operations by providing real-time data acquisition in geothermal wells, letting operators know when a problem happens as soon as it occurs, and when to perform preventative maintenance.
Safety: Real-time pipeline monitoring of fluid temperature, pressure, and flow rate.
Operational Optimization: Precise control of cooling loops using sensors and electronic controls ensures optimal heat transfer from the geothermal fluids to generators, maximizing power output.
Cost Savings: High-temperature sensors help predict potential equipment failures (e.g., pipe ruptures) by detecting early signs of stress or anomaly.
Space
ICs designed for harsh climates enable spacecraft to be smaller and more reliable, making space missions much more cost effective and safe.
Safety: Onboard UV, temperature, and pressure sensing enables real-time fault detection, allowing for instant reaction times to issues.
Operational Optimization: ICs designed for high temperatures significantly reduce the need for thermal management, reducing the footprint of the spacecraft.
Cost Savings: Putting data acquisition, computing, and actuation all on the same chip reduces the amount of analog wiring required.
Oil & Gas
High-temperature electronic instruments are a game-changer for down-hole drilling, offering tangible benefits across safety, efficiency, data analysis, and bottom line.
Safety Boost: Early detection of catastrophic drilling failures (blowouts, equipment damage) caused by overheating or excessive pressure.
Operational Optimization: Monitoring helps prevent overheating of drill bits or tools, helps predict maintenance needs, and optimizes drilling parameters (fluid flow, weight-on-bit) to enhance well stability.
Cost Savings: Early detection and prevention can prevent the need for costly repairs or well abandonment due to catastrophic failures.