· WorldView-3 data provided by European Space Imaging from the Maxar WorldView constellation, through the ESA third party mission program to the Land and Atmosphere Remote Sensing (LARS) group at the Universitat Politècnica de València (UPV), has led to a major breakthrough in how we can detect and map short wave infrared (SWIR) images, the scientists were able to map methane ...
· The methane sensing performances of the NiO/In 2 O 3 nanocomposites were compared with the pure In 2 O 3, and the results indicated that the decorating of NiO significant enhanced the sensing capability. The response value of the NiO/In 2 O 3 nanocomposites toward 500 ppm CH 4 was ∼, which was nearly times higher than that of pure In 2 O 3 at 120 °C. In addition, the …
· Schneising, O. et al. (2014, October 6) Remote sensing of fugitive methane emissions from oil and gas production in North American tight geologic formations. Earth’s Future, 2 (10), 548-558. The Siberian Times (2015, November 18) Leaking pingos ‘can explode under the sea in the Arctic, as well as on land’. Accessed January 29, 2016.
· In the presence of a background of significant O 2 content such as methane sensing in air, the mechanism is typically explained through interactions between methane and oxygen molecules chemisorbed on the surface of a semiconductor sensing material. In the case of n-type semiconducting metal oxides, adsorbed oxygen species will capture electrons from the surface of the sensing layer, …
Methane Gas Sensing with Light Demand for observing the composition of specific gases with an environment impact has been increasing in recent years. In particular, methane in the atmosphere is a factor that impacts global warming.
For two of the world's largest natural gas fields, Galkynysh and Dauletabad in Turkmenistan, we find collective methane emissions of ± Mt yr −1, which corresponds to a leakage rate of ± %, suggesting that the Turkmen energy industry is not employing methane emission avoidance strategies and technologies as successfully as those currently widely used in the United States. The leakage …
· Dear Colleagues, Carbon dioxide (CO 2) and methane (CH 4) are the two most important greenhouse gases that have led to a significant fraction of the increase in earth’s surface temperature in the past 100 average concentrations of CO 2 and CH 4 have increased from 296 ppm (parts per million) and 900 ppb (parts per billion) in 1900 to about 405 ppm and 1850 ppb in 2017, respectively.
· The project's main focus is to find super emitters, Duren says. He and colleagues conducted a previous study via methane-sensing airplane surveys of oil and gas operations, landfills, wastewater ...
The total length of natural gas pipelines in Germany exceeds 350,000 km. Currently, inspections are performed using hand-held sensors such as flame ionization detectors. Moreover, transmission pipelines are inspected visually from helicopters. In this work, remote detection of methane by passive Fourier-transform infrared (FTIR) spectrometry for pipeline surveillance is investigated. The study focuses on fast measurements in order to enable methane detection …
Intelligently designed, and tested by industry leaders, our methane sensing systems connect to the cloud. Custom alerts can notify you wherever you are and provide a direct insight of a well site status. Streamlined connectivity allows you to deploy your workforce with priority to where it is needed. You know when leaks are fixed before field staff gets a chance to report back to you. Meanwhile, you already …
Deep Remote Sensing Methods for Methane Detection in Overhead Hyperspectral Imagery. Satish Kumar*, Carlos Torres*, Oytun Ulutan, Alana Ayasse, Dar Roberts, B S Manjunath. Official repository of our WACV 2020 paper. This repository includes: Source code of single-detector and ensemble detectors(H-MRCNN) built on Mask-RCNN. Training code for single-detector and ensemble …
Der deutsch-französische Kleinsatellit MERLIN (Methane Remote Sensing LIDAR Mission) ist eine Klimamission, die das Treibhausgas Methan in der Erdatmosphäre beobachten soll. Mit Hilfe eines LIDAR-Instruments (Light Detecting and Ranging) wird MERLIN ab dem Jahr 2024 das Treibhausgas in der Erdatmosphäre aufspüren und überwachen.
· Anti-resonant hollow-core silica fiber is used to demonstrate near- and mid-infrared laser absorption spectroscopy of methane. Molecular transitions near 6057 cm-1 (~1651 nm) and at cm-1 (~3270 nm) are targeted. Distributed feedback laser diode and interband cascade lasers are used as tunable laser sources. Detection of methane in ambient air is demonstrated using this mid-infrared …
Methane is a gas produced by a group of colonic anaerobes. All methane produced by human beings is a metabolic product of intestinal bacteria, and about 50% of it is excreted. Methane is also found below ground and under the sea floor. It is emitted during production and transport of coal, natural gas, and oil, as well as from lifestock. Methane makes up roughly 10% of Greenhouse Gas ...
Methane sensing using SWCNTs is still at an early stage, however, owing to the difficulty of obtaining a selective response to the nonpolar and inert CH 4 molecule via traditional selector – analyte interaction strategies such as adsorption (22, 23), swelling (24, 25), receptor/guest interactions (26–28), or chemical reaction (29). For example, Star et al. constructed gas sensor arrays ...
Nubo Methane is a modular end-to-end solution, consisting of two slots for factory-calibrated sensing cartridges. Besides the most reliable methane measurements the Nubo Methane’s sensing cartridge gives you access to highly accurate climate data such as temperature, humidity, barometric pressure as well as wind speed and direction.
Gascard NG is an ideal OEM sensing solution for measuring Methane (CH 4) in Mine gas, having been designed for ease of integration. Available with a 0-5% range for CH4, the sensor features on-board Barometric Pressure Correction, and extensive Temperature compensation, which allows installation worldwide in different climates.
Methane Source Finder helps you explore, analyze, and download methane data across a range of scales derived from airborne remote-sensing, surface monitoring networks and satellites on an interactive map alongside infrastructure information, where available. This prototype is currently limited to California and the Permian basin. Stay tuned for future expansion to other regions!
· Methane and hydrogen sensing properties of catalytic combustion type single-chip micro gas sensors with two different Pt film thicknesses for heaters. Woongjin Jang 1,2, Joon-Shik Park 1, Ki-Won Lee 3 & Yonghan Roh 2 Micro and Nano Systems Letters volume 6, …
Our laser based methane sensor systems are keeping an invisible eye on your infrastructure 24/7, so you know if it is time to tighten the bolts, exchange failing equipment, or simply alert your field staff to mitigate associated risks. Intelligently designed, and tested by industry leaders, our methane sensing systems connect to the cloud. Custom alerts can notify ...
Register for EPA’s Methane Detection Technology Workshop. Registration Deadline - August 18, 2021. EPA will hold a virtual public workshop August 23 and 24, 2021, to hear perspectives on innovative technologies that could be used to detect methane emissions from the oil and natural gas industry. The workshop will focus on methane-sensing technologies that are not currently approved for use ...
· From Cow Manure to Landfills: Mapping Methane in California. The Methane Source Finder project mapped potential sources of methane in California and developed new technologies to make remote sensing data of methane emissions readily available. Emily Cassidy, NASA ESDS Science Writer. The AVIRIS-NG instrument detected large methane plumes coming ...
Airborne Methane Sensing Surveys at SGL. SGL conducts methane surveys for petroleum exploration and environmental mapping. Intake air is collected by an inlet port mounted externally on the survey aircraft and is pumped through a particle separator filter to an off-axis integrated cavity output spectroscopy (OA-ICOS) analyzer recording at up to 20 Hz. Other geophysical information, such as ...
· Bridger Photonics plans to build a mobile methane sensing system capable of surveying a 10 meter by 10 meter well platform in just over five minutes with precision that exceeds existing technologies used for large-scale monitoring. Bridger’s complete light-detection and ranging (LiDAR) remote sensing system will use a novel, near-infrared fiber laser amplifier in a system mounted on a …
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