AVK UK Ltd’s Post

Flaring in the oil and gas industry involves burning excess hydrocarbons, typically natural gas, during production, processing, or emergencies. It is used for safety, pressure relief, or when capturing the gas is not feasible. While flaring prevents unintentional releases of methane, a potent greenhouse gas, it contributes to CO₂ emissions and environmental concerns. Efforts to minimize flaring focus on improving gas capture technology, enhancing infrastructure, and adopting stricter regulations. #oil&gas #reservoir #flaring

Looking for a fuel that… ✅ Captures greenhouse gas emissions during production? ✅ Has a negative well‐to‐pump carbon intensity? ✅ Is calculated based on the GREET model and third‐party verified? Meet LIQUIDFLARE. Macaw Energies achieved an independent verification of the carbon intensity of its LIQUIDFLARE product – an innovative liquefied natural gas #LNG made from capturing greenhouse gases during flare and converting them into a liquid. The production of LIQUIDFLARE from well‐to‐pump has been verified by SCS Global Services to be a negative carbon‐intensive process, at ‐43 kg CO2eq. per mmBtu. Read what this means for the fuel industry: https://lnkd.in/gx_Gsvki #regassing #powergeneration #EVcharging #truckfueling

Saskatchewan is rolling out significant changes to its greenhouse gas (GHG) emission regulations in the upstream oil and gas industry. These updates are critical for reducing methane emissions and aligning with the province’s Methane Action Plan. Carter Morrison shares how these regulations affect your operations and what you need to do to stay compliant. Read more: https://hubs.ly/Q02LjMXJ0 #MethaneRegulations #LDAR #EnvironmentalCompliance #OilAndGas #GHGEmissions #Sustainability

New regulations aimed at reducing methane emissions in the oil and natural gas industry are driving the transition from a time-based maintenance schedule toward a performance-based process. Join us next week at the Gas Machinery Research Council (GMRC) conference where we will fully reveal how you can minimize leakage rates and monitor and control equipment – all from one trusted source. #GMRC2024

New regulations aimed at reducing methane emissions in the oil and natural gas industry are driving the transition from a time-based maintenance schedule toward a performance-based process. Join us next week at the Gas Machinery Research Council (GMRC) conference where we will fully reveal how you can minimize leakage rates and monitor and control equipment – all from one trusted source. #GMRC2024

The objective of the CO2 storage is to contribute to local and regional #decarbonization efforts by storing captured CO2 from hard-to-abate economic activities, the #shipping industry, and more. The project aligns with and is an integral part of the Mediterranean CCS Strategic Plan developed by #France, #Italy, and #Greece, aiming to create the first industrial/commercial-scale CO2 storage hub in the Southeast Mediterranean. #subsea #offshoreenergy #oilandgas #oilandgasnews Energean

US firms turn to stranded oil-field gas to produce blue hydrogen: Two US firms are planning on using natural gas produced from oil extraction to produce blue hydrogen. #hydrogen #HydrogenNow #H2View

Unacceptable water production levels can escalate operating costs, reduce productivity, and impact the environment. Understanding reservoir dynamics and confirming the source is essential to implementing an effective remediation plan. Our True Flow diagnostic system locates flow behind casing, quantifies the flow and reconciles between wellbore flow and reservoir flow, so you can take the right next steps to restore production and reduce environmental impact. Find out how: https://lnkd.in/eXYBVz8B #TGT #Energy #OilandGas

Saskatchewan is rolling out significant changes to its greenhouse gas (GHG) emission regulations in the upstream oil and gas industry. These updates are critical for reducing methane emissions and aligning with the province’s Methane Action Plan. 👉 Learn how these regulations affect your operations and what you need to do to stay compliant. Read more: https://lnkd.in/gsAuJhkQ #MethaneRegulations #LDAR #EnvironmentalCompliance #OilAndGas #GHGEmissions #Sustainability

The biggest cost factor in CCS technology is CO2 retention, and the main risk is CO2 leaking back into the atmosphere. Where can CO2 leakage occur in underground storage? 1. CO2 injected underground can leak from the drill pipe. 2. Old drilling wells for gas and oil present a leakage risk, with the risk increasing with the number of wells. 3. Faults in the injected area can also cause CO2 leakage. The safest method for storing CO2 involves dissolving it in water to form solid minerals, which eliminates the chance of CO2 reaching the Earth's surface. Carbonlocked Technologies Inc. could help streamline this advanced process, making it easier, more cost-effective, and environmentally safer. #Carbonlocked #CO2 #Carbonstorage #Carboncapture #Canada #Gas #Oil