Methane is a potent greenhouse gas that boasts a global warming potential (GWP) 84 times that of CO2 on a 20 year time . Welcome to a new week here at Scientific Aviation! Scientific Aviation Scientific Aviation, a leader in airborne research, is a scientific research company specializing in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace gases, with applications for air quality, climate, leak detection and repair (LDAR), and atmospheric research. The Aliso Canyon storage facility is located in the San Fernando Valley 40 km northwest of Los Angeles, CA. ChampionX Announces Acquisition of Scientific Aviation ... Scientific Aviation, a leader in airborne research, is a scientific research company specializing in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace gases, with applications for air quality, climate, leak detection and repair (LDAR), and atmospheric research. Scientists from the Chemical Sciences Division of NOAA's Earth System Research Laboratory and from Scientific Aviation (a research company in Boulder) co-led the Aliso Canyon Study. . Soofie Trademark - Scientific Aviation, Inc. - Boulder, CO ... IoT For All is a leading technology media platform dedicated to providing the highest-quality, unbiased content, resources, and news centered on the Internet of Things and related disciplines. The acquisition will combine Scientific Aviation's methane emissions detection and monitoring solutions with ChampionX's expertise and presence in upstream production well sites and midstream solutions . Neptune Energy - Cygnus Methane Study 011121.mp4 from Neptune Energy on Vimeo.. A key objective was to establish an accurate, scientific benchmark for measuring total methane emissions within an offshore environment to help develop best-practice approaches for the wider upstream industry. In the words of Dr. Stephen Conley, President of Scientific Aviation: "As the scientific community, the United Nations, and countless others have issued dire warnings about the impact of greenhouse gases on earth's environment, the fight to combat this problem will take energy and technology companies working together to accelerate change. About Scientific Aviation . It is responsible for about a quarter of total atmospheric warming to date, but it only lasts about a decade in the atmosphere, making reducing methane emissions a relatively fast-acting lever for climate action. Methane is a potent contributor to climate change, trapping 86 times as much heat as carbon dioxide over a 20-year period. Scientific Aviation owns instruments for measuring methane and ethane (Picarro and Aeris), CO and CO 2 (Picarro), Ozone (2B Technologies), NO (EcoPhysics), and NO 2 (Aerodyne and Teledyne), as well as the capability for collecting whole air flask samples for offline analysis of speciated volatile organic compounds (VOCs). The company introduced its drone-based methane emissions detection system in 2018 and launched its ground-based continuous fence line monitoring solution in 2020. Measuring methane emissions is accomplished through two general approaches. Whatever the tool, airplanes, UAVs or SOOFIE, one thing Scientific Aviation knows is how to measure the size of an emission source. Kairos Aerospace - Airplane-mounted methane detection spectrometer with simultaneous optical imagery and geolocation to quickly locate large leaks. (NASA-JPL), California Institute of Technology (Caltech), Scientific Aviation, and SoCalGas to determine the total methane emissions from the Aliso Canyon natural gas leak incident, provides insight on the strengths and limitations of each of the methods, and updates ARB's preliminary estimate. The effort began after ConocoPhillips expressed interest in improving the precision of emissions quantification rates coming from sites by scaling Scientific Aviation's manned . The company introduced its drone-based methane emissions detection system in 2018 and launched its ground-based continuous fence line monitoring solution in 2020. Impact IQ: Project Falcon - Energy Companies Join Forces ... A set of DLR aircraft concepts was selected for further assessment in the context of sustainable and energy-efficient aviation and was established at the TU Braunschweig in 2019, the Cluster of Excellence for Sustainable and Energy-Efficient Aviation (SE2A). ChampionX Announces Acquisition of Scientific Aviation, Inc. Scientific Aviation teams fly over 4,000 nm across the entire Arctic region collecting samples of methane and carbon dioxide emissions from melting permafrost and boreal . Chesapeake is deploying Scientific Aviation's SOOFIE TM stand-alone real-time methane leak detection system to achieve the . Energy giant . Systems based on methane concentration will trigger false alarms when the wind dies or the atmospheric boundary layer collapses, leading to high methane measurements . THE WOODLANDS, Texas, July 05, 2021 (GLOBE NEWSWIRE) -- ChampionX Corporation (ChampionX or the Company) (NASDAQ:CHX) announced today the completion of its acquisition of Scientific Aviation, Inc., a market leader in site-specific and regional methane emissions monitoring solutions for continuous and periodic monitoring applications. Scientific Aviation was contracted by the California Air Resources Board to conduct airborne methane emissions quantifications at a variety of target sites representing known methane source sectors. The results of the study will be published in a scientific peer-reviewed paper in 2022. . one of our drone pilots at Scientific Aviation . Scientific Aviation Emissions Management | ChampionX Scientific Aviation uses small planes with sensitive methane and meteorological monitors to quantify total facility-wide methane emission rates (as opposed to imaging of individual methane sources done by JPL) by flying concentric circles of varying elevations and/or upwind and downwind measurements around the sites of interest. methane & gas sampling) INSIGHT-Methane menace: Aerial survey spots 'super-emitter ... PDF Determination of Total Methane - California Air Resources ... . By Denise Lu | Sources: Scientific Aviation and Copernicus Sentinel-2 satellite. EDF, Scientific Aviation, and university researchers are measuring methane emissions using data from satellites, helicopters, aircraft, vehicles and towers. We'd like to thank Prof. Stephen Conley (Scientific Aviation, Inc.), the UN, and the pilots and scientists at Scientific Aviation Inc . . Credit: Leslie Von Pless. The enormity of the methane leak surprised even the scientists. During the 112-day event, the well leaked almost as much methane pollution as the entire Los Angeles Basin. Chesapeake is deploying Scientific Aviation's SOOFIE TM stand-alone real-time methane leak detection system to achieve the certification. But Robinson and her flying methane hunters have heard promises before. Leak Surveys Inc. - Helicopter-mounted, gas imaging surveys. The updated estimate is then compared to the On the ground, the Permian is a landscape of parched cotton fields, bobbing pump jacks and dirt roads that stretch . The company introduced its drone-based methane emissions detection system in 2018 and launched its ground-based continuous . Neptune Energy - Cygnus Methane Study 011121.mp4 from Neptune Energy on Vimeo.. Neptune was the first independent E&P to sign the Climate and Clean Air Coalition's Oil and Gas Methane . The company introduced its drone-based methane emissions detection system in 2018 and launched its ground-based continuous . The Scientific Aviation Team. Scientific Aviation, a leader in airborne research, is a scientific research company specializing in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace . Scientific Aviation was founded in Boulder, Colorado in 2010 by Stephen Conley, Ph.D., an atmospheric scientist, to offer plane-based measurements of air pollutants and greenhouse gases. Fixing just the worst leaks in the Permian Basin oilfield's infrastructure could cut methane emissions by 55 tons an hour, according to a study by NASA . Scientific Aviation was founded in Boulder, Colorado in 2010 by Stephen Conley, Ph.D., an atmospheric scientist, to offer plane-based measurements of air pollutants and greenhouse gases. This plane operated by Scientific Aviation is equipped with technology to measure climate-changing gases like methane. A survey by researchers at the NASA's Jet Propulsion Laboratory and leak-detection firm Scientific Aviation found that so called "super-emitter" landfills accounted for 43 percent of the measured emissions of the potent greenhouse gas methane - outpacing the fossil-fuel and agricultural sectors, leaking methane at rates as much as six times the . Defined as volume methane emissions / volume gross gas produced. About Scientific Aviation. EDF, Scientific Aviation, and university researchers are measuring methane emissions using data from satellites, helicopters, aircraft, vehicles and towers. Scientific Aviation is an airborne research company that specializes in emissions detection and quantification of greenhouse gases and trace gas measurements for air quality. The accident's impact on climate will be equivalent to the annual greenhouse gas . The California Air Resources Board (CARB) has renewed their partnership with Scientific Aviation, an airborne atmospheric research outfit with offices in Lincoln, CA and Boulder, CO, in an ongoing effort to improve and validate the statewide methane emissions inventory. (NASA-JPL), California Institute of Technology (Caltech), Scientific Aviation, and SoCalGas to determine the total methane emissions from the Aliso Canyon natural gas leak incident, provides insight on the strengths and limitations of each of the methods, and updates ARB's preliminary estimate. Scientific Aviation, a leader in airborne research, is a scientific research company specializing in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace gases, with applications for air quality, climate, leak detection and repair (LDAR), and atmospheric research. Thousands of wells cover the Permian Basin. Scientific Aviation has announced the launch of Project Falcon, a 6-month joint industry partner study that aims to determine the best way to deploy continuous methane monitoring technology that will allow energy companies to find, detect, and repair methane leaks faster. Global measurements to inform climate change policies, driving down methane emissions world wide. Soofie is a Trademark by Scientific Aviation, Inc., the address on file for this trademark is 3335 Airport Road, Suite B, Boulder, CO 80301 Methane Source Finder. Referred to as Project Falcon, the data and results from SOOFIE sensors will be made available to the industry . SOOFIE, Scientific Aviation officials said, is a self-contained leak detection system in which each unit contains its own solar panel, battery, cellular or Wi-Fi connectivity, the ability to take five methane measurements per second and to transmit that data to an operator's monitoring system 24 hours a day. Specific Top-Level aircraft requirements . Methane is a potent greenhouse gas, estimated to have more than 80 times the climate warming impact of carbon dioxide over a 20-year timespan. BENEFITS. In brief, a single-engine Mooney aircraft is outfitted with a Picarro CRDS instrument (G2210- The data are derived from airborne remote-sensing, surface-monitoring networks and satellites and are presented on an interactive map alongside infrastructure information. ConocoPhillips, Scientific Aviation and six other energy companies have also joined together to further study the best way to deploy continuous methane monitoring technology to detect emissions and assess quantification uncertainty. Still, the world energy producers and Now Berkeley Lab has been awarded $6 million by the state to find "super emitters" of methane in an effort to quantify and potentially mitigate methane emissions. Gas flaring during oil and gas production is a known source of methane emissions. Promising low-noise aircraft architectures have been identified over the last few years at DLR. Science in flight to fight methane emissions. The acquisition will combine Scientific Aviation's methane emissions detection and monitoring solutions with ChampionX's expertise and presence in upstream production well sites and midstream solutions . EDF, Scientific Aviation, and university researchers are measuring methane emissions using data from satellites, helicopters, aircraft, vehicles and towers. THE WOODLANDS, Texas, July 05, 2021 (GLOBE NEWSWIRE) -- ChampionX Corporation ("ChampionX" or the "Company") (NASDAQ: CHX) announced today the completion of its acquisition of Scientific Aviation, Inc., a market leader in site-specific and regional methane emissions monitoring solutions for continuous and periodic monitoring applications. Equipped with sensing technology, the drone measured emissions at multiple locations around the platform. Views from NASA's , a tool that provides methane data for the state of California. Scientific Aviation offers both aerial- and ground-based methane detection technologies and thus is well-suited for operators interested in executing on both or either top-down or bottoms-up detection strategies. Stephen Conley is the president and CEO of Scientific Aviation, a scientific research company specializing in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace gases. In these three studies by Scientific Aviation and the UN, a Picarro G2301 takes to the skies of Norway, Algeria, and Romania to measure and quantify methane emissions around their respective oil and gas sectors. Methane, a potent greenhouse gas that traps about 30 times more heat than carbon dioxide, is commonly released from rice fields, dairies, landfills, and oil and gas facilities - all of which are plentiful in California. The company introduced its drone-based methane emissions detection system in 2018 and launched its ground-based continuous fence line monitoring solution in 2020. 199 individual measurements were performed at 114 different target sites between November 18, 2019 - February 26, 2021. Scientific Investigations Report SIR DAVID BERNHARDT U.S. Department of the Interior Secretary James F. Reilly II U.S. Geological Survey Director 2328-031X 2328-0328 2021-5124 10.3133/sir20215124 Groundwater Chemistry, Hydrogeologic Properties, Bioremediation Potential, and Three-Dimensional Numerical Simulation of the Sand and Gravel Aquifer at Naval Air Station Whiting Field, near Milton . Methane traps much more heat in the atmosphere than carbon dioxide, although for a shorter period of time. A free, live webinar to help you learn how Scientific Aviation built a profitable, solar-powered, methane leak detection device in less than 6 months. The industry partnership is using Scientific Aviation's SOOFIE (Systematic Observations of Facility Intermittent Emissions) system, a ground-based technology that measures methane emissions 24 . LONDON - Neptune Energy has completed a collaborative program with Environmental Defense Fund (EDF) to measure methane emissions on the Cygnus gas production platform in the UK southern North Sea.. EDF scientists coordinated the five-day study with a team from drone technology provider, Texo DSI, operating a rotary drone provided by Scientific Aviation. Scientific Aviation's planes, with a range of 1,400 . Scientific Aviation was founded by Dr. Stephen Conley, an atmospheric scientist, whose team includes experienced Ph.D. scientists with expertise in atmospheric research of greenhouse gases, reactive gases, and aerosols, airborne measurements, analytical instrumentation design and construction, and computer programming Scientific Aviation. An international team of researchers explored how focusing either on the short- or long-term warming effects of methane can affect climate mitigation policies and dietary transitions in agriculture. Scientific Aviation specializes in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace gases. This ground-based system employs a modified form of Scientific Aviation's airborne emissions flux quantification methodology. At its peak, the methane emission rate doubled that of the entire Los Angeles Basin. Scientific Aviation General Information Description. Scientific Aviation: Market Leader In Methane Emissions Monitoring Solutions More than a decade of experience in atmospheric sciences / wind modelling; Company founded in 2010 in Boulder, Colorado by Stephen Conley, Ph.D. Pennsylvania State University will install a network of tower-based, stationary sensors to continuously measure methane concentrations, which will be analyzed to estimate . Chesapeake has set a goal to certify all of its Marcellus production under the MiQ methane standard, and the EO100 TM Standard for Responsible Energy Development, by the end of the second quarter in 2022. The industry partnership is using Scientific Aviation's SOOFIE (Systematic Observations of Facility Intermittent Emissions) system, a ground-based technology that measures methane emissions 24 . Wide range of technologies, able to combine for right outcome depending on needs (i.e. The project is a collaboration with Scientific Aviation, a company well-known for its expertise in using manned aircraft to detect and quantify methane emissions. A team of researchers led by NOAA and Scientific Aviation published the first study to quantify total methane emissions from the Aliso Canyon blowout. Science and technology partners include Pennsylvania State University, the University of Wyoming, and Scientific Aviation, a leading provider of airborne emissions sensing. A Third of California Methane Traced to a Few Super-Emitters. The updated estimate is then compared to the Scientific Aviation, a leader in airborne research, is a scientific research company specializing in atmospheric measurements and emissions flux quantifications of methane, CO2, and other trace gases, with applications for air quality, climate, leak detection and repair (LDAR), and atmospheric research. Erin Tullos, PhD Science in flight to fight methane emissions. . Inside every SOOFIE control box is a custom-designed emissions measurement system that reports real-time measurements of methane, CO, relative humidity and temperature. Scientific Aviation is working with scientists at the University of Colorado - Boulder and NOAA to conduct in situ air sampling across the state of Alaska and western Canada. Thousands of wells cover the Permian Basin. May 2010 - Present11 years 4 months. Boulder, CO, USA. Scientific Aviation and ConocoPhillips join forces to develop the latest technology in methane leak detection and emissions quantification.As the scientific community, the United Nations, and countless scientists have issued dire warnings about the impact of greenhouse gases on the earth's environment, the fight to combat this problem isn't just being waged in the laboratory. Thousands of wells cover the Permian Basin. However future availability of methane from hydrates may become attractive, and so future aircraft design associated with methane fueling is considered. Scientific Aviation quantifies methane emissions at various spatial scales from a cluster of a few well pads (~3-15 km2) to the entire Delaware basin study area (10,000 km2) using the aerial mass balance approach15. About Scientific Aviation. #welcometotheteam. Highly regarded atmospheric scientist; Pioneering scientific work on wind measurement and quantifying emissions About Scientific Aviation, Inc. Scientific Aviation was founded in Boulder, Colorado in 2010 by Stephen Conley, Ph.D., an atmospheric scientist, to offer plane-based measurements of air pollutants and greenhouse gases. Pilot and founder of Scientific Aviation, working with distinguished scientists to develop the latest methods and . We can also integrate . Stephen has long held a passion for aviation and airborne research, and even has a PH.D in atmospheric sciences and meterology from UC . Current aviation fueling trends are concentrated on drop-in fuels, that is, those satisfying Jet A specifications. Methane has short life time, but it can be converted to CO as (2) 33. We are excited to have you onboard! Scientific Aviation was founded in Boulder, Colorado in 2010 by Stephen Conley, Ph.D., an atmospheric scientist, to offer plane-based measurements of air pollutants and greenhouse gases. The storage facility has emitted methane (CH4) unto about 97,100 metric tonnes of methane from 23 October 2015 until 18 Feb 2016 (1). About Scientific Aviation, Inc. Scientific Aviation was founded in Boulder, Colorado in 2010 by Stephen Conley, Ph.D., an atmospheric scientist, to offer plane-based measurements of air pollutants and greenhouse gases. Methane is the primary component of natural gas and is a potent greenhouse gas. Jun 02, 2021. Offshore staff. In a nutshell, that's what makes us different! We are thrilled to welcome our newest member of the Science Aviation team; Flight Scientist, Kat Potter! Scientific Aviation - Airplanes equipped with sensors, coupled with weather and atmospheric information to measure methane emissions. A "bottom-up" approach takes direct measurements of representative emissions from individual sources, for example, flanges, valves and pneumatic controllers at a facility, and rolls up those estimates based on population of potential sources and other factors to reach an extrapolated total.