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Energy

Exploring and producing traditional and unconventional energy sources requires close monitoring of aquatic environments. Whether monitoring natural or man-made hydrocarbon seeps in the ocean or recycling produced water for hydraulic fracturing, on-site monitoring can help safely produce energy more cost effectively.
Water Chemistry

With automated chemical sensors, water samples don't need to be returned to a central lab. Deployed alone or paired with the Spyglass AutoSampler ("Porifera") system, the Spyglass Underwater Mass Spectrometer is an on-site analytical tool for volatile organic compounds (VOCs), semi volatiles, toxins, pollutants, biologicals, pharmaceuticals /PCPs (emerging contaminants) or metals in air or water.
Mobile Sensor Platforms

The Spyglass Solar-powered Autonomous Underwater Vehicle (AUV) enables mobile sampling and analysis. Results are transmitted directly to wireless networks on shore or via Spyglass relay station buoys.

Sensors and Software for On-Site Monitoring of Water Biochemistry

Less than 1% and shrinking

Ninety seven percent of Earth is covered in water. Less than 1% is suitable for drinking or commercial use.
Timely & Precise Data

Water intensive industries require real-time, precise information on the biology and chemistry of aquatic environments.
Global Water Knowledge

Spyglass is focused on enabling a global network of water sensors that employ state-of-the-art analytical methods previously restricted to central laboratories. These networks provide timely and precise data for the worldwide community of industry managers and researchers.