Monitoring Dissolved Oxygen and pH in Coastal Ecosystems
Alphaion’s printed electrochemical sensors offer real-time, scalable monitoring of pH and dissolved oxygen—empowering precise, eco-friendly tracking of ocean health, acidification, and hypoxia across diverse marine environments.
Monitoring dissolved oxygen and pH is vital for assessing marine ecosystem health. Printed electrochemical sensors enable real-time, scalable, and in situ detection of these parameters, enhancing our ability to track ocean acidification, hypoxia, and other critical environmental changes efficiently.
Printed electrochemical sensors provide real-time, continuous insights into dissolved oxygen and pH levels, allowing scientists to detect environmental shifts as they happen. Thanks to their low-cost and scalable design, these sensors can be deployed widely across marine zones, making large-scale, high-resolution monitoring more accessible than ever before.
Printed sensors feature thin, lightweight designs ideal for integration into compact marine platforms. Their adaptable surfaces can be tailored with functional coatings to detect specific ions or redox-active species, enabling precise, application-specific environmental monitoring.
Printed sensors can be tailored with functional coatings—such as ion-selective membranes or nanomaterials—to enable selective detection of specific ions or redox-active species, ensuring precise and application-specific sensing in complex marine environments.
With continued innovation in screen‑printed electrodes—prioritizing precision, sustainability, and customization—Alphaion is poised to advance future marine monitoring, enabling smarter, eco‑friendly tools for real‑time environmental insights. Learn more at Alphaion.
