Introduction to Decarbonization

Day 1 – Environment, Sustainability and Governance -ESG- impact, and how it’s driving a change in the energy market:

• The complete Air contamination impact versus the different emissions scopes
  
• Emissions scopes
  
• Global warming factors
  
• The Carbon Budget of our Atmosphere
  
• Different type of contaminating emissions even in different type of energy sources more than hydrocarbons, its comparisons, and the impact in the future of our planet
  
• Decarbonizing Global Energy
  
• Carbon Neutrality
  

Day 2 – Carbon Capture Utilization and Sequestration Projects - CCUS:  

• Air contamination Economics 
• International agreements, regulation, and the impact in the energy projects
• Justifying an emissions capture project
• Levelized costs per energy unit produced

• CCUS Project overview and project management needs
• Integrated Business cases and its potential globally
• The Hydrogen case and the hydrocarbons need for it 
• Heavy Industries and Manufacturing technological transformation
• Global potential
• Levelized cost of energy production and distribution in this case

• Human civilization electrification, energy production and emissions 
• Electric Energy Sources mix
• Electric energy consumption forecast
• IOT and IIOT impact and forecast
• Environmental, Sustainability and Governance of the different type of energy sources to produce electricity

Day 3 - Capturing Emissions:  

• Different type of emissions, its chemical composition and capture
• Pre-combustion Capture
• Combustion
• Product manufacturing
• Live cycle product study
• Post-combustion Capture 
• Direct capture versus at the source capture economics
• Capture by Oxyfuel Combustion
• Carbon Dioxide Industrial Utilization
• Midstream workflow and emissions capture
• Emission capture and the Sankey analysis
• Surface facilities design when designing capture in hydrogen production projects
• Carbon Negative Technologies

Day 4 – Geological, Drilling, Completions, and Surface Facilities Emissions Storage Project needs 

• Seismic key aspects when starting to design an emissions project
• Geophysics and Geochemistry studies needed for a reliable capture and monitoring allowance
• Reservoir engineering needs for an integral capture
• Emissions Leakage risk integral study, reservoir needs and well drilling, completions, and surface facilities operational needs while injection and sequestration operations.
• Emissions Injection Capabilities
• Well integrity and Drilling Engineering design for emissions injection to the reservoir 
• Well Completions and Workover Engineering for a long-term integral injection asset
• Surface Facilities for emissions Handling, Processing & Injection

Day 5 – Forecast about the emissions capture, sequestration, utilization and storage business

• Global emissions needs and the geopolitical impact 
• Global storage capacity versus forecasted energy needs
• The role of technology in the future of emissions capture
• RECAP about a low environmental impact energy industry
• RECAP about a sustainable energy industry where circulate economy and products life studies is key. United Nations sustainable development statements and the energy needs.
• RECAP about a socially responsible energy industry and the human civilization behavior and needs complexity
• Intelligence role to decrease ESG impact and manage excellence in execution in emissions capture projects