Gale Project Technologies Issued a U.S. Patent Protecting Core Technology

From gale

Gale Project Technologies is pleased to announce that the United States Patent and Trademark Office (USPTO) has officially awarded a U.S. patent protecting the company’s core technology behind the GALE System, an autonomous monitoring and UAS deployment platform designed to transform static infrastructure into intelligent public safety and data collection nodes. This major milestone sets a new bar not just for drone operations, but for the future of autonomy. 

The newly issued patent secures Gale’s foundational architecture for a modular platform that integrates advanced cameras, sensors, edge computing, real-time data analytics, and autonomous drone deployment within a single infrastructure system. The GALE System is designed to support public safety agencies, infrastructure operators, municipalities, and defense organizations by providing continuous monitoring, situational awareness, and rapid-response capabilities.

Mounted on infrastructure such as utility poles or fixed installations, the GALE System functions as an intelligent monitoring station capable of collecting and analyzing environmental, security, and operational data in real time. The system can deploy unmanned aerial systems (UAS) when needed to gather additional situational intelligence, enabling faster response during emergencies, disasters, or security incidents.

“This patent represents an important milestone for our company and validates the innovative architecture behind the GALE platform,” said Jay Kriner, CEO of Gale Project. “Our goal has been to create an intelligent monitoring infrastructure that can support public safety, critical infrastructure protection, and data-driven decision making. With this patent now awarded, Gale is well positioned to advance development and deployment of the GALE System. We're creating the standard for public safety and beyond through a single system solution.”

The GALE platform is designed to support a wide range of applications including:

• Public safety and traffic monitoring and rapid-response support
• Critical infrastructure and utility monitoring
• Environmental, weather and agricultural data collection
• Disaster response and emergency management
• Security monitoring for municipalities, campuses, and private facilities

Gale Project is currently advancing the GALE System toward commercial deployment and expanding strategic partnerships across the public safety, aerospace, and technology sectors.

READ MORE HERE

New Methane Rules Make Drone Tech More Important

The U.S. Environmental Protection Agency (EPA) announced a final rule that will sharply reduce methane and other harmful air pollutants from the oil and natural gas industry, including from hundreds of thousands of existing sources nationwide, promote the use of cutting-edge methane detection technologies, and deliver significant economic and public health benefits. 

The final action was announced by Administrator Michael S. Regan and President Biden’s National Climate Advisor Ali Zaidi at COP28 in Dubai, United Arab Emirates (UAE), advancing President Biden’s historic climate agenda and day one commitment to restore the United States’ global leadership on climate change.

The final rule leverages innovative technologies and proven solutions that leading oil-and gas-producing states and companies are using—and have committed to use—to reduce dangerous air pollution. Among other things, the final rule will:

• Phase in a requirement to eliminate routine flaring of natural gas that is produced by new oil wells

• Require comprehensive monitoring for leaks of methane from well sites and compressor stations, while giving oil and gas companies flexibility to use low-cost and innovative methane monitoring technologies

• Establish standards that require reductions in emissions from high-emitting equipment like controllers, pumps, and storage tanks

Technology to the Rescue

From Flynex

Many of the technologies discussed in the final rule are already in use, with drones and satellites being used to detect methane leaks of all sizes. There are companies like Flogistix, whose CEO we interviewed last month, using drones, AI, and other emerging technologies in the fight against methane. 

Drones and specialized sensors can play a major role in meeting the goals laid out by the Biden Administration through:

• Methane Detection: Drones equipped with specialized sensors like spectrometers, infrared/OGI cameras, or laser-based sensors can detect methane leaks from various sources. These sensors can identify and quantify methane concentrations in the air or on the ground. They can quickly scan large areas, including those that are difficult or dangerous to access by foot.

• Aerial Surveys: Drones equipped with gas detection technology can perform aerial surveys over vast areas, including oil and gas infrastructure. They can map and identify methane hotspots, enabling swift action to repair leaks or address emission sources.

• Leak Identification and Localization: Drones equipped with high-resolution cameras and gas sensors can pinpoint the exact location of methane leaks in pipelines, storage tanks, or other facilities. This precise identification allows for targeted repairs, minimizing methane emissions.

• Monitoring and Surveillance: Drones offer a cost-effective and efficient means of regularly monitoring methane emissions over time. They can be programmed to conduct routine inspections of facilities, ensuring compliance with environmental regulations and aiding in the early detection of leaks.

• Abatement and Response: Once methane leaks are identified, drones can assist in the coordination of abatement efforts. They can provide real-time data to response teams, allowing them to prioritize and efficiently address the most critical leaks or emission sources.

• Research and Environmental Studies: Drones equipped with methane detection capabilities contribute to environmental research by providing valuable data on methane emissions from various sources. This data helps in understanding emission patterns and developing strategies for effective mitigation.

• Regulatory Compliance: Using drones for methane detection and abatement supports regulatory compliance by enabling companies to proactively identify and rectify emissions, thus adhering to environmental standards and minimizing penalties.

Want more on methane detection tech? Watch Energy Drone & Robotics Coalition Summit sessions on demand—and free! Also plan to attend the 2024 Methane Strategies Forum, co-located with the 8th Annual Energy Drone & Robotics Summit, June 10-12, 2024, in Houston, TX.

Here are a few go-to methane sessions from this year’s Forum:

• Real World Results/Insights from Multiple National Site Trials for Methane Monitoring

• Real-World Tech Applications for Methane Emissions Compliance: Optical Gas Imaging

• Energy Operations Roundtable: Methane Detection & Measurement Tech/Projects Updates

• US EPA Approved Drone Based Method for Methane Detection in Terrestrial Applications