Call for Papers

WHY SUBMIT A PAPER PROPOSAL

The opportunity to be a part of an international multi-disciplinary, inter-society energy conference and exhibition
Contribute to technical knowledge transfer on a global platform
Share new technologies and best practices with industry professionals from around the world
Boost your company’s profile at a renowned industry event
Highlight your technical knowledge and experience with like-minded peers
Have your paper published in the multi-society library, OnePetro

SUBMIT YOUR PAPER PROPOSAL BY 12 JUNE 2023

A proper review of your abstract requires that it contain adequate information on which to make a judgement. Written in English and containing a maximum of 450 words, abstracts should be summarised into four (4) specific paragraphs:

Objective/Scope: Please list the objective and/or scope of the proposed paper (25-75 words).
Methods, Procedures, Process: Briefly explain your overall approach, including your methods, procedures and process (75-100 words).
Results, Observations, Conclusions: Please describe the results, observations and conclusions of the proposed paper (100-200 words).

Novel/Additive Information: Please explain how this paper will present novel (new) or additive information to the existing body of literature that can be of benefit to and/or add to the state of knowledge in the petroleum industry (25-75 words).

*Do not include title or author names in the body of the abstract. Title and author information will be requested separately through the submission system.

VIEW FULL SUBMISSION GUIDELINES

TECHNICAL CATEGORIES

The paper proposal categories below are used to direct the paper proposals (abstracts) to the appropriate subject matter experts for evaluation.

A primary choice is required, however, a secondary choice is optional.

Geosciences

1. Petroleum Geology	001. Basin Evolution and Modelling 002. Case Studies 003. Depositional Systems and Diagenesis 004. Hydrocarbon Maturation and Migration 005. Hydrocarbon Resources Assessment and Estimation 006. Outcrops, Analogues, and Structural Geology 007. Regional Geology and New Play Concept 008. Seal Analysis 009. Stratigraphic Forward Modelling 010. The Petroleum System: Source to Trap 011. Uncertainty in Petroleum Systems Analysis
2. Geophysical Data Acquisition and Processing	012. 4D Seismic 013. Case Studies 014. Machine Learning Application in Seismic Data Processing 015. Multi-Component Seismic 016. Multi-Physical Data Integration 017. Near-Surface Geophysics 018. Non-Seismic Methods 019. Optimising Project Turnaround Performance 020. Passive Seismic 021. Seismic Data Acquisition Technologies 022. Seismic Data Demultiple—Latest Techniques 023. Seismic Data Processing
3. Geophysical Imaging and Inversion	024. Advanced Seismic Depth Imaging 025. Borehole Geophysics 026. Case Studies 027. Earth Model Building, Velocity, and Geophysical Modelling 028. Full Waveform Inversion 029. Pre-Stack Inversion 030. Rock Physics 031. Seismic Anisotropy, Elasticity, and Attenuation 032. Seismic Attributes and Spectral Decomposition 033. Seismic Inversion
4. Geoscience Reservoir Characterisation	034. Biostratigraphy 035. Bore Hole Geology 036. Carbonate and Clastic Diagenesis 037. Case Studies 038. Chemo-Stratigraphy Applications 039. Faults and Fractures Characterisation 040. Geochemical Fingerprinting of Hydrocarbons 041. Hydrodynamic Modelling 042. Pore Networks 043. Qualitative Interpretation—Seismic Attributes 044. Quantitative Seismic Interpretation 045. Rock Physics Modelling 046. Sedimentology, Facies Prediction, and Reservoir Heterogeneity 047. Sequence Stratigraphy and Reservoir Characterisation 048. Stratigraphic Traps
5. Geoscience Static Reservoir Modelling	049. Advances in 3D Numerical Reservoir Modelling 050. Case Studies 051. Geostatistics and Uncertainty Analysis in Reservoir Modelling 052. Integrated Geostatistical (Stochastic) Seismic Inversion in 3D Reservoir Modelling 053. Numerical Modelling of Fractures 054. Reservoir Geomechanics 055. Upscaling Petrophysical Modelling
6. Groundwater Studies	056. Application of Geosciences for Geothermal 057. Aquifer Numerical Modelling and Simulation 058. Aquifer Test, Characterisation, and Hydrogeological Mapping 059. Groundwater Aquifer Sustainability and Protection 060. Water-Rock Interactions and Oil-Field Brines

Reservoir Engineering

7. Reservoir Development and Management

061. Carbonate Reservoir Development
062. Case Studies
063. Clastic Reservoir Development
064. Digital Fields and Advanced Technologies
065. Field Development and Optimisation
066. Field Management in Congested/Limited Surface Locations
067. Formation Water Management in Gas Fields
068. Fractured Reservoir Development
069. Integrated Reservoir and Production Modelling
070. Reservoir Data Integration and Assessment
071. Reservoir Monitoring and Surveillance
072. Well Design and Architecture

8. Reservoir Simulation

073. Automation in Reservoir Simulation
074. Case Studies
075. Complex Well Modelling and Optimisation
076. High Performance Computing, Algorithms, and Uncertainty Quantification Methods
077. History Matching and Predication
078. Naturally Fractured Modelling
079. Next Generation Simulators
080. PVT/SCAL/CORE Studies Integration and Saturation Modelling
081. Reservoir Model Resolution and Upscaling
082. Streamline Simulation
083. Tight/Shale Reservoir Modelling

Integrated Reservoir Engineering and Geosciences

9. Integrated Reservoir Development and Management	084. Case Studies 085. Contaminants and Formation Damage 086. Far Field Petrophysics 087. Geosteering, and Well Placement and Optimisation 088. Integrated Reservoir and Production Modelling 089. Reconciliation and New Approaches in Reservoir Modelling 090. Reservoir Benchmarking 091. Reservoir Heterogeneity 092. Reservoir Quality and Prediction 093. Rock Facies, Rock Types, and Flow Units
10. Reservoir Description and Dynamics	094. Acquifer Modelling 095. Advanced Pressure Transient Modelling: Complex Wells, Completions, Fluids 096. Case Studies 097. Field Well Testing 098. Modelling of Faults and Fractures 099. Upscaling Petrophysical Properties and Models 100. Well Interferences 101. Well Testing Advancement
11. Formation Evaluation	102. Advancements in Open-Hole (Wireline and LWD) and Cased-Hole Logging 103. Case Studies 104. Complex Lithology Evaluation 105. Deep Water Petrophysics 106. Digital Rock 107. Downhole Coring 108. Fracture and Microseismic Evaluation 109. Impact of Drilling and Drilling Fluid on Logging 110. Integrated Formation Evaluation 111. Low Resistivity Low Contrast Reservoir Evaluation 112. Open-Hole and Cased-Hole Logging Conveyance 113. Petrophysical Advancements in Carbonate and Clastic Reservoirs 114. Petrophysical Characterisation of Reservoirs based on In-situ and 4D Rock Analysis 115. Reservoir Characterisation based on Drill Cuttings 116. Reservoir Fluid Geochemistry 117. Reservoir Saturation Monitoring and Surveillance 118. Rock Petrology and Mineralogy 119. Rock Typing, Permeability, and Saturation Height Function Modelling 120. Surface Data Logging 121. Well Integrity Evaluation
12. Rock and Geomechanics	122. Borehole Stability Prediction and Assessment 123. Cap Rock Evaluation for Well Abandonment 124. Case Studies 125. Fracturing 126. Geomechanics and Modern Developments 127. Geomechanics for Shale and Tight Reservoirs 128. Geomechanics Modelling 129. Natural Fracture Characterisation 130. Numerical Methods in Geomechanics and Geotechnics 131. Reservoir Geomechanics 132. Rock Mechanics 133. Sanding Prediction and Assessment

Drilling and Completions

13. Optimisation of Well Planning and Execution	134. Advancements in Drill Bits and Drilling Tools 135. Case Studies 136. Complex Well Planning 137. Extended-Reach Drilling 138. Geomechanical Considerations 139. Innovative Well Planning Models 140. Lost Circulation Prevention 141. Performance Drilling and Optimisation 142. Real-Time Operations 143. Remote Drilling Engineering 144. Stuck Pipe Prevention 145. Well Intervention and Optimisation 146. Well Modelling and Simulation 147. Wellbore Quality Considerations
14. Challenges in Well Construction and Completion	148. Case Studies 149. Casing Annulus Prevention 150. Cementing Practices 151. Deep Wells 152. Deepwater 153. Drilling with Casing 154. High Pressure/High Temperature Drilling 155. Long-Term Effects of Partial Completion 156. Managed Pressure Drilling 157. Multistage Fractured Horizontal Wells 158. Naturally Fractured Reservoirs 159. Plug and Abandonment 160. Sand Control/Unconsolidated Reservoirs 161. Sour/Corrosive Environment 162. Underbalanced Drilling 163. Well Control 164. Well Integrity
15. Advancements in Drilling and Completions Technology Applications	165. Case Studies 166. CT Drilling 167. Drilling and Completions Equipment 168. Drilling Systems Automation 169. Intelligent Completions 170. Laser-Based Technology 171. Multistage Fracturing 172. Nanotechnology 173. New Rig Designs 174. Smart Drilling 175. Stimulation 176. Tubulars 177. Wellbore Fluids (Mud/Cement/Frac)

Operations and Capital Projects

16. Facilities Discipline Engineering	178. Civil and Structural Engineering 179. Disposal Systems 180. Environmental Engineering 181. Instrument, Control and Electrical 182. Integrated Facilities 183. Machinery and Rotating Equipment 184. Materials and Corrosion 185. Measuring Equipment Control Devices and Custody Transfer 186. Mechanical Engineering 187. Pipelines 188. Piping Engineering and Flow Induced Vibrations 189. Process Engineering 190. Process Safety 191. Simulations and Digital Twin/Hybrid Models 192. Subsea and Offshore
17. Operation Facility Management	193. Autonomous Operation 194. Control Systems 195. Data Management 196. Exception-Based Surveillance 197. ICSS Alarms Management 198. Innovation in Operation Management 199. Integrated Flow System Modelling 200. Integrated Reviews 201. Metering and Allocation 202. Monitoring 203. Operational Efficiency 204. Operational Excellence 205. Opportunity Identification and Opportunity Maturation Process 206. Scheduling and Execution 207. Waste Management
18. Molecule Management from Wellhead to Product Delivery	208. Adding Value to Molecules Through Downstream Opportunity 209. Flexibility of Refining Operations and Bottoms Upgrades in Meeting Demands 210. Refining Automation
19. Project Management and Quality	211. Cost Estimating Development Upon A Volatile Market 212. Data Transfers and Coherence for Quality Control 213. Fast-Track Projects and Time to Market Challenges 214. Innovative Execution Model For Mega Projects 215. Integrated Venture Structure and Governance 216. Integrity Management 217. Interface Management 218. Joint Development Areas (JDA) 219. LNG Supply Chain and Contracting Strategies 220. Project Management Response During the Pandemic Period: Lesson Learnt For Project Improvements 221. Project Management Systems—Integrated Planning 222. Risk Management and Management of Change 223. Standards and Quality Management 224. Value Engineering
20. Concept Engineering, Detailed Engineering, Construction, and Commissioning (The 3 Cs)	225. Advanced Process Control (APC) and AI Algorithms For Production Optimisation and Energy Saving 226. Chemicals Selection for Production Optimisation 227. Complex Facilities and their Constructabilities 228. Concept Selection—Scoping and Feasibility 229. Cost Management Systems—Cost Reporting and Control 230. Design and Engineering 231. Electrical and Non-Electrical Utilities, Drainage Systems 232. Energy Efficiency in Concept and/or Detail Engineering 233. Facilities Debottlenecking With or Without Plant in Operations 234. Floating Liquefied Natural Gas (FLNG) 235. Floating Production Storage and Offloading Development 236. GHG Protocol in Concept Selection 237. Handover and Project Closure 238. Integrated Planning 239. Natural Gas (NG) Liquefaction Technologies Innovation and Performances 240. Offshore Development 241. Operations Readiness 242. Power Generation and Renewable Energies 243. Practices of Expertise and Assurance to Add the Value of Engineering 244. Procedures Development for Commissioning 245. Reliability, Availability, and Maintainability (RAM) Study
21. Asset Life Cycle Maintenance and Integrity	246. AI Algorithms for Consumable Optimisation 247. Chemical Management 248. Computerised Maintenance Management Systems 249. Corrective Maintenance and Intervention 250. Corrosion Inhibition 251. Corrosion Management 252. End of Life Monitoring, Recycling, and Facilities Removal 253. Equipment Strategies and Sparing Philosophy for Cost Saving 254. Flow Assurance 255. FMAE, Criticality, and Reliability-Centered Maintenance RCM 256. Hydrate Inhibition 257. Innovation Materials for Internal Coating 258. Integrity Strategy 259. Modelling Applications to Enhance Reliability, Availability, and Maintainability 260. Mothballing, Preservation and LNG Tanks Warm Up 261. Operational Know-How, Keeping and Transferring 262. Pipeline Maintenance (Including Pigging) 263. Preventative Maintenance and Inspection Programmes 264. Produced Water Management and Disposal in On and Offshore 265. Resuming Production Phases from Mothballing 266. Rotating Equipment Life Cycle Optimisation 267. Sand Control and Sand Management 268. Shutdowns and Turnarounds 269. Slugging 270. Spare Part Handling, Cataloguing, and Storing 271. Storage and Transportation
22. Processing	272. Advances in Operational Efficiency in Oil and Gas and LNG Processing 273. Amine Degradation Products Removal and Handling 274. Bacteria Management 275. Chloride Management in Amine Systems 276. Compressor Recycling Philosophy for Energy Optimisation 277. Crude Oil Processing 278. Decarbonisation and GHG Emissions Management and Control 279. Dehydration 280. Enhancements in Sour Gas Treatment 281. Flare Gas Recovery and GHG Emissions 282. Flow Assurance 283. Gas Cycling 284. Gas Sweetening 285. Hellium Recovery for Gas Operations 286. Hydrate Formation/Inhibitors (such as MEG/KHI) Processing and Recovery 287. Innovations in NGL Recovery and LNG 288. Mercury Removal in NGL Recovery 289. Mixing Fluid Streams 290. NGL Recovery 291. Novel Technologies in Oil and Gas and LNG Processing 292. Oil and Condensate Stabilisation 293. Oil and Gas Mixed Phase Separation Innovative Technologies 294. Oxygen Enrichment for Sulfur Recovery De-Bottlenecking 295. Pressure Drops Turned Into Energy Recovery 296. Process Burners/Furnaces in Sulfur Recovery and Gas Treatment 297. Processing Advanced Technology 298. Production Chemistry 299. Refrigeration Cycles Optimisation 300. Refrigeration Systems in NGL Recovery and Gas Treatment 301. Relief/Flare Systems Design and Case Studies 302. Scale Management 303. Smart Chemicals 304. Smart Energy Efficiency Applications 305. Sour Condensate Stripping 306. Sulphur Recovery 307. Tail Gas Treatment for Sulfur Recovery 308. Water Cooling Open/Closed Loop Systems 309. Water Treatment and Management
23. LNG Shipping	310. LNG Planning and Chartering Contract 311. LNG Shipping in The Value Chain 312. Transport Ship Technologies and Their Innovation 313. Wobbe Index Management and Adaptation to the Markets
24. Case Studies	314. Acid Gas Enrichment 315. Advances in Operational Efficiency in Oil and Gas Processing 316. Biocide Management in Cooling Water Closed Circuit 317. Composite Repairs for Pipework 318. Concept Selection and Front-End Engineering Design 319. Deepwater 320. Digitalisation in Midstream Oil and Gas Processing 321. Energy Optimisation 322. Flaring Limitation Management Due to Tip/Stack Issues 323. Glycol and Naphthalene Management in The Amine Circuits 324. Handling NORM 325. Heat Exchangers Fouling Prediction Methods and Monitoring 326. Infrastructure 327. Innovations in NGL Recovery and LNG 328. Integrated Projects 329. LNG Storage Tanks Stratification Monitoring 330. Major Projects 331. Mercury Removal from Contaminated Equipment 332. Minor Projects 333. Novel Technologies in Oil and Gas Processing 334. Onshore and Offshore 335. Plant Piping Corrosion 336. Process Control and Instrumentation 337. Process Optimisation 338. Smart Energy Efficiency Applications 339. Sour Gas Treatment 340. Wastewater Phenols/Aromatics Treatments 341. Wide-Range Feed Composition Changes

IOR/EOR

25. IOR/EOR

342. Case Studies
343. Chemical Flooding
344. Conformance Technologies
345. Emerging EOR Technologies
346. EOR for Unconventional
347. EOR Monitoring and Surveillance
348. EOR Operations
349. EOR/IOR Modelling and Simulation
350. Gas Injection (CO2, N2, Foam, etc.)
351. Microbial Flooding
352. Novel Technologies
353. Salinity EOR
354. Sustainable EOR Solutions
355. Thermal EOR
356. Tracer Studies

Production Engineering

26. Well Production and Sustainability

357. Advanced Coiled Tubing Intervention
358. Artificial Lift
359. Case Studies
360. Flow Assurance
361. Fracturing and Stimulation
362. Long-Life Production Strategy
363. Operating Envelopes
364. Produced Water Management
365. Production Allocation and Virtual Metering
366. Production Logging
367. Production Portfolio Management
368. Real-Time Field Production Optimisation
369. Real-Time Operations and Monitoring
370. Remote Operations
371. Sand Production Control
372. Tracers Injection and Application
373. Water and Gas Injection
374. Well Abandonment
375. Well Control
376. Well Integrity, Intervention, and Surveillance
377. Well Production Optimisation

Unconventional Resources

27. Unconventional Resources Evaluation and Characterisation	378. Abnormally Organic-Rich/Kerogen Unconventional Reservoirs 379. Advancement in Geochemistry and Petroleum System Analysis 380. Cause of GOR Variations with Time 381. Fluid Characterisation for Unconventional From Prediction to Production 382. Geomechanics for Shale and Tight Reservoirs 383. Geophysics for Shale and Tight Reservoirs 384. Geoscience in Support of Plays Development: Keeping Subsurface at Sight 385. Heavy/Extra Heavy Carbonate Unconventional Reservoirs 386. Innovative Solutions for Streamlined Geosciences Processes in Unconventional Evaluation 387. Integrated Workflows: Case Studies for Sweet-Spotting 388. Petroleum Geochemistry and Source-Rock Analysis 389. Petrophysics for Shale and Tight Reservoirs 390. Predicting and Mapping Fluid Phase and Composition 391. Shale and Tight Reservoir Characterisation 392. Shale and Tight Reservoirs Emerging Plays Evaluation 393. Shale and Tight Static Reservoir Modelling 394. Structural Analysis for Shale and Tight Reservoirs 395. Unconventional Laboratories Testing and Analysis 396. Unconventional Reservoir 3D Modelling and Simulation Tight Reservoirs Unconventional Laboratories Testing and Analysis Unconventional Reservoir 3D Modelling and Simulation
28. Unconventional Drilling and Completion	397. Advances in Geosteering for Unconventional 398. Case Studies on Unconventional Wellbore Integrity/Failures/Casing Deformation 399. Drill Well Completion 400. Efficiency and Cost Reduction 401. Multi-Pad Drilling 402. Unconventional Drilling Challenges in High Pressure/High Temperature Environments 403. Unconventional Well Completion 404. Unconventional Well Construction Best Practices
29. Unconventional Stimulation and Operational Efficiency	405. Cased-Hole Logging and Perforations Technology Advancement 406. Coiled-Tubing Operations and Technologies 407. Completion Technologies for Stimulation (MSF, PnP, CT Fracturing, and Diversion) 408. Environmentally-Sustainable Operations (Water Conservation, Recycling and Disposal) 409. Fracture Diagnostics and Monitoring 410. Fracture Modelling 411. Fracturing Fluids and Proppant 412. Multistage Hydraulic Fracture Stimulation Best Practices (Logistics and Supply Chain) 413. Multi-Well Pad Simultaneous Stimulation Operations 414. Re-Fracturing 415. Unconventional Operational Efficiency (Innovative Solutions, Technology Implementation) 416. Unconventional Well Testing Best Practices (Flaring, Produced Sand Management, etc.) 417. Water and Sand Management for Hydraulic Fracturing
30. Unconventional Production and Economics	418. Artificial Lift for Unconventional 419. Decline Curve Analyses, Well Testing, and Rate Transient Analysis (RTA) 420. Field Development Scenarios 421. Recycle the Know-How and Best Practices Between Unconventional and Conventional 422. Reservoirs Production Performance Prediction 423. Unconventional Asset Life Cycle Maintenance and Integrity 424. Unconventional Economics 425. Unconventional Facilities Engineering, Project Management, and Modularisation Concepts 426. Unconventional Facilities Produced Water Management 427. Unconventional Facilities Remote Operations 428. Unconventional Gas Processing/Operations 429. Unconventional Resources and EUR Estimation 430. Unconventional Wells Flow Assurance 431. Well Interference and Optimal Spacing

Digital Transformation

31. Cloud Computing	432. Cloud Infrastructure/Platforms/Services 433. High Performance Computing (HPC) 434. Private/Public/Multi/Hybrid Clouds Applications
32. Big Data/Artificial Intelligence	435. AI in Carbon Capture and Sequestration 436. AI in Drilling and Completions 437. AI in EOR/IOR 438. AI in Geosciences and Reservoir Characterisation 439. AI in Operations and Capital Projects 440. AI in Petrophysics 441. AI in Production Engineering 442. AI in Reservoir Management and Development 443. AI in Reservoir Simulation 444. AI in Siesmic Signal Processing 445. AI in Sustainability 446. AI in Unconventional Resources 447. AI in Well Testing 448. Applications for the Oil and Gas Industry and Other Industries (Details for O&G Domains) 449. Big Data Management/Analytics 450. Data Aggregation, Collection and Wrangling451. Data Engineering 452. Data Engineering and Anonymisation 453. Edge Analytics 454. Hybrid Data—Physics Modelling 455. Practical ML Deployment/Lessons Learnt
33. Robotics, Advanced Sensing, and the Internet of Things (IOT)	456. Automation and Mechanisation 457. Digital Fields 458. Digital Twins 459. Distributed Fibre Sensing and Algorithms 460. Distributed Sensing Networks 461. Downhole Sensing and Mechatronics 462. Drones and Robotics Applications in Oil and Gas 463. Edge Computing and Remote Sensing Assistance/Control 464. High Temperature Electronics and Sensors 465. IoT Applications in Oil and Gas 466. Mobility 467. Multiphysics Logging Tools 468. Quantum Sensors 469. Smart Fields 470. Subsurface Photonics
34. Digital Transformation Adoption and Scalability	471. AI Ethics 472. Citizen Data Scientists 473. Data Democratisation and Anonymisation 474. Digital Transformation Strategy 475. Human Factors Engineering in AI 476. Project Collaboration Best Practices 477. Subsurface Data Integration and Best Practices in Data Exchange (Related to OSDU) 478. Talent Development in Digital Transformation
35. Emerging Topics	479. Additive Manufacturing (3D Printing) 480. Advanced Materials 481. Agile Prototyping 482. Blockchain 483. Cross Domain/Process Integration 484. DevOps/MLOps 485. Digital Transformation Strategy 486. Generative AI and Large Language Models in Oil and Gas 487. Hyper-Automation 488. Immersive Technology (Augmented/Virtual/Mixed Reality) 489. No Code/Low Code Machine Learning (Auto Machine Learning) 490. Quantum Computing 491. Robotic Process Automation (RPA) 492. Unconventional Computing (Quantum, Molecular, Cognitive)
36. Security	493. Cloud Computing Security 494. Cyber Security and Data Security4 95. Cybersecurity for Operation Technology (OT) Based on Artificial Intelligence 496. Data Management/Security of Data 497. Site Security and Mitigation 498. Software Piracy 499. Software Privacy

Sustainability and Environmental, Social, and Governance (ESG)

37. Health and Safety	500. Asset Integrity 501. Crisis Management 502. H&S Management Systems 503. Management of Contractors 504. Safety Leadership, Culture, and Human Factors
38. Human Resources	505. Engaging and Managing Future Talent 506. Government/Regulatory Policies and Incentives 507. Knowledge Transfer and Management 508. Labour Welfare 509. Mentoring 510. Promoting the Energy Industry to the Youth 511. Promoting Women in the Energy Industry 512. Strategic Resource Planning and Management in a Cyclical Industry 513. Talent Management 514. Talent Retention 515. Workforce Diversity and Inclusion
39. Lessons Learnt and Knowledge Management	516. Building Organisational Capability 517. Business Continuity 518. Centres of Excellence (COE) and Virtual Teams 519. Data and Knowledge Sharing 520. Data Management and Data Architecture 521. Lessons Learnt Culture 522. Use of Social Visual Media
40. Business Development, and Commercial and Risk Management	523. Business Impact 524. Business Resiliency 525. Commercial Structures (Tax Royalty, Production Sharing Agreements, Joint Ventures, etc.) 526. Cross-Border Development and Production 527. Economical, Commercial, and Political Risks 528. Enterprise Mobility 529. Financing in Oil and Gas 530. Government/Regulatory Framework and Incentives 531. Risk Assessment
41. Social Responsibility	532. Corporate Social Responsibility/Community Development Projects 533. Education and Capability Building 534. Local Skills Development
42. Carbon Capture and Storage (CCS), and Carbon Capture, Utilisation, and Storage (CCUS)	535. Bio Energy Carbon Capture and Storage (BBCCS) 536. Carbon Capture and Sequestration (for Vented CO2 from Feed Gas) 537. Case Studies 538. CCS in Aquifers 539. CCUS and EOR 540. CO2 Storage and Sequestration in Deep Saline Aquifers 541. CO2 Storage Modelling for CCS Projects 542. CO2 Utilisation in Biofuels 543. CO2 Utilisation in Materials 544. Emerging CO2 Utilisation Technologies 545. Geomechanics for CCUS (Carbon Capture, Compression/Injection and Storage) 546. Storage in Basalt 547. Storage in Depleted Oil/Gas Reservoirs
43. CO2 Reduce, Reuse, and Recycle	548. Advanced Materials 549. CO2 to Chemicals 550. CO2 to Synthetic Fuels 551. CO2-Foam Drilling 552. Conformance Control 553. E-Fuels 554. Energy Efficiency 555. Enhanced Oil Recovery 556. Fracking 557. Leak Detection and Repair 558. Supercritical CO2 in Industrial Processes 559. Supercritical CO2 in Power Generation 560. Zero Flaring
44. Sustainable/Green Energy	561. Bioenergy and Biofuels 562. Blue Hydrogen Technologies 563. Emerging Green Energy Technologies 564. Energy Efficient Designs Systems and Conservation Technologies 565. Energy Saving Technologies and Systems 566. Gas Storage 567. Geothermal Energy 568. Gold Hydrogen 569. Green Nanotechnology 570. Green Power Systems 571. H2S to Hydrogen 572. Hydrogen Storage 573. Hydrogen Technologies 574. Renewable Energy
45. Environmental Issues and Solutions	575. Bioenergy and Bio-Fuels 576. Geosciences Applications (Hazard Prediction) 577. Life Cycle Analysis of Energy Sources (Solar Cells, Batteries, etc.) 578. Oil/Water Separation and Water Shut-Off 579. Produced Water Management and Disposal 580. Produced Water Recycle and Reuse 581. Produced Water Treatment 582. The Food Energy Water (FEW) Nexus 583. Waste Management 584. Water Cut Reduction Technologies—Downhole 585. Water Pollution and Control 586. Water/Wastewater Management
46. Policies, Strategies, and Governance	587. Carbon Offsetting 588. Green Energy Policies and Programs 589. Greenhouse Gas and Climate Change Policies 590. Low Carbon Economy Strategies and Governance 591. Process Safety and Asset Integrity 592. Sustainable Energy Management Policies 593. The Circular Carbon Economy Framework 594. The Future of Oil and Gas in a Low-Carbon Transition 595. The Hydrogen Economy 596. The Role of Governance and Regulations in Carbon Markets and Pricing 597. Water Discharge Policies and Regulations
47. Carbon Storage, Subsurface Storage and Site Selection	598. Containment 599. Injectivity 600. Regional Assessments 601. Reservoir Characterisation 602. Screening and Site Selection 603. Storage Resources and Capacity
48. Carbon Storage Modelling	604. Dynamic Simulations 605. Flow and Thermal Modeling 606. Geochemistry 607. Geomechanics 608. Integration with Monitoring Technology 609. Static Earth Models of Reservoirs and Confining Systems 610. Well Conversion 611. Well Design
49. Carbon Storage Monitoring	612. Lessons Learnt from Oil and Gas, and/or Field Tests 613. Monitoring for Offshore CCS 614. Monitoring Plan Development 615. Subsurface Technologies 616. Surface Technologies 617. Technology Integration 618. Workflows
50. Carbon Storage Risk Assessment	619. Geochemistry 620. Geomechanics 621. Impacts of Leakage on Shallow Aquifers 622. Induced Seismicity 623. Qualitative Risk Assessment Tools and Workflows 624. Risk Management 625. Site Performance Risk 626. Subsurface Leakage Assessments
51. AI and Machine-Learning in Carbon Storage Operations	627. Big Data Management 628. Data Integration 629. Forecasting 630. Integration of Geology, Geophysics, and Reservoir Engineering 631. Predictive Models 632. Real-Time Visualisations
52. CO2-EOR	633. CO2-EOR for Unconventional 634. CO2-EOR Modelling and Simulation 635. CO2-EOR Monitoring and Surveillance 636. CO2-EOR Well Design 637. Emerging CO2-EOR Technologies 638. Novel Technologies 639. Sustainable CO2-EOR Solutions 640. Tracer Studies
53. CCUS Overarching Topics	641. Global Projects and Future Markets 642. Innovation Across the CCUS Value Chain 643. Storage in Basalt 644. Technical Challenges 645. The Economics of CCUS
54. Carbon Foot Print Reduction Solutions and Processes	646. Electrification of Upstream Operations 647. Emerging Themes and Industries to Enhance Energy Efficiency 648. Energy Saving Technologies and Systems 649. Fugitive Methane Reduction 650. Life Cycle Assessment (LCA) 651. Zero Flaring
55. Emissions Measurement, Detection and Management	652. Digital Innovation in Emissions Tracking and Management 653. Efficient Carbon Management 654. Leak Detection and Repair (LDAR)
56. Emerging Technologies	655. Emerging Themes and Industries to Enhance Energy Efficiency 656. Energy Saving Technologies and Systems 657. Examples and Case Studies