Home | Spyglass Technologies

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.
Water Biology

Advanced sampling and analysis of bacteria and algae can now be performed autonomously and remotely at variable depths for extended periods of time. The Environmental Sample Processor (ESP) and Porifera Autosampler are automated water laboratories available from Spyglass.

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.