HYAXIOM, INC. filed a patent for a novel hydrogen concentration sensor. This device, designed to measure hydrogen levels within a fluid, boasts several advancements over existing technologies. The primary inventors or assignees are listed as HYAXIOM, INC.
Features
The hydrogen concentration sensor introduces several unique features:
1. Electrode Assemblies: The patent details two electrode assemblies: a hydrogen-evolving electrode assembly and a detection electrode assembly. The former is responsible for generating hydrogen, while the latter measures the concentration of hydrogen within a specified fluid.
2. Isolating Layers and Sealants: The design incorporates multiple isolating layers, including sealants, securing the plates, and sealing the perimeter around the electrode assemblies. This ensures robust construction and reliable operation.
3. Generation and Detection Mechanism: The assembly’s strategic placement of electrode assemblies between electrically conductive plates provides precise generation and detection of hydrogen concentrations.
Potential Applications
The hydrogen concentration sensor can be applied in various fields, such as:
– Industrial Hydrogen Production: Monitoring hydrogen levels in production facilities to ensure safety and efficiency.
– Fuel Cells: Maintaining optimal hydrogen concentrations in fuel cells to enhance performance.
– Environmental Monitoring: Detecting hydrogen leaks or emissions in different environments.
The introduction of this advanced hydrogen concentration sensor could significantly impact the hydrogen market. Its ability to provide precise and reliable measurements could lead to:
– Improved Safety: Enhanced monitoring would reduce the risk of leaks and related hazards.
– Increased Efficiency: Accurate hydrogen level detection could optimize processes in hydrogen production and fuel cell operations.
– Cost-Effectiveness: Reliable readings can help prevent unnecessary maintenance and operational costs associated with hydrogen systems.
When compared to existing hydrogen detection solutions, the HYAXIOM sensor stands out due to:
– Higher Precision: Its dual-electrode assembly and isolation layers improve measurement accuracy.
– Robust Construction: The sealing mechanism ensures durability, which is crucial for industrial applications.
– Integration Capability: The modular construction offers potential ease of integration into existing systems.
The patent outlines specific technical details and methods, including:
– Plating Design: The sensor uses multiple electrically conductive plates.
– Electrode Placement: The hydrogen evolving electrode is placed at a different location between the plates than the detection electrode, enabling distinct hydrogen generation and detection zones.
Isolation and Sealant: Different isolating layers and sealants secure the plates and protect the electrode assemblies.
Key Takeaways
– Innovative Design: The dual-electrode and isolation layer approach offers improved hydrogen measurement capabilities.
– Versatility: It is suitable for various applications, from industrial hydrogen production to fuel cells and environmental monitoring.
– Market Potential: This could lead to improved safety, efficiency, and cost-effectiveness of hydrogen-based systems.
As detailed in the patent by HYAXIOM, INC., this hydrogen concentration sensor presents a promising advancement in hydrogen measurement technology with the potential to elevate industry standards and operational best practices.
