Marine Depositional Environments Basics Carbonate Diagenesis. (Last Updated 28 December 2015) COPYRIGHT
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1 Marine Depositional Environments Basics (Last Updated 28 December 2015)
2 NOTICE AND DISCLAIMER The information contained herein and/or these workshop/seminar proceedings (WORK) was prepared by or contributed to by various parties in support of professional continuing education. For purposes of this Disclaimer, Company Group is defined as PetroSkills, LLC.; OGCI Training, Inc.; John M. Campbell and Company; its and their parent, subsidiaries and affiliated companies; and, its and their co-lessees, partners, joint ventures, co-owners, shareholders, agents, officers, directors, employees, representatives, instructors, and contractors. Company Group takes no position as to whether any method, apparatus or product mentioned herein is or will be covered by a patent or other intellectual property. Furthermore, the information contained herein does not grant the right, by implication or otherwise, to manufacture, sell, offer for sale or use any method, apparatus or product covered by a patent or other intellectual property right; nor does it insure anyone against liability for infringement of same. Except as stated herein, COMPANY GROUP MAKES NO WARRANTIES, EXPRESS, IMPLIED, OR STATUTORY, WITH RESPECT TO THE WORK, INCLUDING, WITHOUT LIMITATION, ANY WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Company Group does not guarantee results. All interpretations using the WORK, and all recommendations based upon such interpretations, are opinion based on inferences from measurements and empirical relationships, and on assumptions, which inferences and assumptions are not infallible, and with respect to which competent specialists may differ. In addition, such interpretations, recommendations and descriptions may involve the opinion and judgment of the USER. USER has full responsibility for all interpretations, recommendations and descriptions utilizing the WORK. Company Group cannot and does not warrant the accuracy, correctness or completeness of any interpretation, recommendation or description. Under no circumstances should any interpretation, recommendation or description be relied upon as the basis for any drilling, completion, well treatment, production or other financial decision, or any procedure involving any risk to the safety of any drilling venture, drilling rig or its crew or any other individual. USER has full responsibility for all such decisions concerning other procedures relating to the drilling or production operations. Except as expressly otherwise stated herein, USER agrees that COMPANY GROUP SHALL HAVE NO LIABILITY TO USER OR TO ANY THIRD PARTY FOR ANY ORDINARY, SPECIAL, OR CONSEQUENTIAL DAMAGES OR LOSSES WHICH MIGHT ARISE DIRECTLY OR INDIRECTLY BY REASON OF USER S USE OF WORK. USER shall protect, indemnify, hold harmless and defend Company Group of and from any loss, cost, damage, or expense, including attorneys fees, arising from any claim asserted against Company Group that is in any way associated with the matters set forth in this Disclaimer. The Content may not be reproduced, distributed, sold, licensed, used to create derivative works, performed, displayed, transmitted, broadcast or otherwise exploited without the prior written content of the Company Group. Use of the WORK as a reference or manual for adult training programs is specifically reserved for PetroSkills, LLC. All rights to the WORK, including translation rights, are reserved. PETROSKILLS, LLC., 2015 THIS WORK IS ED BY PETROSKILLS, LLC. AND DISTRIBUTED UNDER EXCLUSIVE LICENSE BY PETROSKILLS, LLC.
3 DELIVERING KNOWLEDGE. DEVELOPING COMPETENCE. Marine Depositional Environments Basics Depositional Environments Processes and examples from modern and ancient environments with oil field examples Subaerial Alluvial fan Fluvial braided and meandering Aeolian wind and desert Marginal marine Delta river, wave, tide dominated, fan delta, braid delta Beach and barrier island Marine Submarine fan channel-levee complex, Bouma sequence Carbonates limestone, dolomite Reef, platform, pinnacle, pelagic Diagenesis 2015 PetroSkills, LLC. All rights reserved. 2 1
4 Objectives of the Carbonates Diagenesis Session You will learn about: Enhancement and / or loss of carbonate reservoir quality Changes in porosity and permeability through diagenesis Types of secondary porosity in Carbonates Moldic Vuggy Cavernous Skeletal and Oomoldic Fracture 2015 PetroSkills, LLC. All rights reserved. Diagenesis in carbonates can raise or lower reservoir quality PetroSkills, LLC. All rights reserved. 4 2
5 Aragonite / Calcite Dissolution 2015 PetroSkills, LLC. All rights reserved. 5 Dissolve Aragonite and Get a Mold 2015 PetroSkills, LLC. All rights reserved. 6 3
6 Dissolve Aragonite and Get a Mold 2015 PetroSkills, LLC. All rights reserved. 7 Consider Vugs Created by Leaching 2015 PetroSkills, LLC. All rights reserved. 8 4
7 A Vug in Cretaceous Carbonates, Jebel Haffit, UAE 2015 PetroSkills, LLC. All rights reserved. 9 Continued Dissolution and You Get Cavernous Porosity Caverns filled in by reddish surface soils Disappearing Rivers? 2015 PetroSkills, LLC. All rights reserved. 10 5
8 Partially Filled Vugs Partial infilling of vug. Notice rough looking texture Close up on next slide 2015 PetroSkills, LLC. All rights reserved. 11 Jebel Haffit, UAE 2015 PetroSkills, LLC. All rights reserved. 12 6
9 Close Up of Crystal Lined Vug 2015 PetroSkills, LLC. All rights reserved. 13 Completely Filled Vugs 2015 PetroSkills, LLC. All rights reserved. 14 7
10 Mostly Completely Filled Vugs: Cambrian Ls in Alberta 2015 PetroSkills, LLC. All rights reserved. Other porosity types in carbonates PetroSkills, LLC. All rights reserved. 16 8
11 Skeletal and OO-Moldic Porosity Is porosity effective? Is there any Permeability? 2015 PetroSkills, LLC. All rights reserved. 17 Intragranular Porosity within a Bryozoan Is porosity effective? Is there any Permeability? 2015 PetroSkills, LLC. All rights reserved. 18 9
12 Cement Starting to Fill Intergranular Porosity 2015 PetroSkills, LLC. All rights reserved. 19 Oriented Fractures in Rocks: Preferential Fluid Movement 2015 PetroSkills, LLC. All rights reserved
13 Limestone in Lilstock, UK Four sets of solution enhanced farctures Bristol Channel in the background Implications for porosity and permeability of such a reservoir? 2015 PetroSkills, LLC. All rights reserved. 21 Cemented Fractures Banff, Canada 2015 PetroSkills, LLC. All rights reserved
14 Solution Enhancement of Fractures: Jebel Haffit, UAE Potential for drilling hazards, bit drops, lost circulation, jamming, stuck pipe, kicks Fractures as Friend and Foe 2015 PetroSkills, LLC. All rights reserved. 23 Objectives of the Carbonates Diagenesis Session You have learned about: Enhancement and / or loss of carbonate reservoir quality Changes in porosity and permeability through diagenesis Types of secondary porosity in Carbonates Moldic Vuggy Cavernous Skeletal and Oomoldic Fracture 2015 PetroSkills, LLC. All rights reserved
NOTICE AND DISCLAIMER
NOTICE AND DISCLAIMER The information contained herein and/or these workshop/seminar proceedings (WORK) was prepared by or contributed to by various parties in support of professional continuing education.
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