Milestone Carbon’s Post

𝗗𝗲𝗰𝗼𝗱𝗶𝗻𝗴 𝗖𝗹𝗮𝘀𝘀 𝗩𝗜 𝗣𝗲𝗿𝗺𝗶𝘁𝘀: 𝗖𝗹𝗲𝗮𝗿 & 𝗦𝗶𝗺𝗽𝗹𝗲 𝗚𝘂𝗶𝗱𝗲 This article provides an overview of the application process for obtaining a Class VI well permit for CO2 injection for geologic storage under the EPA's Underground Injection Control (UIC) program. https://lnkd.in/gAkmpjDz #oilandgas #oilgas #energy #technology #projectmanagement #strategy #ceo #business #projectmanager #geology #climate #legal #contracting #oilfieldservices #drilling #markets #innovation

Our team (@Wei Xiong, Zineb Belarbi, Burt Thomas, Merry Tesfu, @Jake Meyer, @Matthew Belobraydic, @Marc Kurz, @Ryan Hall) published a technical report that presents a preliminary study for CBI implementation in the Pena Creek pilot site in Dimmit County, Texas, targeting the Edwards Limestone Formation for SWD in collaboration with NGL Energy Partners. This study aims to find the conservative CO2 molality for safe storage and potential risks for CBI at this pilot site. Geomodel was performed to get site-specific reservoir geology information. Reservoir modeling was conducted to investigate dissolved CO2 molality and pressure changes at relevant injection conditions. Wellbore corrosion and compatibility were discussed using corrosion modeling. Dissolved CO2 long-term fate in the reservoir was examined with reactive transport modeling. This plan would set the scientific foundation as the initial step for future implementation in the field. The full technical report is available on the following link:

A yearly update on deep sea mining. PG 47 is the beginning of the environmental regulations section.

Gas of undetermined origin present in aquifers, drinking water, well annuli, or surface seeps can present a threat to public health and safety. It is commonly of critical importance to determine the origin of such “stray gas”.  Stratum Reservoir’s team of subject matter Experts can integrate geochemical data (including molecular and isotopic gas compositions) with site-specific geology and engineering data to empirically constrain the source(s) of stray gas.  The numerous articles we have published on this subject include a 2023 peer-reviewed overview in the journal Interpretation. Let me know if you would like a copy. #stratumreservoir #gasgeochemistry #gasisotopes #straygas #gasindrinkingwater

💫 WELCOME💫   We want to welcome our old and new connections to the new LinkedIn page for H-Expertise Services!  📢 What’s new?    H-ES group has divided into two branches: 🔬H-ES Geoscience, specialised in a wide range of geoscientific disciplines, including reservoir and diagenesis characterization, mineral radiogenic dating (carbonate and zircon), detailed fluid inclusions and stable isotope analyses. 🌍 H-ES Environment, specialised in creating in 3D, any discharge at sea, regardless of its nature. Our main activities include oil spill modelling (for contingency planning or emergency management), sediment/particulate discharge and release of complex chemicals or cooling water in the marine environment. Follow us to keep up to date with our latest news, activities and follow what our expert teams achieve. # HESGROUP  #ENVIRONMENT #GEOSCIENCE 

We’re trialling a new method to identify the methane component of landfill gas (LFG) for lateral migration investigation. For years, Ennovo has extensively used the Geochem MiHPT rig for contaminated land investigation, but we’ve always been curious about its potential for LFG investigations. We’re excited to share that the results have exceeded our expectations! In the complex geology of sand and clay lenses, methane was easily detected and correlated strongly with the varying geological strata. Our findings indicate that this method can be used as a screening tool for locating perimeter monitoring bores, including background bore locations. It also provides valuable geological information, which is often lacking or poorly logged with standard drilling approaches. We’re looking forward to sharing our formal presentation in the coming months. #Ennovo #EnnovoExpertise #EnvironmentalManagement #LandfillGas  #TechnologyDevelopment #SiteAssessment #MIHPT #HRSC #GeochemTechnologies

Global Atlas 15: Seeps Satellite Slicks (Musings from the desk of a retired geologist) The multi part Global Atlas is a compilation of public domain information on major basins around the world. It is organized by geologic themes and is meant to be a quick go to reference for E&P folks, researchers and academia. This one is a simple compilation of OG field, OG seep and satellite slick locations. This is based on various public domain info and may not be comprehensive. Onshore oil seeps typically occur at the water table and are not likely to be detected in low water table areas. Some reported onshore seep localities may only be trace occurrences or asphalt in outcrop. Offshore natural oil seeps can sometimes be difficult to detect due to extensive marine pollution or marine biological activity slicks. Some of the areas that I have highlighted as intriguing in terms of seeps/ slicks requires verification and may not necessarily be prospective from a Petroleum Systems point of view. #GlobalAtlas #OilGasExploration #OilSeeps #SatelliteSlicks #Oil #Gas #Geology

Are you ready to start unlocking new possibilities in #groundwater exploration and contamination analysis? Join our experts on June 26th from 1:00PM-1:30PM for a short and insightful webinar to explore tools and techniques that leverage your #DCIP and #TEM survey data for improving processed, inversion and modelling. Using #Workbench and #Leapfrog as their tools of choice, the team will explore the various challenges in working with groundwater. Then, we will take a focused look at landfill investigation using DCIP survey data and groundwater mapping with TEM airborne survey data, followed by a live Q&A. Here’s what you’ll discover: -How to leverage DCIP and TEM survey data to effectively detect aquifer locations and contamination. -Best-practice techniques and tools for processing, inversion and modelling for groundwater survey data. -Tips and tricks for handling groundwater and survey data from geophysicists with real-world experience on project like yours. Is the time not ideal for you? Fret not! Attendees will be given a recording of the webinar. So register now to secure your seat! Registration closes 24 hours before the webinar starts. https://lnkd.in/gKn6QQpe

Long Screened Test Wells (LSTW): Making the Right Choice for Your New Well When it comes to designing a new well, choosing the right testing method is crucial for efficiency and accuracy. 🔍 Complete Data: Continuous profiling gives you a comprehensive picture of how the different zones within your well interact and contribute to the overall water quality and flow. 🔍 Cost-Effective: No need to construct and remove multiple isolated test zones within your well. Then ream out the test well and construct your final well casing designed on the data you acquired. 🔍 Faster Results: Streamlined testing process that allows for simultaneous water quality and flow analysis. Conduct up to 20 zone tests within days not weeks! 🔍 Detailed Analysis: Test the boundary layers between water producing zones for a complete evaluation of individual zones. No more water quality surprises when you construct your production well! 🔍 Validated Testing: Compare your geophysical testing results with profiling data to give you a better picture of what's underground. Better understand your groundwater and its environment. Choosing the right method depends on your specific needs and project goals, but better data and understanding can lead to a more informed decision. Contact us and learn more about how a LSTW can help you with your next well project! #BESSTInc #LongScreenedTestWell #WellDesign #WaterWells #WaterProduction #WaterInfrastructure #Groundwater #Hydrogeology #Aquifer #Geophysical #WellProfiling #WellTesting #WaterEngineering

Please Join Abdelrafae El Hamday "Abdu" at the following #MOC to share our findings in the paper titled: "Optimizing Field Development in Data-Starved Reservoirs: Mitigating Economic Risks Through Stochastic Production Profiling and Fully Implicit Static-Dynamic Simulation"