Clastic Depositionals Systems Course- 1 Day

In order to register, please click login to either sign in to an existing account or create a user profile. Go to the HGS home page and login with your user name and password and then return to this page in order to register as a member or guest of a member. For help registering contact the HGS office or email webmaster@hgs.org. Thank you!

 Registration is closed for this event
Dr. Mike Sweet will give an in-person, one-day, HGS short course on Gulf of Mexico Clastic Depositional Systems. Covers clastic "Source to Sink", facies and subsurface research.

HGS Short Course:  Clastic Depositional Systems

Mike Sweet, University of Texas at Austin

Thursday, March 28, 2024 
Core Lab 
Building 2
6323 Windfern
Houston, TX 77040
8:00am – 5:00pm
Attendees will receive a Certificate of Continuing Education for 8 PDH and digital course notes


HGS Members $295.00 
HGS Student / In Transition Members $95.00

Emeritus $140.00 
Non-members $350.00 


Registration will close Tuesday, March 26, 2024 at 1:00 pm.**Non-Members can submit an application and pay their dues before registering to get the member price. Please call the HGS office at 713-463-9476 to be registered only AFTER your application and dues are submitted.**

Please Bring your laptop computer and /or be prepared to share laptops with those who do not have one.


Course Objectives
1) Understand how sediment is routed through clastic depositional systems from source to sink
2) Learn to identify clastic depositional environments using core, log and seismic data
3) Understand how the spatial organization of facies in each environment of deposition affects the subsurface flow of fluids.

Course Outline
Introduction
Source-to-Sink concepts
The controls of grain size, sorting and diagenesis on porosity and permeability
Eolian Depositional Environments
Fluvial Depositional Environments
Shoreface Depositional Environments
Deltaic Depositional Environments
Marine Shelf Depositional Environments
Slope and Deep-Water Depositional Environments
Final Exercise
Conclusions

_____________________________________

About the instructor: Dr.Mike Sweet

Mike Sweet is co-director of the Gulf Basin Depositional Synthesis Project (GBDS), an industry-supported research project that assembles and synthesizes well, seismic, and other data to establish a basin-scale depositional history of the Gulf of Mexico. His work focuses on the Cenozoic depositional system. He is interested in quantifying how sediment moves between depositional environments, particularly between shallow marine and deep-water environments. He is interested in how fluids move in the subsurface and on stratigraphic barriers and baffles to flow.
President, Gulf Coast Section of SEPM (2021 - 2022)
Gulf Coast Association of Geologic Societies, Technical Program Committee, GeoGulf 2021 Meeting - Austin (2020 - 2021)
Editor, AAPG Bulletin, American Association of Petroleum Geologists (2013 - 2016)

Instructor Contact Information:
Phone: 281-787-7001
Email: michael.sweet@austin.utexas.edu
https://ig.utexas.edu/staff/michael-l-sweet/

When
March 28th, 2024 8:00 AM   through   5:00 PM
Location
CoreLab
6323 WindFern
Building 2
Houston, TX
United States
Event Fee(s)
HGS Continuing Education Short Course 2024
HGS Member $ 250.00
HGS Student $ 75.00
Non-Member $ 350.00
Emeritus Members $ 140.00
Event Attachments
Brochure
Speaker Lineup
Sponsorship Opportunities
Vendor Form
Additional Info
Additional Info 2
Additional Info 3
Additional Info 4
Event Contact
Contact Bill DeMis
Contact Phone
contact Email billdemis@aol.com

If this event is specific to a Committee, select the committee here, so the event will ONLY be listed on that committees calendar.

Committee
Committee
Event Filter Informations
Event Owner
Event Categories HGS
Event Image

Help spread the word

Please help us and let your friends, colleagues and followers know about our page: Clastic Depositionals Systems Course- 1 Day


You can also share the below link in an email or on your website.
https://www.hgs.org/civicrm/event/info?id=2542&reset=1