Applied Genomics

Battelle Manufacturing

  • Avionics Technology Modernization

    Aging electronics and avionics can ground fleets or vehicles for obsolescence or performance. Technical data packages for these systems has often degraded with age or is entirely unavailable, meaning complete reverse engineering is required to develop drop-in compatible replacement avionics modules.

  • Battelle Develops Custom Armor Applications for Commercial Vehicles at Low Cost

    In recent years, the U.S. federal government has identified a need for lower-cost non-standard commercial vehicles (NSCV). NSCVs – such as pick-up trucks, sport-utility vehicles, sedans, and vans – allow military forces to operate in areas without military logistical support.

  • Component Cost Reduction: Fuel Cell Fuel Processor

    Expensive, difficult to produce, long lead-time resulted in collaborative design, manufacturing, supply chain and supplier teams identifying new processes, a revised design and tolerance changes.

  • Component Cost Reduction: Manifolds

    Mounting six solenoid valves in a tight space requires a carefully designed manifold. The original version included features in three dimensions and required six machining setups to produce.

  • Cost-Reduced Avionics Module Manufacturing: CAP

    The Caution Advisory Panel (CAP) is a dashboard display avionics module for the Black Hawk Helicopter, providing important helicopter status information to pilots. The CAP system contains custom circuit cards and fabricated mechanical parts.

  • High Reliability Autonomous Ocean Sensor

    A high-accuracy, high-reliability autonomous sensor system that measures ocean acidification. Five subsystems produced by Battelle are direct shipped to domestic and international destinations and are deployed on buoys around the globe for 18 months at a time. The subsystems are mechanical, electrical, electromechanical, and electro-pneumatic and are contained in sealed, custom, composite shells.

  • Mobile Analytical Laboratory Upgrade Kits

    An existing fleet of mobile labs needs updated equipment and supplies, from high value high technology scientific instruments to inexpensive consumable supplies. Supplies and kits need to coincide with specific times in the mobile labs’ ever-changing locations in order to perform the kit upgrades.

  • pCO2 Monitoring System

    A functioning laboratory proof-of-concept is needed in larger volumes, at lower cost, and with higher reliability.

  • Quick, Accurate Threat-Detection Scanner for Liquid, Aerosol, and Gels Eases and Secures Air Travel Worldwide

    First-of-its kind screening technology safely, quickly, and accurately detects liquid, aerosol, and gel threats in opaque and clear bottles.

  • Ruggedized Autonomous Biological Detection System

    Agile, quality production was needed to meet stringent performance requirements while adapting to an evolving product.

  • Ruggedized Hot-Swappable Battery Power Control Module

    Increased manufacturing is required to meet ongoing operational needs around the world. To efficiently support the increased volumes and performance needs, an original proprietary power pack design was revised at a Navy University Affiliated Research Center (UARC) in order to provide operators with faster operation and increased uptime.

  • Security Screening Non-invasive Bottled Liquid Scanner

  • Special Purpose Floodlight

    A special purpose floodlight used in harsh, dynamic, and varying unpredictable conditions. This sealed light includes several custom machined and anodized parts, custom circuit cards, and has a pressure-sealed compartment that is nitrogen backfilled.

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CBRNE Defense

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Cyber Innovations

Maritime Technologies

  • Battelle Designs Commercial Rugged Sensor System to Capture Our Oceans CO2 Data

    Battelle’s Seaology® pCO2 monitoring system helps global organizations measure acidification in maritime environments to understand and predict climate change in a highly reliable and cost effective manner.

  • Battelle Technology to Improve Safety of American Ports

    Battelle's Harbor Shield is a sensor array designed to protect American ports by scanning ship hulls for anomalies, such as explosives and illegal drugs.

  • High Reliability Autonomous Ocean Sensor

    A high-accuracy, high-reliability autonomous sensor system that measures ocean acidification. Five subsystems produced by Battelle are direct shipped to domestic and international destinations and are deployed on buoys around the globe for 18 months at a time. The subsystems are mechanical, electrical, electromechanical, and electro-pneumatic and are contained in sealed, custom, composite shells.

  • pCO2 Monitoring System

    A functioning laboratory proof-of-concept is needed in larger volumes, at lower cost, and with higher reliability.

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Tactical Systems

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