Luiz Dinardi’s Post

Gas flaring has indeed played a significant role in the oil industry for over 160 years. Here's why: When oil is extracted from underground reservoirs, associated gas accumulates around it. This gas must be drawn off before drilling the oil to prevent sudden pressure increases that could lead to explosions. Flaring acts as a safety valve, reducing pressure and preventing accidents. Companies often flare gas for economic reasons, especially in remote locations. Though there have been many concerns raised about its health and environment effects, repurposing the use of gas in gas flaring has become a focus for organizations and countries. By finding innovative ways to capture, process, and utilize this previously wasted resource, we can create a more sustainable energy future. Whether through power generation, industrial processes, or other applications, repurposing gas flaring offers a path toward minimizing its impact and maximizing its value. VC: JasperStorm (YT) #oilandgasindustry #gasflaring #navalarchitect

Did you know Baker Hughes flexible pipe systems are 20x faster to install than conventional pipes?   In addition to transporting oil from the seabed to the surface, flexible pipes also transport other fluids necessary for oil production along with CO2 for #CCUS applications. With these efficient solutions, our experts are lowering emissions, costs, and footprint by replacing some of the equipment traditionally needed without flexible pipe systems. 📈   Other applications include: ✅ Riser, flow and jumper ✅ Shallow and ultra deepwater ✅ Challenging fluids such as high H2S ✅ High temperatures Learn more here: https://lnkd.in/gtQ5DgmP #Offshore #OilandGas #Energy #WeAreBakerHughes

Indeed gas flaring has contributed significantly to Nigeria oil industry, but at what environmental cost. The impact of gas flaring may be beyond the immediate financial gains, especially for the local communities whose livelihoods are intertwined with the environment

Did you know Baker Hughes flexible pipe systems are 20x faster to install than conventional pipes?   In addition to transporting oil from the seabed to the surface, flexible pipes also transport other fluids necessary for oil production along with CO2 for #CCUS applications. With these efficient solutions, our experts are lowering emissions, costs, and footprint by replacing some of the equipment traditionally needed without flexible pipe systems. 📈   Other applications include: ✅ Riser, flow and jumper ✅ Shallow and ultra deepwater ✅ Challenging fluids such as high H2S ✅ High temperatures Learn more here: https://lnkd.in/daKmvjbf #Offshore #OilandGas #Energy #WeAreBakerHughes

Where are the comments on CO2 removal / venting? This article states "Initial processing would occur at the FPSO facility, to separate the natural gas, water and condensate extracted from the Barossa field" but conveniently ignores the fact that CO2 will be removed from the gas and vented to atmosphere. And dont talk about CCS. Santos is not even going to start FEED for the CCS system for quite some time.

Did you know Baker Hughes flexible pipe systems are 20x faster to install than conventional pipes?   In addition to transporting oil from the seabed to the surface, flexible pipes also transport other fluids necessary for oil production along with CO2 for #CCUS applications. With these efficient solutions, our experts are lowering emissions, costs, and footprint by replacing some of the equipment traditionally needed without flexible pipe systems. 📈   Other applications include: ✅ Riser, flow and jumper ✅ Shallow and ultra deepwater ✅ Challenging fluids such as high H2S ✅ High temperatures Learn more here: https://lnkd.in/dPZbbxWv #Offshore #OilandGas #Energy #WeAreBakerHughes

Did you know Baker Hughes flexible pipe systems are 20x faster to install than conventional pipes?   In addition to transporting oil from the seabed to the surface, flexible pipes also transport other fluids necessary for oil production along with CO2 for #CCUS applications. With these efficient solutions, our experts are lowering emissions, costs, and footprint by replacing some of the equipment traditionally needed without flexible pipe systems. 📈   Other applications include: ✅ Riser, flow and jumper ✅ Shallow and ultra deepwater ✅ Challenging fluids such as high H2S ✅ High temperatures Learn more here: https://lnkd.in/ddCMEhYi #Offshore #OilandGas #Energy #WeAreBakerHughes

Do you know? The oil and gas industry makes up 40% of all anthropogenic methane emissions, and 78% of that happens at upstream production sites. In the upstream sector, a few common causes of methane emissions are: •Basic leaks are often not quantified due to a lack of detection mechanisms. •Design and operating practices that allow venting gas as a routine practice, such as using natural gas to operate valves rather than compressed air or electricity. •Unstable process control resulting in frequent upsets, which drive unintended releases. #GHGemissions #methane

When your well sites are operating at their full potential and under compliance, they're also more profitable. #wellsite #oilgas #oilandgas #emissionsmanagement #energytechnology #flaring https://lnkd.in/e6ZiQ73G

Did you know Baker Hughes flexible pipe systems are 20x faster to install than conventional pipes?   In addition to transporting oil from the seabed to the surface, flexible pipes also transport other fluids necessary for oil production along with CO2 for #CCUS applications. With these efficient solutions, our experts are lowering emissions, costs, and footprint by replacing some of the equipment traditionally needed without flexible pipe systems. 📈   Other applications include: ✅ Riser, flow and jumper ✅ Shallow and ultra deepwater ✅ Challenging fluids such as high H2S ✅ High temperatures Learn more here: https://lnkd.in/g32jXr8z #Offshore #OilandGas #Energy #WeAreBakerHughes