WHO SHOULD ATTEND
Meet The Senior Decisions Makers With Job Titles Including:
VPs, COOs, CTOs, Directors, Managers, Engineers, Leads, Specialists, Coordinators, Analysts, Foremans, Superintendents, Advisors, Scientists in...
- Chemical Treatments
- Chemical Programs
- Flow Assurance
- Corrosion
- Integrity Management
- Operations
- Engineering
- R&D
- Optimization
- Production Superintendents
- Production Engineering
- Operations
- Automation
- Data Management
- Controls
- Analytics
- SCADA
Plus Leading Technology & Service Providers In:
- Paraffin Inhibitors
- Paraffin Dispersants
- Crystal Modifiers
- Corrosion Solvents
- Sampling Service Companies
- Combination Products/Blends
- Scale Squeezers
- H2S Scavengers
- Non-Triazene Based Scavengers
- Dissolvable Systems
- Coil Tubing Companies
- Chemical Atomizers
- Chemical Pumps
- Automated Chemical Pumps
- Treater Trucks
- Continuous injection systems
- Capillary Strings
- Production Chemical Automation
- Real-Time Monitoring
- Automated Chemical Injection Solutions
- Remote Tank Level Monitoring
- Downhole Chemical Automation
- Data Analytics
- Process Reporting Solutions
- Business Intelligence Tools
- Blockchain
Agenda
DAY 1 – 26 September 2023
08:30 Coffee and Registration
08:45 Chair’s Opening Remarks
Probjot Singh, Flow Assurance & Asset Integrity, ConocoPhillips
“As the industry faces increasingly strict environmental regulations, onshore E&P's are seeking ways to minimize their environmental impact while increasing the efficiency of production chemicals processes. Through the use of data science and automation as well as combining new chemical treatments, operators are looking to reduce costs and improve efficiency while simultaneously managing environmental impacts”.
BREAKFAST BRIEFING
08:50 Global Megatrends On Navigating Challenges and Opportunities in Upstream Chemicals
Supply Chain & Procurement
The supply chain for chemicals is complex and can be affected by various factors such as regulatory changes, supply and demand dynamics, and global shipping challenges. In this briefing, we will explore the current trends in oilfield chemicals raw materials and blends, the challenges in hazardous materials shipping, and strategies for navigating supply chain disruptions and inefficiencies.
By understanding the trends in raw materials and blends, the challenges in hazardous materials shipping, and strategies for navigating supply chain inefficiencies and disruptions, the briefing aims to provide a foundation on developing a more proactive and resilient approach to chemical procurement and supply chain management.
Raw Materials and Blends Exploring the impact of global trends and geopolitical factors on the availability and pricing of key raw materials
Hazardous Materials Shipping Challenges Many of the raw materials and blends used in oilfield chemicals are classified as hazardous materials, which can present significant challenges for shipping and handling. We will discuss the most heavily regulated and dangerous materials, such as hydrogen sulfide, and explore the regulatory requirements for shipping these materials globally. We will also examine the impact of shipping disruptions, such as those caused by COVID-19, on the supply chain and discuss strategies for mitigating these risks.
Strategies for Navigating Supply Chain Inefficiencies and Disruptions Finally, the briefing will explore practical strategies for navigating supply chain inefficiencies and disruptions. We will discuss the importance of monitoring market trends and fluctuations to identify potential disruptions and proactively adjust procurement strategies. We will also examine the role of technology, such as blockchain, in improving supply chain transparency and reducing inefficiencies. Additionally, we will discuss the need for collaboration and communication between producers, suppliers, and regulators to ensure a resilient and sustainable supply chain.
Dean Foreman Ph.D, Chief Economist - Policy, Economics & Regulatory Affairs, Texas Oil & Gas Association
09:10 Questions And Discussion
Adopting A More Holistic Approach To Production & Chemicals Optimization That Not Only Maximises Efficiency, But Also Minimizes Emissions And Leak |
ADDRESSING THE LIMITATIONS OF USING CHEMICALS
09:20 Evaluating Limitations To Chemical Effectiveness, In Specific Operating Conditions, To Determine The Optimal Balance Between Mechanical Fixes, Chemical Treatments & Automation
It is common to use a combination of mechanical fixes and chemical treatments in situations where the problem is complex and requires a multi-faceted approach. Today, in order to reduce emissions and leaks, the use of certain chemical treatments may need to be reconsidered and replaced with alternative mechanical solutions. This session touches on some of the operating conditions where chemical treatments may need to be replaced with mechanical fixes or alternative approaches to reduce emissions.
- Using real-time data to identify where mechanical fixes may be more effective than chemicals or using historical data to understand the long-term effectiveness of using chemical
- Application of advanced monitoring and sensor technology to identify potential issues early and determine whether chemical or mechanical solutions are most appropriate
- Understanding the specific operating conditions and reservoir characteristics where chemicals may not be the most effective solution for
- Corrosion – when it pays to use alternative mechanical solutions such as coatings or cathodic protection instead
- Scaling - traditional scale inhibitors may contain chemicals that are harmful to the environment. When to use mechanical solutions like downhole filters or scale removal tools instead to prevent or remove scale.
- H2S - Determining when to use alternative solutions such as bioreactors or physical removal systems may be used instead to remove H2S
- Paraffin – When to use mechanical solutions like scraper systems or pigging instead to remove paraffin build-up
- Conclusions and takeaways
Zach Densmore, Production Engineer, EQT Corporation
09:40 Questions And Discussion
09:50 Case Studies Of Chemical Solutions To Solve Production Challenges And Integrity Risks
This session will offer a counterweight to the previous session, outlining where chemical treatments remain vital to revolving production challenges and how chemical treatments are being adapted and changed to help meet ESG targets.
Yao Xiong, Permian Chemicals Co-ordinator, ExxonMobil
10:20 Curated Questions And Discussion
10:30- 11:00 Morning Refreshment Break
CUSTOMIZING GREENER CHEMICALS SOLUTIONS WITH A LOWER ENVIRONMENTAL IMPACT |
Considering The Environmental Impact Of Production Chemicals & The Pros/Cons Of Biodegradable Solutions
Exploring the benefits and limitations of switching to chemicals with lower environmental impacts and chemical-free technologies, as well as practical strategies for implementation.
11:00 ASSESSING CHEMICAL TREATMENT SOLUTIONS FOR PARAFFIN WITH GREEN INJECTION SYSTEMS
Exploring & Testing New Formulations To Improve The Effectiveness & Cost Of Paraffin Treatments
- Understanding the limitations of current paraffin treatment solutions and identifying areas for improvement
- Evaluating the effectiveness of new green paraffin treatment formulations in lab and field trials
- Analysing the cost and environmental impact of using new paraffin treatments compared to traditional methods
- Identifying the specific well conditions where new paraffin treatments may be more effective or beneficial
Probjot Singh, Flow Assurance & Asset Integrity, ConocoPhillips
11:20 Curated Questions And Discussion
11:30 ROUNDTABLE ON ADDRESSING H2S IN AN ENVIRONMENTALLY FRIENDLY WAY
Tackling H2S While Reducing Environmental Impact Through A Mix Of Greener Chemical & More Innovative Mechanical Solutions – There Are Few Easy Answers, What Can Be Done?
In this session delegates are invited to share their views on combining mechanical and chemical treatments to address H2S. Assessing cost and availability effectiveness of greener H2S solutions on the market for different operating conditions.
- Organic acids - In which operating conditions can low cost and readily available organic acids work?
- When to use Biocides, as performance may be impacted by temperature, pH, and other factors
- Zinc oxide, a naturally occurring mineral that can be used as a H2S scavenger is effective and has a low environmental impact, but as it can be expensive and difficult to handle, when should this be used?
- Activated carbon, which can be used to adsorb and remove H2S from gas streams. It is effective and has a low environmental impact, but it can be expensive and may require frequent replacement
- Iron oxide nanoparticles can be used as a H2S scavenger. They are effective and have a low environmental impact, but their commercialization is still in the early stage
Anticipating the potential impact on equipment and production processes and understanding the regulatory requirements or limitations
Probjot Singh, Flow Assurance & Asset Integrity, ConocoPhillips
12:00- 13:30 Lunch Break
APPLIED DATA SCIENCE AND AUTOMATION SOLUTIONS – “USING LESS CHEMICALS TO PREVENT WASTE” |
Utilizing Automation & Data Science To Target The Application & Dosage Of Chemicals
By leveraging data, PCO engineers can develop more accurate and efficient solutions for chemical optimization. Automation can then be used to ensure that chemicals are used only when necessary and in the correct amounts, reducing waste and potential environmental impact.
13:30 How To Select & Utilize The Right Chemical Automation For Each Injection Point Or Asset
- Exploring the factors that need to be considered when selecting the right chemical automation including what type of chemical treatment is required, its compatibility with existing infrastructure and equipment, compliance with environmental regulations and scalability for future expansion
- Lessons learned from installing and testing automated solutions and overcoming challenges such as remote locations and harsh environments
- Outlining how data from these automated solutions can best be utilised to ensure chemical usage optimization and predictive maintenance
Chad Hammond, President, DC3 Control
13:50 Curated Questions And Discussion
MACHINE LEARNING FOR OPTIMIZING CHEMICAL DOSAGE AND APPLICATION
14:00 ROUNDTABLE - Using Machine Learning, Artificial Intelligence & Other Innovations To Predict The Optimal Dosage & Application Of Chemicals In Real Time
In this session delegates are invited to speculate on how AI/ML can optimise chemical usage and dosage and determine what practical steps can be taken now to lay the foundations for these advancements. The issues considered will include how to:
- Collect sufficient data on production conditions, chemical properties, and their interactions
- Ensure data quality through proper collection and management practices
- Integrating machine learning algorithms with existing production systems to ensure compatibility and reliability
Chad Hammond, President, DC3 Control
14:30- 15:00 Afternoon Refreshment Break
REAL TIME MONITORING SOLUTIONS FOR METHANE GAS EMISSIONS AND LEAKS |
INDUSTRY BEST PRACTICE ON LEVERAGING DATA TO MONITOR EMISSIONS
15:00 Combining Real-Time Monitoring Systems & Predictive Analytics To Detect Emissions & Leaks
- Responding to environmental regulations and guidelines, as well as industry best practices
- Data collection and analysis across multiple sources
- Selecting the appropriate monitoring systems for specific equipment and operations
- Interpreting data to identify opportunities for optimization and emissions reduction
- Implementing effective data-driven strategies for emissions control
Maya Pazouki, Decarbonization Systems Strategy Manager, TC Energy
Jimmy Zheng, Portfolio Product Manager, TC Energy
15:20 Questions And Discussion
Developing Solutions For Carbon Capture And Sequestering Emissions Through Production Chemical Optimization |
CARBON CAPTURE AND SEQUESTERING EMISSIONS
Evaluating the Economic Feasibility of Carbon Capture, Utilization and Storage Based On Well Characteristics, Implementation Costs, and Potential Revenue Streams
15:30 CARBON CAPTURE AND STORAGE SEQUESTRATION - ADDRESSING OPPORTUNITIES AND CHALLENGES - Exploring How Advancements In Carbon Capture, Storage, And Utilization Can Reduce Greenhouse Gas Emissions And Support Compliance With Emissions Reduction Targets & Regulations
- Economic assessment of available options for carbon storage or utilization
- Evaluate the available technologies for carbon storage or utilization, such as geological storage or conversion processes
- Understand the technical requirements, efficiency, scalability, and compatibility of each option with the captured carbon source
- Environmental impacts and safety consideration
Christine Ehlig-Economodies, Professor of Petroleum Engineering, University of Houston
16:00 Chairs Closing Remarks