Technical Pathways to Environmental Sustainability
Wednesday, 6 May
Room 610
Technical Session
This session highlights practical, innovation-driven approaches that advance environmental sustainability across both offshore and onshore operations. Topics include reducing emissions in well construction through alternative materials and optimized designs, as well as improving the efficiency of chemical treatments and post-fracturing operations. The session also presents strategies for reshaping portfolios and integrating low-carbon technologies, offering companies realistic pathways to meet decarbonization targets. Additional talks examine how renewable integration and system optimization can strengthen environmental performance, addressing key areas such as turbine selection, energy storage, and carbon-capture design. Together, these contributions illustrate how technical innovation, operational efficiency, and long-term planning can collectively drive meaningful reductions in environmental impact across the industry.
Chairperson(s)
Sponsoring Society:
- American Society of Mechanical Engineers (ASME)
-
1400-1418 36949First Report About Carbon Footprint Of Geopolymer Slurries Pumped In Multiple Wells
-
1420-1438 37082Low Greenhouse Gas (GHG) Corrosion Mitigation Solutions
-
1440-1458 36765Innovative Sustainability: Utilizing A Local Volcanic Ash For Cement Substitution And Carbon Footprinting Reduction
-
1500-1518 37049Zero-emission Post-fracturing Flowback Operations In Offshore Environments: Best Practices And Lessons From The North Sea
-
1520-1538 36853Strategic Portfolio Reshaping: Applying “Best In Class” Lessons To Unlock ~30% Portfolio Carbon Intensity Reduction
-
1540-1558 36978Offshore Wind Farm Turbine And Energy Storage Optimization
-
1600-1618 36879Decarbonising Offshore Production: Application Of Life Cycle Assessment (LCA) Methodology To A Carbon Capture And Storage (CCS) System For A Floating Production Storage And Offloading (fpso) Unit
-
Alternate 36778Boosting Co₂ Sequestration Efficiency Through Additive-driven Mineral Activation In Reactive Rocks
-
Alternate 37146Gateway To De-carbonizing Drilling Rigs: A Conclusive Field Study Into The Deployment Of Net Zero Bio-diesel For Drilling Rigs
-
Alternate 36759Mechanism Study And Successfulfield Application Of Associated Gas Injection For Storage And Enhanced Oil Recovery In First Heavy Oil Reservoir, Bohai Bay, China


