Lance Edelman’s Post

Error Corrected: Rextag Reports on Massive Gas Pipeline Leak Thanks to our attentive subscribers, we noticed an error and have corrected it. Please, read the updated information. According to the latest data analysis from Rextag Energy DataLink, a substantial #naturalgas #emission event was identified on April 9, 2024. The emission originated from the Gazprom-operated Krasnodar Krai-Serpukhov #GasPipeline near the Krasnodar and Rostov border in Russia. Using satellite technology provided by Carbon Mapper, the data indicates an emission rate of approximately 37,000 kg per hour, equivalent to 1,8 MMCF per hour.   Read more here: https://lnkd.in/d7Kw6jtA

The long-standing Gas Measurement and Regulation School (#GMRS) has been reimagined as part of this year's Energy Nexus and Annual Technical Conference! 🔹On Wednesday, GMRS papers will focus on topics like ultrasonic meters in hydrogen systems and the role of AMI in monitoring distribution systems. 🔹On Thursday, we're excited to present a comprehensive Gas Measurement and Regulation Workshop Program. This includes sessions ranging from "Basic Measurement Theory" to the complexities of "Gas Laws and Calculations", as well as "Basic Pressure Regulation Theory" to a hands-on session on "Basic Regulator Devices". 🔹Thursday’s workshop covers many other key areas, providing attendees with a solid overview of the critical field of gas measurement and regulation. Don’t miss out–register today to secure your spot⬇ https://lnkd.in/en3dmCRN Enbridge Gas| TC Energy| STATS Group | #FuellingTheFuture #CGATechnicalConference #CGAEnergyNexus #EnergySecurity #EnergyInnovation #EnergyConference #AffordableEnergy #ReliableEnergy #NaturalGas #CanadianNaturalGas #NaturalGasCanada #EnergyRegulation #GasRegulations

Energy powers the world. But what will power the energy industry as we come into The Moment? Trust. On this episode, Naomi Boness, Ph.D. and I discuss how companies must engage to take advantage of the opportunities presented by #TheMoment. #energythinkspod #oilandgas #energyfuture Stanford Natural Gas Initiative Stanford Hydrogen Initiative https://lnkd.in/gCcKxwhc

Real decarbonization is about finding common ground and working toward solutions that uplift communities. Tisha Schuller and I hosted a meeting at Stanford between oil and gas leaders and environmental NGOs to discuss how we get to “Yes!” on building the energy system of the future. Here’s a debrief of what we learned.

An intriguing component (underground #turbine #flowmeter) was found during a recent issue with a 1-bar gas network. Several years ago, gas operators and engineers used this approach to measure gas flow in high and low-pressure networks because of lacking gas meters at the stations. This method was initially intended to enhance grid calculations by validating the model with actual gas flow values and increasing insight into the gas network. Gas flow values (m3/hr) are just as crucial as gas pressure values in assessing the performance of the gas grid. These measurements are essential for understanding grid capacity and accurately predicting gas demand in our models. With the ongoing #energytransition, we anticipate a year-on-year decrease in gas demand. Consequently, we need deeper insights to ensure our models remain realistic and future-proof. We are actively working on the #digitalization of the #gas #network, and we have recently developed an innovative and robust solution to improve flow measurement in our low-pressure network, particularly in areas without sensors between our natural gas stations and clients. I'll let you know more about this new solution and the pilot project results soon. Thanks for sharing this interesting image with me: Bob Goessen and @Matthijs Kouwenhoven

Did you know there are several types of gas flow meters used for measurement? Orifice, Ultrasonic and Positive Displacement meters are the most common types of natural gas meters used on the assets for which Lighthouse Midstream Services provides service.   Did you also know that each type of meter uses a different method of measuring gas? Orifice meters infer the gas flow by measuring the pressure drop over an obstruction (orifice). Positive Displacement meters section gas into different segments that fill and empty (displace) as the meter revolves. Each revolution is associated with a specific volume. Ultrasonic meters measure the speed of gas using ultrasounds.   Learn more about the services that Lighthouse Midstream Services provides:  https://lnkd.in/g-FGj7NH #lighthouseserv #guidinglight #oilandgas #energy #outsourcingservices

#Energyindustry #RobotEnergyindustry. Our teams use new-to-market technologies such as parametric modelling and predictive emissions monitoring (PEMS) to monitor methane emissions from flaring, turbines and engines. We're also using drone-mounted sensors to reconcile site-level emissions. We’ll track progress and share lessons for the #Energy industry.

I am immensely proud of the exceptional team at IKM Testing in supporting BP achieving their Aim 4 objective. This alignment with the Oil and Gas Methane Partnership (OGMP2.0) Level 4 source level guidance is a significant milestone. The effort put in from our Scott Morton, Sam Rowley & Artur Korzonek can be clearly seen in the amount of support we are providing to operators throughout 2024 and onward. The continued development of our methane measurement techniques really underscores our commitment to driving progress and innovation in the Energy industry; it is not just about meeting objectives, it is leading the way towards a more sustainable future. Stay tuned as we continue to provide crucial support to operators and share valuable lessons for the industry. Read more about IKM Testing's Methane Emissions Quantification services here: https://lnkd.in/gDr5gjCa Read more about BP's Milestone here: on.bp.com/4bxpaz9 #Sustainability #Innovation #Collaboration #IKMTesting #BP #MethaneMeasurement #EnvironmentalImpact #EnergyIndustry

ESG governance in right sprit and transparent dissemination of information