`___________________
`
`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`___________________
`
`
`
`BAKER HUGHES INCORPORATED and
`BAKER HUGHES OILFIELD OPERATIONS, INC.,
`Petitioners
`
`v.
`
`PACKERS PLUS ENERGY SERVICES INC.,
`Patent Owner
`
`___________________
`
`Case IPR2016-00598
`Patent 7,861,774
`___________________
`
`
`
`EXCLUSIVE LICENSEE RAPID COMPLETIONS LLC’S
`SURREPLY1
`
`
`
`
`Mail Stop “PATENT BOARD”
`Patent Trial and Appeal Board
`U.S. Patent and Trademark Office
`P.O. Box 1450
`Alexandria, VA 22313-1450
`
`
`1 On March 31, 2017, Respondent requested authorization to file a motion to
`strike Petitioners’ reply and new supporting evidence or in the alternative submit a
`surreply and supplemental expert declaration. On April 6, 2017, the Board denied
`Respondent’s request to file a motion and authorized a 5 page surreply responsive
`to sections II and III of the reply that is not accompanied by an expert declaration.
`
`
`
`
`
`Exhibit
`2001
`
`2002
`
`2003
`
`2004
`
`2005
`2006
`
`2007
`2008
`
`2009
`
`2010
`
`2011
`
`2012
`
`2013
`
`2014
`2015
`2016
`2017
`
`Exhibit List
`Description
`A. Casero, Open Hole Multi-Stage Completion System in
`Unconventional Plays: Efficiency, Effectiveness and
`Economics, SPE 164009 (2013)
`Encyclopedia of Hydrocarbons, Chapter 3.1: Upstream
`technologies
`D. Lohoefer, Comparative Study of Cemented versus
`Uncemented Multi-Stage Fractured Wells in the Barnett
`Shale, SPE 135386, Society of Petroleum Engineers (2010)
`R. Seale et al., Effective Stimulation of Horizontal Wells—A
`New Completion Method, SPE 106357, Society of Petroleum
`Engineers (2006)
`Exploration and Development, Alberta Oil Magazine
`Leading the Way: Multistage fracking pioneer Packers Plus
`plays major role in cracking the tight oil code, Canadian
`OilPatch Technology Guidebook (2012)
`Financial Post, “Entrepreneur of the Year: National Winner”
`Innovation—Groundbreaking Innovation in Calgary, Calgary
`Herald (Feb. 12, 1014)
`J. Chury, Packers Plus Technology Becoming the Industry
`Standard, The Oil Patch Report (Dec. 2010/Jan. 2011)
`P. Roche, Open-Hole or Cased and Cemented, New
`Technology Magazine (Nov. 2011)
`R. Ghiselin, Qittitut Consulting, Sleeves vs. Shots—The
`Debate Rages (Aug. 2011)
`Van Dyke, Kate, “Fundamentals of Petroleum,” Fourth Ed.
`(1997)
`“Proven Performance: Read how Packers Plus systems and
`solutions have delivered results around the world,” Packers
`Plus Energy Services Inc., accessed May 24, 2016,
`http://packersplus.com/proven-performance/?type=case-
`study&system=stackfrac-hd-system&pag=3%20#p3
`reserved
`reserved
`Ali Daneshy Deposition Transcript (11/9/2016)
`Packers Plus advertising brochure (2010)
`
`
`
`
`
`
`ii
`
`
`
`
`
`2018
`
`2019
`
`2020
`
`2021
`
`2022
`
`2023
`
`2024
`
`2025
`
`2026
`2027
`2028
`2029
`
`2030
`
`2031
`
`2032
`
`2033
`2034
`2035
`2036
`2037
`2038
`
`Baker Hughes, “FracPoint Completion System Isolated
`Openhole Horizontal Well in Lower Huron Shale” (2011)
`Baker Hughes, “Enhancing Well Performance Through
`Innovative Completion Technologies,” presentation, (Sept.
`10-12, 2012)
`Canadian Society for Unconventional Resources, Press
`Release, “Unconventional Industry Awards Innovative
`Thinking” (Oct. 3, 2012)
`BH00364675, CONFIDENTIAL Ball activated sliding
`sleeves report
`Rigzone, Schlumberger Acquires Stake in Packers Plus (Nov.
`22, 2005)
`Britt, L. and Smith, M., Horizontal Well Completion,
`Stimulation Optimization, and Risk Mitigation, SPE 125526
`(2009)
`BH00363808, CONFIDENTIAL Baker Hughes Engineering
`Materials
`RC_PAC00019434, CONFIDENTIAL Packers Plus
`Engineering Drawing
`Baker Hughes 2008 10-K Shareholder Report
`Baker Hughes 2010 10-K Shareholder Report
`Baker Hughes 2013 10-K Shareholder Report
`Packers Plus case study, StackFRAC system provides
`superior production economics
`Packers Plus Case Study, StackFRAC HD system enables
`high stimulation rates
`Packers Plus StackFRAC Video,
`http://packersplus.com/solution/stackfrac-hd-system/
`Baker Hughes FracPoint Video,
`https://www.youtube.com/watch?v=s5ZQCRRZzXE
`Business News Network Packers Plus Feature
`UN-REDACTED H. McGowen Declaration
`UN-REDACTED J. J. Girardi Declaration
`REDACTED H. McGowen Declaration
`REDACTED J. J. Girardi Declaration
`Ingersoll, C, “BP and the Deepwater Horizon Disaster of
`2010” (Apr. 3, 2012)
`
`
`
`
`
`
`iii
`
`
`
`
`
`2039
`
`2040
`
`2041
`
`2042
`
`2043
`
`2044
`
`2045
`2046
`2047
`
`2048
`
`2049
`
`2050
`
`2051
`2052
`
`2053
`2054
`
`Crosby, D.G., “Methodology to Predict the Initiation of
`Multiple Transverse Fractures from Horizontal Wellbores”
`(2001)
`Kaiser, P., “Hydraulic Fracturing Mine Back Trials – Design
`Rationale and Project Status” (2013)
`Stoltz, L.R., “Probabilistic Reserves Assessment Using A
`Filtered Monte Carlo Method In a Fractured Limestone
`Reservoir” SPE 39714 (1998)
`Emanuele, M. A., “A Case History: Completion and
`Stimulation of Horizontal Wells with Multiple Transverse
`Hydraulic Fractures in the Lost Hills Diatomite” SPE 39941
`(1998)
`Gaynor, Tom M., “Tortuosity Versus Micro-Tortuosity –
`Why Little Things Mean a Lot” SPE/IADC 67818 (2001)
`Cramer, David, “Stimulating Unconventional Reservoirs:
`Lessons Learned, Successful Practices, Areas for
`Improvement” SPE 114172 (2008)
`M. Delaney Declaration
`Tess MacLeod Declaration (served but not filed)
`Ahmadzamri, A.F., “Development and Testing of Advanced
`Wireline Conveyance Technology for Rugose Open Hole
`Conditions” IPTC 17442 (2014) (served but not filed)
`Calixto, Eduardo, “Gas and Oil Reliability Engineering,
`Modeling and Analysis” 2nd Edition (2016) (served but not
`filed)
`Cramer, D.D., “The Application of Limited-Entry Techniques
`in Massive Hydraulic Fracturing Treatments” SPE 16189
`(1987) (served but not filed)
`Lloyd, B., “Rotary steerable drilling improves deployment of
`advanced completion” World Oil, January 2011 (served but
`not filed)
`McGowen Access Database (served but not filed)
`Scott Sanchez Deposition Transcript Excerpts (7/29/16)
`(served but not filed)
`Ali Daneshy Deposition Transcript (3/29/2017)
`Damgaard, A.P., “A Unique Method for Perforating,
`Fracturing, and Completing Horizontal Wells” SPE 19282
`(1992)
`
`
`
`
`
`
`iv
`
`
`
`
`
`2055
`
`2056
`
`Abass, Hazim, “A Case History of Completing and Fracture
`Stimulating a Horizontal Well” SPE 29443 (1995)
`M. Delaney Declaration
`
`
`
`
` v
`
`
`
`
`
`In their Petition, Petitioners argued that a POSITA would be motivated to
`
`remove the cemented casing from Thomson to minimize costs. Pet. at 26-27. In
`
`response, Rapid Completions explained that Petitioners cannot meet their burden
`
`of demonstrating obviousness merely by noting that a component of a system is
`
`expensive. Resp. at 53-57. After all, a POSITA reviewing Thomson in 2001
`
`would recognize that the casing, MSAF tools, packers, fracturing fluid, and the
`
`well itself are all expensive components of the system. Even so, a POSITA would
`
`not attempt hydraulic fracturing without fluid or producing oil without first drilling
`
`a well. The burden is on Petitioners to demonstrate a teaching in the prior art that
`
`supports removing a component. Petitioners have not done so, and in fact, a
`
`POSITA would not have removed the casing from Thomson, because this
`
`component was perceived as an important part of the system. It allowed the
`
`operator to precisely control the location of fractures to avoid perceived problems
`
`such as fractures migrating into adjacent zones and improper fracture spacing.
`
`In their reply, Petitioners urge the Board to “ignore” these problems, but
`
`their arguments are exceedingly weak. Reply at 10-11. According to Petitioners,
`
`Respondent’s expert failed to specify the time frame of his analysis. Not true; he
`
`conducted his analysis from the perspective of a POSITA in 2001. Ex. 2034 at 20-
`
`25. Petitioners also argue that their expert never admitted that the production loss
`
`from improper fracture spacing could be “significant.” Reply at 10-11. That is
`
`
`
`
` 1
`
`
`
`
`
`technically true, but a straw man—he conceded the loss could be “a large number.”
`
`Ex. 2016 at 30:17-31:3. Overall, the evidence shows that a POSITA would have
`
`had serious concerns about removing Thomson’s casing, and Petitioners fail to
`
`identify any arguments or evidence in the Petition that address this issue.
`
`Desperate to make up for the serious defect in their Petition, Petitioners now
`
`offer new theories based on new alleged prior art. According to Petitioners, the
`
`non-asserted Ellis reference encourages a POSITA to remove the casing from a
`
`multi-stage fracturing system to avoid problems like screen-out.2 Reply at 11.
`
`This is a highly misleading explanation of the reference,3 which Petitioners likely
`
`only argued in reply because of the limited opportunities for patent owner rebuttal.
`
`Ellis does describe screenout problems when attempting multi-stage
`
`fracturing in cased wells. Ex. 1023 at 5. However, Ellis does not simply
`
`recommend removing the casing from those systems. Rather, it recommends
`
`eliminating the use of multiple stages. Id. Because Ellis abandoned multi-stage
`
`fracturing, there was no need to cement and case the wells. Cf. id. at 3 (explaining
`
`
`2 Even Dr. Daneshy acknowledged that there were no arguments or evidence
`submitted with the Petition to support this theory. Ex. 2053 at 62:4-7, 60:11-61:10.
`
`3 Petitioners cite Dr. Daneshy’s second declaration para. 44 as stating that
`Ellis teaches multiple fractures in an open hole system. Reply at 7. That
`paragraph says no such thing, and Dr. Daneshy confirmed this in his deposition.
`Ex. 2053, (“Q. Ellis is saying that he developed a new system that just does single-
`stage fracturing instead of multi-stage fracturing. Is that fair? MR. GARRETT:
`Same objection. A. Yes.”).
`
`
`
`
` 2
`
`
`
`
`
`that the Red Oak well was initially an unstimulated open hole well, but it was later
`
`cemented and cased to perform multistage fracturing). Thus, Ellis contradicts
`
`Petitioners’ assertion that casing was only used to preserve wellbore stability.
`
`According to Ellis, it was thought necessary for multi-stage fracturing. Id. (“Thus,
`
`the contingency plan to set and cement a liner to pump multiple transverse
`
`fractures was implemented.”).
`
`Ellis notes that the goal of a conventional multi-stage fracturing job is to
`
`induce multiple “transverse” fractures by pumping through perforations in the
`
`casing. Id. at 2-3. These fractures form at each perforation and grow
`
`perpendicular to the wellbore. In contrast to this approach, Ellis recommends
`
`pumping a single stage open hole treatment. Id. at 7. To make up for the fact that
`
`this open hole job would not be segmented into separate stages, Ellis recommends
`
`drilling the wellbore in a direction that
`
`is aligned with the stress in the
`
`formation. Id. at 4. This ensures that
`
`when fluid is pumped into the well, it
`
`will create a longitudinal fracture, i.e. a
`
`fracture parallel with the wellbore as depicted in Ellis figure 2 reproduced here.
`
`Writing in 2000, Ellis demonstrates familiarity with the same fracturing
`
`approaches described in the Response—single stage open hole fracturing (e.g.,
`
`
`
`
` 3
`
`
`
`
`
`bullheading) and multi-stage cased hole fracturing (e.g., plug and perf, Thomson).
`
`Ellis takes it for granted that his audience would not consider open hole multi-stage
`
`fracturing as a viable option. Thus, Ellis confirms that the conventional wisdom
`
`taught against this technique, not in favor of it as Petitioners contend.
`
`Moreover, Ellis’s description of the screenout problem is entirely consistent
`
`with Mr. McGowen’s testimony regarding a POSITA’s views in 2001. Mr.
`
`McGowen explained that a POSITA in 2001 would have believed that initiating
`
`multiple fractures too close together would influence the stress field in the
`
`formation and create complex fracture geometries known as “near wellbore
`
`tortuosity.” Resp. at 17. This tortuosity was believed to result in reduced
`
`production and screenouts. Ex. 2034 at 25; Ex. 2039 at 2. To avoid these
`
`problems in multi-stage fracturing jobs a POSITA would space the perforations far
`
`enough apart to avoid fracture complexity (“reduced density perforations”). Ex.
`
`2034 at 25; Ex. 2039 at 2; Ex. 2053 at 89:11-22. Thus, Mr. McGowen explained
`
`that a POSITA would not attempt open hole multistage because the lack of casing
`
`prevents a POSITA from controlling the fracture initiation points.
`
`Ellis also explains that screenouts are caused by “tortuosity” and “multiple
`
`competing fractures.” Ex. 1023 at 2. It notes that a screenout was experienced in a
`
`well where “high shot density” perforating guns were used. Id. at 4. Ellis avoided
`
`screenout in subsequent wells by avoiding multiple fractures altogether and opting
`
`
`
`
` 4
`
`
`
`
`
`to create a longitudinal fracture. Id. at 4. Again, Ellis confirms that the
`
`conventional wisdom taught against open hole multi-stage fracturing.
`
`Finally, Petitioners also argue that Mr. McGowen “conceded” that open hole
`
`multistage fracturing had been conducted before the patented invention, but Mr.
`
`McGowen merely testified that he was aware of the Yost reference asserted by
`
`Weatherford (Yost has not been submitted in this proceeding). Ex. 1021 at 96:3-
`
`16. His awareness of that reference does not indicate that a POSITA would rely on
`
`it, nor is it an excuse for Petitioners to assert new theories. That is precisely what
`
`Petitioners have attempted to do; they use Mr. McGowen’s testimony as an excuse
`
`to mention another new alleged prior art reference, Coon. But even if the Board
`
`were to consider this new reference, it reinforces Respondent’s position. Ex. 1019
`
`at 14 (explaining that “[t]he next evolutionary step of the ECP and sliding sleeve
`
`completion is the addition of a cased and cemented hole”). Ex. 1019 at 14.
`
`Authors addressing some of the same systems described in Coon also confirm that
`
`cemented casing was perceived as necessary for multi-stage fracturing. Ex. 2054
`
`at 1 (“Successful liner installation and cementation is considered a prerequisite to
`
`ensure adequate zonal isolation for multiple fracture treatments in horizontal
`
`wells.”); Ex. 2055 at 9 (“Casing and cementing a horizontal well is essential to
`
`provide zone selectivity and isolation during fracture stimulation.”).
`
`
`
`
` 5
`
`
`
`
`
`
`
`Dated: April 17, 2017
`
`
`
`
`
`
` Respectfully submitted,
`
`Rapid Completions LLC
`
`
`By /Justin T. Nemunaitis/
`Hamad M. Hamad, Reg. No. 64,641
`Bradley W. Caldwell (pro hac vice)
`Justin T. Nemunaitis (pro hac vice)
`CALDWELL CASSADY CURRY, P.C.
`2101 Cedar Springs Road, Suite 1000
`Dallas, Texas 75201
`Telephone: 214.888.4848
`Facsimile: 214.888.4849
`hhamad@caldwellcc.com
`bcaldwell@caldwellcc.com
`jnemunaitis@caldwellcc.com
`rapid@caldwellcc.com
`
`Dr. Gregory Gonsalves, Reg. No. 43,639
`GONSALVES LAW FIRM
`2216 Beacon Lane
`Falls Church, Virginia 22043
`Telephone: 571.419.7252
`gonsalves@gonsalveslawfirm.com
`
`
`
`
`
`
`
`
`
`
`
`
`
`CERTIFICATION OF SERVICE
`
`
`
` The undersigned hereby certifies that the foregoing document was
`
`served electronically via e-mail in its entirety on the following counsel of record
`
`for Petitioner:
`
`Mark T. Garrett (Lead Counsel)
`Eagle H. Robinson (Back-up Counsel)
`NORTON ROSE FULBRIGHT US LLP
`mark.garrett@nortonrosefulbright.com
`eagle.robinson@nortonrosefulbright.com
`
`
`
`
`
`
`
`
`
`
` /Hamad M. Hamad/
`
`Hamad M. Hamad, Reg. No. 64,641
`
`
`
`
`
`
`
`Date: April 17, 2017
`
`
`
`
`
`
`
`
`
`