Joseph Gomes

Joseph Gomes

Greater Houston
3K followers 500+ connections

Join to follow

About

Dynamic Executive Director with an extensive record of driving technology acceleration…

Articles by Joseph

See all articles

Activity

Join now to see all activity

Experience

  • Telops Graphic

    Telops

    Houston, Texas, United States

  • -

    New York, United States

  • -

    Houston, Texas Area

  • -

    Hosuton

  • -

    Houston, Texas Area

  • -

    Houston, Texas Area

  • -

    Texas

  • -

  • -

    Tampa/St. Petersburg, Florida Area

  • -

    Fort Pierce, Florida Area

  • -

  • -

    Tampa/St. Petersburg, Florida Area

Education

  • Rice Business Graphic

    Rice University - Jesse H. Jones Graduate School of Management

    -

    -

    Accounting - Management
    Business and Governements
    Capital Investment Analysis - Healthcare
    Corporate Finance
    Cost Accounting
    Data Analysis
    Economics
    Economic Environment of Business
    Ethics
    Emerging Markets
    Finance
    Financial Accounting
    Financial Planning
    Financial Statement Analysis
    Fundamentals of Energy
    Global Operations
    Globalization of Business
    Investments / Portfolio management
    International Operations
    Leadership…

    Accounting - Management
    Business and Governements
    Capital Investment Analysis - Healthcare
    Corporate Finance
    Cost Accounting
    Data Analysis
    Economics
    Economic Environment of Business
    Ethics
    Emerging Markets
    Finance
    Financial Accounting
    Financial Planning
    Financial Statement Analysis
    Fundamentals of Energy
    Global Operations
    Globalization of Business
    Investments / Portfolio management
    International Operations
    Leadership Communications
    Leadership - Coporate
    Managerial Economics
    Marketing
    Negotiations - Business, Contracts
    Operations Management
    Options and Futures
    Organizational Behavior
    Strategy: Action
    Strategy: Theory

  • -

    -

  • -

    Thesis title: "Electronic and Optical Properties of M[Pc(TTF)4] (M = Pb, Cu; Pc(TTF)4 = tetrakis(tetrathiafulvenyl)phthalocyanine)"

  • -

Licenses & Certifications

Volunteer Experience

  • Offshore Technology Conference (OTC) Graphic

    Vice Chair

    Offshore Technology Conference (OTC)

    - Present 10 years 5 months

    Science and Technology

    TMS OTC Program Committee Vice Chair
    OTC is a global event that connects offshore energy professionals from more than 130 countries to collaborate and discuss the challenges, solutions, and changing energy landscape of the offshore energy sector. Across four days, industry thought leaders, investors, buyers, and entrepreneurs will meet in Houston – the energy capital of the world – to develop business partnerships and learn about the latest advances, challenges, and opportunities.

    OTC…

    TMS OTC Program Committee Vice Chair
    OTC is a global event that connects offshore energy professionals from more than 130 countries to collaborate and discuss the challenges, solutions, and changing energy landscape of the offshore energy sector. Across four days, industry thought leaders, investors, buyers, and entrepreneurs will meet in Houston – the energy capital of the world – to develop business partnerships and learn about the latest advances, challenges, and opportunities.

    OTC gives you access to leading-edge technical information, the industry’s largest equipment exhibition, and valuable new professional contacts from around the world.

  • Rice Business Partners Graphic

    Chairperson

    Rice Business Partners

    - Present 6 years 2 months

    Education

    Chairperson for the Rice business partners committee.
    Rice Business Partners is a committed, partnership-based group of business professionals working to open doors, increase collaboration and build ties between Rice Business and the Houston business community.
    Mission Statement
    Connect. Inform. Inspire.

    Open doors to partnership.
    Provide life-long learning and thought leadership
    Energize growth

  • Expanding Frontiers Graphic

    Rockets & Rigs Board Member

    Expanding Frontiers

    - Present 7 years 7 months

    Science and Technology

    Rockets & Rigs brings together two major Texas industries, the space industry and the oil and gas industry, to identify common challenges, find tech solutions, and develop pathways to commercialize these solutions. The program got started with a discussion about similarities between space tech and energy tech in a review authored by Schelle Manning, the director of innovation at a Texas Oil and Gas company. At the same time, Expanding Frontiers was asking the question of “how do we get heavy…

    Rockets & Rigs brings together two major Texas industries, the space industry and the oil and gas industry, to identify common challenges, find tech solutions, and develop pathways to commercialize these solutions. The program got started with a discussion about similarities between space tech and energy tech in a review authored by Schelle Manning, the director of innovation at a Texas Oil and Gas company. At the same time, Expanding Frontiers was asking the question of “how do we get heavy industry interested in space.” So, coming at this from two different directions, we realized that an initiative working at the boundary of space and energy, specifically oil and gas given its importance to the Texas economy, was needed. And so, Rockets & Rigs was born.

  • Houston Exponential Graphic

    Energy Technology Panel

    Houston Exponential

    - 6 years 8 months

    Science and Technology

    Deepwater Technology Symposium
    The Houston Exponetnial and its energy industry sponsors present a symposium on the macro long-term trends and challenges inherent with ultra-Deepwater developments. The program will include a discussion of the technology revolution occurring in subsea field design architecture, SURF and robotics, as well as presentations by companies pursuing leading edge technological advances.

  • AIChE - American Institute of Chemical Engineers Graphic

    Program Committee Member

    AIChE - American Institute of Chemical Engineers

    - 7 years 1 month

    Science and Technology

    Program Committee Member for AIChE OTC and Young Professional Committee

  • Career and Recovery Resources, Inc. Graphic

    Non Profit Operations Consultant

    Career and Recovery Resources, Inc.

    - 2 years

    Economic Empowerment

    Career and Recovery Resources, Inc. envisions people living lives of self-determination and financial viability through behavioral and physical wellness, education, workforce development, and affordable housing.

Publications

  • Accomplishments in Continued-Service Realm

    Journal of Petroleum Technology

    This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper OTC 27840, “Collective Summary of DeepStar Accomplishments Within Continued Service,” by Joseph Gomes, DeepStar, and Greg Kusinski, Chevron, prepared for the 2017 Offshore Technology Conference, Houston, 1–4 May. The paper has not been peer reviewed. Copyright 2017 Offshore Technology Conference. Reproduced by permission.

    Offshore operators must grapple with ways to keep aging floating facilities…

    This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper OTC 27840, “Collective Summary of DeepStar Accomplishments Within Continued Service,” by Joseph Gomes, DeepStar, and Greg Kusinski, Chevron, prepared for the 2017 Offshore Technology Conference, Houston, 1–4 May. The paper has not been peer reviewed. Copyright 2017 Offshore Technology Conference. Reproduced by permission.

    Offshore operators must grapple with ways to keep aging floating facilities on station beyond their original design life. DeepStar is an operator-funded research-and-development joint-industry consortium that includes members of the oil community such as oil and gas companies, vendors, regulators, and academic and research institutes working in multidisciplinary technology areas. The complete paper highlights successes of the consortium in the realm of continuous service.

    Mooring-Integrity Management (MIM)

    Moorings on floating production systems (FPSs) are safety-critical systems, but recent research indicates that there is an imbalance between the critical nature of mooring systems and the attention that they receive. Although they are meticulously engineered against a considerable array of known factors that could accelerate standard wear and tear, there have been numerous underlying causes of mooring-system failures historically. In addition to the complex technical consequences of a mooring-leg failure, one must consider the significant financial burdens posed by support, replacement-part, and lost-production costs. Because mooring systems are designed for a single-leg-failure scenario, production might be limited by reduced operating conditions while replacement mooring-leg components are procured, and any subsequent or concurrent shutdown period might affect production negatively while the repairs are made.

    See publication

  • Technology Advancement Related to Floating Systems and Operations Impact

    Offshore Technology Conference, Houston, Texas, USA, April 2018.

    DeepStar® is an operator funded offshore Technology Development consortium which provides an open collaboration environment between oil & gas (O&G) companies, vendors, regulators and academic/research institutes which started in 1991. This program has been on the forefront offshore knowledge and technology development within the oil and gas industry, with a focus on issues related to continuous operations, flow assurance and industry standards. The program has progressed in the industry, the…

    DeepStar® is an operator funded offshore Technology Development consortium which provides an open collaboration environment between oil & gas (O&G) companies, vendors, regulators and academic/research institutes which started in 1991. This program has been on the forefront offshore knowledge and technology development within the oil and gas industry, with a focus on issues related to continuous operations, flow assurance and industry standards. The program has progressed in the industry, the understanding and mitigation techniques pertaining to hydrate blockage and with the advancement of modeling software, preventative measurements, and chemical treatment has allowed the industry to move from hydrate avoidance to a hydrate management strategy. The program continues to advance the hydrate blockage remediation tools available to the industry by providing an update to modeling software related to multi salt reservoir hydrate modeling or proposing deployable hydrate blockage remediation tools in case of a prolonged shutdown.

    Under the lower for longer oil price environment, a quest for a step change cost reduction solution is an active discussion amongst the industry, highlighted above being able to reduce downtime due to flow assurance issues is one important topic, although as asset age another topic of continued service become an ever-evolving topic. DeepStar has worked extensively on this topic for many years advancing the industry dialogue and assisting with updated industry standard related to integrity management related to floating systems, mooring lines, and risers. Highlighted within this discussion is the industry project on Riser Integrity Management reviewing the industry program framework and future riser database that is being developed. For most facilities the riser component is the most expensive portion of floating production systems and once the riser is retired the facility is decommissioned.

    See publication

  • New Methods Analyze Asphaltene Deposition and Fouling in Reservoirs

    Journal of Petroleum Technology

    This article, written by Special Publications Editor Adam Wilson, contains highlights of paper OTC 27933, “Asphaltene Deposition and Fouling in Reservoirs,” by Mohammad Tavakkoli, Peng He, Pei-Hsuan Lin, Sara Rezaee, Maura Puerto, Rocio Doherty, Jefferson Creek, SPE, Walter Chapman, Sibani Lisa Biswal, and Francisco M. Vargas, Rice University; Jianxin Wang, SPE, and Greg Kusinski, SPE, Chevron; and Joseph Gomes, Deepstar, prepared for the 2017 Offshore Technology Conference, Houston, 1–4 May…

    This article, written by Special Publications Editor Adam Wilson, contains highlights of paper OTC 27933, “Asphaltene Deposition and Fouling in Reservoirs,” by Mohammad Tavakkoli, Peng He, Pei-Hsuan Lin, Sara Rezaee, Maura Puerto, Rocio Doherty, Jefferson Creek, SPE, Walter Chapman, Sibani Lisa Biswal, and Francisco M. Vargas, Rice University; Jianxin Wang, SPE, and Greg Kusinski, SPE, Chevron; and Joseph Gomes, Deepstar, prepared for the 2017 Offshore Technology Conference, Houston, 1–4 May. The paper has not been peer reviewed. Copyright 2017 Offshore Technology Conference. Reproduced by permission.

    Asphaltene precipitation and deposition in production tubing and surface facilities are well-documented issues, and different methods are available to manage them. However, the problems that asphaltenes may cause in the reservoir, especially in the near-wellbore region, are much less understood. This project aimed to develop experimental procedures and modeling methods to establish whether impairment caused by asphaltene deposition in reservoirs is a real problem and to develop an understanding of the mechanisms by which asphaltene precipitates, alters wettability, and obstructs flow by potentially depositing in the formation.

    Introduction

    Asphaltenes are a polydisperse mixture of the heaviest and most polarizable fractions of crude oil. Understanding the asphaltene-deposition problem and the factors affecting it is of great importance to the oil industry because of the costs associated with production loss and remediation activities, such as solvent wash and removal of deposited asphaltenes.

    Several modeling approaches in the literature are used to model asphaltene deposition in porous media. Different mechanisms, such as adsorption, surface deposition, entrainment of deposits, pore-throat plugging, and pore-throat opening, have been considered in these approaches.

    See publication

  • A Collaborative Model for Offshore & Deepwater Technology Consortium

    Offshore Technology Conference, Houston, Texas, USA, May 201

    DeepStar® is an operator funded Research & Development collaboration between oil & gas (O&G) companies, vendors, regulators and academic/research institutes started in 1991. DeepStar has focused on issues and technologies that are required to successfully tackle future development and production challenges identified by DeepStar members.

    The overall discussion is based on thought process from initial equipment design, materials select and qualification, to implementing new subsea…

    DeepStar® is an operator funded Research & Development collaboration between oil & gas (O&G) companies, vendors, regulators and academic/research institutes started in 1991. DeepStar has focused on issues and technologies that are required to successfully tackle future development and production challenges identified by DeepStar members.

    The overall discussion is based on thought process from initial equipment design, materials select and qualification, to implementing new subsea technologies. In recent years, DeepStar has had a focused effort within the area of HPHT, in material selection and technology standardization, and this presentation will highlight this continuous work during the conference.

    The drive is to understand current industry efforts and developing a roadmap of industry capabilities and gaps for 20K completions focusing future efforts to areas where potential roadblocks may still exist. DeepStar has developed a current state of shearing technology by surveying and documenting existing industry BOP technology and capability for shearing. To carrying out design verification and the verification of the methods prescribed in API SC 17 TR 8 using the representative 5 inch 20 K / 350°F TEE flange, and the funding of the qualification and development of a 20 ksi rated tubular composite riser suitable to be used in deep and ultra-deep waters.

    DeepStar focuses on developing standardized approaches for materials and systems qualification. The approach is to start by understanding the design conditions that equipment will operate under and by developing a comprehensive listing of all reservoir and fluid data needed for laboratory analyses and corrosion modeling as inputs for the material selection basis of design (MSBOD).

    See publication

  • Hydrate Management for Systems with High Salinity Brines at Ultra-High Pressures

    Offshore Technology Conference, Houston, Texas, USA, May 2017.

    Reliable prediction of hydrate phase equilibrium is necessary for operations in deepwater oil and gas production which go beyond hydrate management in pipe flow, such as, setting depth of surface-controlled subsurface safety valve (SCSSV) and identification of effective risk mitigation. There are a number of fields being developed and producing with brines with salt concentration near/at saturation, creating conditions where hydrate formation may lead to salt precipitation. High salinity brines…

    Reliable prediction of hydrate phase equilibrium is necessary for operations in deepwater oil and gas production which go beyond hydrate management in pipe flow, such as, setting depth of surface-controlled subsurface safety valve (SCSSV) and identification of effective risk mitigation. There are a number of fields being developed and producing with brines with salt concentration near/at saturation, creating conditions where hydrate formation may lead to salt precipitation. High salinity brines coupled with high pressures (> 10,000 psia) are conditions for which no hydrate phase equilibrium data exist in the open literature. This study, funded by DeepStar®, quantified the impact of high salinity brines in the formation of hydrates by the measurements of hydrate stability conditions in saline systems with under-saturated to saturated concentration through newly designed apparatus and development of correlation based on hydrate suppression temperature,providing reliable prediction results for hydrate phase equilibria in both NaCl and CaCl2 systems up to near-saturated concentrations.

    See publication

  • Steel Lazy-Wave Risers in Harsh Environment Tests Completed

    Chevron Energy Technology Company

    DeepStar has completed a series of industry leading tests by this Chevron championed project to progress maturity of the steel lazy wave risers (SLWR) for service in harsh environment. The tests were conducted at the Jiao Tong University’s Key State Laboratory in Shanghai China by CSME members and SBM, which was contracted to provide engineering support. DeepStar management and CSME members worked together with SBM and the Key State Laboratory to create a program with significant leverage (2MM…

    DeepStar has completed a series of industry leading tests by this Chevron championed project to progress maturity of the steel lazy wave risers (SLWR) for service in harsh environment. The tests were conducted at the Jiao Tong University’s Key State Laboratory in Shanghai China by CSME members and SBM, which was contracted to provide engineering support. DeepStar management and CSME members worked together with SBM and the Key State Laboratory to create a program with significant leverage (2MM USD) utilizing their expertise and in-kind work as well using facilities that were constructed by other oil companies for this type of testing. This first of a kind model testing program lasted 5 weeks and was carried out successfully, collecting high quality data. The test included scenarios of FPSO and semi-submersible type floaters with lazy wave riser in Gulf of Mexico hurricane conditions. The results will be used to validate existing design methods and provide guidance to many Chevron projects that are considering lazy wave risers due to their improved performance compared with simple steel catenary risers (SCRs).

  • Collaboration takes industry to new technical highs, greater depths

    Offshore

    DeepStar serves as incubator for multi-participant R&D
    Offshore operators face the continuing challenge of meeting the global population's growing demand for oil and gas while conducting field operations safely, efficiently, and cost-effectively. Solutions to these dual challenges are best realized through collaborative technology developments that minimize risk and optimize results. This has been the core mission of the DeepStar joint industry development project for more than 20…

    DeepStar serves as incubator for multi-participant R&D
    Offshore operators face the continuing challenge of meeting the global population's growing demand for oil and gas while conducting field operations safely, efficiently, and cost-effectively. Solutions to these dual challenges are best realized through collaborative technology developments that minimize risk and optimize results. This has been the core mission of the DeepStar joint industry development project for more than 20 years.
    Since its inception in 1991, DeepStar has served as an incubator for collaborative development of technologies that enhance deepwater exploration, drilling, and production. DeepStar's consensus-driven approach to technical collaboration, guided by its close involvement and consultation of its 70-plus member organizations, has delivered advances across the deepwater E&P spectrum, from reservoir appraisal, ultra-deepwater drilling and completions, flow assurance, subsea processing solutions to floating structures and life extension. As the industry moves farther from shore into more challenging reservoirs and deeper waters, DeepStar is positioned to keep advancing new technical solutions in a collaborative environment.
    The following is a review of some of the 20 key research initiatives under way in DeepStar's Phase XII development, which began in January 2014 and runs until the end of 2016

    See publication

  • DeepStar Steel Lazy-Wave Risers in Harsh Environment Kick-Off

    Chevron Energy Technology Company

    DeepStar has kicked-off this Chevron championed project to progressmaturity of the steel lazy wave risers (SLWR) for service in harsh environment. This riser concept extends the application of Steel Catenary Risers (SCRs) to harsher environment and operating conditions. Currently, SLWRs are being considered at new projects by many operators as an enabling solution. The kick-off included presentations by operators and engineering service companies to understand the state of the art and…

    DeepStar has kicked-off this Chevron championed project to progressmaturity of the steel lazy wave risers (SLWR) for service in harsh environment. This riser concept extends the application of Steel Catenary Risers (SCRs) to harsher environment and operating conditions. Currently, SLWRs are being considered at new projects by many operators as an enabling solution. The kick-off included presentations by operators and engineering service companies to understand the state of the art and challenges that led to a technology gap assessment. As an outcome, a comprehensive model testing program was formulated to address the gaps and is planned for September at the State Key Laboratory of the Jia Tong University in China. The results will be used to validate existing design methods.

    See publication

  • Functionalized monolayer and double decker TTF Phthalocyanine complexes with unique multi dimensional electronic, optical, and magnetic properties

    EJIC

    Other authors
    • Ray L. Gomes J. Kovnir K. Shatruk M

  • Tb- sandwich type complex of TTF-functionalized phthalocyanine that exhibits single-molecule magnetism

    Polyhedron

    Other authors
    • Ray L. Gomes J. Shatruk M
Join now to see all publications

Patents

  • Corporate Patents

    US

Projects

  • Technology Development & Deployment Projects

    Areas of Focus:
    Geoscience
    Regulatory
    Flow Assurance
    SubSea Systems Engineering
    Floating Systems, Fixed & Floating Offshore Production
    Drilling, Completions, Interventions & Decomissioning
    MetOcean
    Systems Engineering
    Autonomous Operations
    Green House Gas (GHG) Emissions / Carbon Abatement

  • Presentations

    ADIPEC: 2023, 2021, 2020, 2017
    AIChE Southwest Process Technology Conference, Galveston, TX: 2014
    API: 2017, 2016
    ATCE SPE: 2023, 2020
    AWS Energy: 2023
    Blockchain: 2019
    CERA Week: 2023, 2022, 2019, 2017
    Decom World: 2017, 2015
    Deepwater Decommissioning: 2017
    Deepwater Operations & Topsides, Platforms & Hulls: 2023, 2022, 2021, 2020, 2019, 2018, 2017
    Deepwater Mexico: 2020
    Energy Clean Technology Forum: 2015
    Energy Council: 2021
    Energy Drone & Robotics:…

    ADIPEC: 2023, 2021, 2020, 2017
    AIChE Southwest Process Technology Conference, Galveston, TX: 2014
    API: 2017, 2016
    ATCE SPE: 2023, 2020
    AWS Energy: 2023
    Blockchain: 2019
    CERA Week: 2023, 2022, 2019, 2017
    Decom World: 2017, 2015
    Deepwater Decommissioning: 2017
    Deepwater Operations & Topsides, Platforms & Hulls: 2023, 2022, 2021, 2020, 2019, 2018, 2017
    Deepwater Mexico: 2020
    Energy Clean Technology Forum: 2015
    Energy Council: 2021
    Energy Drone & Robotics: 2023
    Energy Transition: 2023
    Floating Wind: 2023, 2022
    Flow Assurance AICHE: 2022
    Flow Assurance SPE Brasil: 2022
    Global FPSO: 2017, 2015
    GOM Life Extension: 2019
    GOTIA: 2015, 2014
    Gulf Research: 2016
    Houston Greater Partnership: 2023
    HPHT: 2017, 2016
    HTC Houston Technology Center: 2014
    IADC: 2019, 2017, 2015
    MCEDD Deepwater Development: 2022
    NAPE: 2023
    NASA: 2015
    NOIA: 2022, 2021, 2016
    Ocean Energy Safety Institute: 2023, 2017, 2016, 2015, 2014
    OESI Risk Forum & Emerging Technology: 2014
    Ocean, Offshore and Arctic Engineering: 2022
    Offshore: 2015
    OTC [Offshore Technology Conference, Houston TX]: 2023, 2022, 2021, 2019, 2018, 2017, 2016, 2015, 2014, 2013, 2012
    OTC Asia: 2022, 2020, 2018, 2014
    OTC Brasil: 2023 2015 2013
    PECOM: 2017
    PetroPhase: 2023, 2015
    PRCI Research Exchange: 2019, 2014
    Rice Alliance: 2023, 2017
    Rice Energy Finance, 2015
    Robotics for Inspection: 2022
    Rockets and Rigs: 2019, 2018
    Sprint Robotics: 2023, 2021
    Subsea Integrity Conference: 2014
    Subsea Tieback: 2023, 2022, 2021, 2017,
    Subsea Eastern Mediterranean: 2023
    TMS: 2015
    UTC: 2023, 2022
    Venture Houston: 2023
    World Oil: 2016
    World Petroleum Congress: 2023, 2021,

  • Technology Development & Deployment Projects - Fixed & Floating Offshore Production 2 of 2

    -

    21401 Database of Mooring Integrity Issues - Phase II
    21402 Testing of Serpentina FPSO HMPE Mooring Ropes
    21403 Qualification of Fiber Ropes to Replace Top Chain for Offshore Mooring
    21141 Standardization of Inspection to Enable Digital Twin
    21142 Reducing operational and capital risks through unified FPSO process & turbomachinery automation solution development
    21143 Flow-Induced Vibration Predicting Method Study for Subsea Flowlines/Risers
    21144 Standardization of Inspection…

    21401 Database of Mooring Integrity Issues - Phase II
    21402 Testing of Serpentina FPSO HMPE Mooring Ropes
    21403 Qualification of Fiber Ropes to Replace Top Chain for Offshore Mooring
    21141 Standardization of Inspection to Enable Digital Twin
    21142 Reducing operational and capital risks through unified FPSO process & turbomachinery automation solution development
    21143 Flow-Induced Vibration Predicting Method Study for Subsea Flowlines/Risers
    21144 Standardization of Inspection to Enable Digital Twin
    22401 Inverse Wave Field Estimation and Mooring Integrity by Using Machine Learning
    22403 Fiber Ropes to Replace Top Chain for Offshore Mooring- Extended Marine Exposure
    22141 Ammonia Production – Offshore Gas Monetization
    22142 Reducing operational and capital risks through unified FPSO process & turbomachinery automation solution development
    22143 Flow-Induced Vibration Predicting Method Study for Subsea Flowlines/Risers
    22144 Feasibility Study on combined systems of floating offshore wind, wave energy and subsea battery
    23141 Data collection and simulation technology development using amphibious drones Space entertainment Laboratory
    Core Project
    23401 Inverse Wave Field Estimation and Mooring Integrity by Using Machine Learning

  • Technology Development & Deployment Projects - Subsea Systems Engineering 2 of 2

    -

    Subsea Systems Engineering Subcommittee
    21301, 20301Applications for Thermoplastic Composite Pipe in Deepwater
    21302 Analysis of Reliability and Availability of Subsea Chemical Storage
    21303 Applying Free Space Optics subsea wireless communication
    21304 Barrier fluid-less subsea condensate pump
    21306 Gas/liquid separation at high pressure
    22301 Optimized Chemicals for Subsea Chemicals Storage and Injection Systems (SCSIS)
    22302 Subsea Chemical Storage and Injection…

    Subsea Systems Engineering Subcommittee
    21301, 20301Applications for Thermoplastic Composite Pipe in Deepwater
    21302 Analysis of Reliability and Availability of Subsea Chemical Storage
    21303 Applying Free Space Optics subsea wireless communication
    21304 Barrier fluid-less subsea condensate pump
    21306 Gas/liquid separation at high pressure
    22301 Optimized Chemicals for Subsea Chemicals Storage and Injection Systems (SCSIS)
    22302 Subsea Chemical Storage and Injection System
    22303 Subsea Control System Interfaces Supporting Subsea Wireless Devices
    22131 Nanosorbent Technology Platform for the Removal and Recovery of Metals from Produced Water
    22133. 21133, 20133 Application Study and Field Trial of Omni-Directional Optical Wireless Communication System
    23131 Development of tracking technology for subsea buried cables/pipes using magnetometer on AUV
    23132 Subsea Well Alert Autonomous Monitoring System for Abandoned & Orphaned Well/ Rigid-Jumper Vibration
    23301 Electric subsea HIPPS – System Configuration and SIL
    23305, 21305 Pipeline Plug Phase II- Part 2: Localization using Acoustics

  • Technology Development & Deployment Projects - Autonomous Operations

    -

    22601 Electrification of NUF
    22602 NUF without HVAC system
    22161 PoC of YRSP (Yokogawa Robotics Services Platform) and EX ROVR (explosion proof autonomous inspection robot developed by Mitsubishi)
    22162 Robotic Intervention During Outages NUF
    22163 UT Drone for offshore inspections
    23161 PoC of YRSP (Yokogawa Robotics Services Platform) and EX ROVR (explosion proof autonomous inspection robot developed by Mitsubishi)
    23162 Robotic Intervention During Outages NUF
    23163 UT…

    22601 Electrification of NUF
    22602 NUF without HVAC system
    22161 PoC of YRSP (Yokogawa Robotics Services Platform) and EX ROVR (explosion proof autonomous inspection robot developed by Mitsubishi)
    22162 Robotic Intervention During Outages NUF
    22163 UT Drone for offshore inspections
    23161 PoC of YRSP (Yokogawa Robotics Services Platform) and EX ROVR (explosion proof autonomous inspection robot developed by Mitsubishi)
    23162 Robotic Intervention During Outages NUF
    23163 UT Drone for offshore inspections
    23601 AUV CONOPs – Concept of Operation & Future Subsea Field Design for Autonomous Operations
    23602 B Robotics for sensors remote application

  • Technology Development & Deployment Projects - Drilling, Completions, Intervention & Decommissoning

    -

    Drilling, Completion & Intervention
    17501 – Shear Ram Systems
    18501 Downhole Early Kick Detection
    19151 ESP with Magnetic Drive System (MDS) for Deep Water
    20501 Core Project – Topside Monitoring of Subsea Pump Systems
    20151 ESP with Magnetic Drive System (MDS) for Deep Water
    20152 Establishment of cost-effective monitoring method for HPHT reservoir and downhole by using P-T sensor-equipped flowable ball
    20153 Smart Dissolvable Plugged Nozzle Assemblies (DPNAs) to be…

    Drilling, Completion & Intervention
    17501 – Shear Ram Systems
    18501 Downhole Early Kick Detection
    19151 ESP with Magnetic Drive System (MDS) for Deep Water
    20501 Core Project – Topside Monitoring of Subsea Pump Systems
    20151 ESP with Magnetic Drive System (MDS) for Deep Water
    20152 Establishment of cost-effective monitoring method for HPHT reservoir and downhole by using P-T sensor-equipped flowable ball
    20153 Smart Dissolvable Plugged Nozzle Assemblies (DPNAs) to be Installed on Limited Entry Liners with Tracer - Release Capability for Extended Reach Deviated Wells
    21501 Waste Completion Fluids to Clear Brines
    21152 Establishment of cost-effective monitoring method for HPHT reservoir and downhole by using P-T sensor-equipped flowable ball
    21153 Smart Dissolvable Plugged Nozzle Assemblies (DPNAs) to be Installed on Limited Entry Liners with Tracer - Release Capability for Extended Reach Deviated Wells
    22501 Electric SCSSV
    22151 Thermally Stable CRA and Sealing Technology for Enhanced Geothermal Systems
    22152 Establishment of cost-effective monitoring method for HPHT reservoir and downhole by using P-T sensor-equipped flowable ball
    22153 Smart Dissolvable Plugged Nozzle Assemblies (DPNAs) to be Installed on Limited Entry Liners with Tracer - Release Capability for Extended Reach Deviated Wells
    23151 Thermally Stable CRA and Sealing Technology for Enhanced Geothermal System
    23501 A Offshore Decommissioning: Planning the End at the Beginning

    Other creators

  • Technology Development & Deployment Projects - Flow Assurance

    -

    17201 Measurements of Gas Hydrate Phase Equilibria For Brine
    17202 Hydrate Electric Squid
    17203 Development Benchmarks for LDHIS Using Rock-Flow cell
    18201 Concurrent Wax and Hydrates Deposition
    18202 Plugged Flowline Diagnostic Technologies
    18203 Quantifying the Effect of Insulation on hydrate deposition in Gas-Filled Deadlegs
    19201 Gas Hydrate Plug Remediation & A Safety Simulator
    19202 Hydrate Agglomeration from High Salinity Brines
    19203 Hydrate Formation and…

    17201 Measurements of Gas Hydrate Phase Equilibria For Brine
    17202 Hydrate Electric Squid
    17203 Development Benchmarks for LDHIS Using Rock-Flow cell
    18201 Concurrent Wax and Hydrates Deposition
    18202 Plugged Flowline Diagnostic Technologies
    18203 Quantifying the Effect of Insulation on hydrate deposition in Gas-Filled Deadlegs
    19201 Gas Hydrate Plug Remediation & A Safety Simulator
    19202 Hydrate Agglomeration from High Salinity Brines
    19203 Hydrate Formation and Transportation During Cold Restart in an Industrial-Scale Riser
    19204 Hydrate Formation and Transportability in CO2-rich and N2-rich Systems Cancelled
    19121 Enhanced Flowback Technology for Offshore Application
    19122 Chemical Injection System
    20201 Hairy-Nanoparticles to Prevent Asphaltene Deposition in the Near-Well Region
    20202 Hydrate Formation and Transportability in CO2-rich Systems
    20203 Optimal facility operability envelope in erosion/corrosion environment
    20121 NanoActive EFT (Enhanced Flowback Technology) for Offshore Application
    21201 Effect of JT cooling on hydrate formation and deposition mechanisms
    21202 Large scale, multiphase flow wax deposition for crude oil systems
    21121 NanoActive EFT (Enhanced Flowback Technology) for Offshore Application
    22201 Asphaltene deposition Studies in Pipe Flow Conditions
    22202 Characterization of Hydrates Formed in CO2-Rich Systems
    22122, 21122, 20122 Prevention and Remediation of Asphaltene Deposition and Hydrate Formation at Field Conditions - Assessment and Modeling
    22123 Optimization of compression performance of CCUS using process model-based control technology
    23121, 22121 Hydrogen-Natural Gas Blends Phase Behavior for Safe Offshore Pipeline Transport of Low-Carbon Energy
    23123 Optimization of compression performance of CCUS using process model-based control technology
    23201 Asphaltene Management
    23202 Remediation Strategies for CO2-rich Hydrate for CCUS
    23002 Application of Hairy-Nanoparticles to Inhibit Asphaltene Deposition

  • Technology Development & Deployment Projects - Green House Gas (GHG) Emissions / Carbon Abatement

    -

    22701 Dynamic HVDC (high voltage direct current)
    22702 Renewables for Subsea Power
    22703 Subsea Processing Impact on GHG emission and decarbonization
    22171 Semipermanent Ocean Bottom Seismic Node for CCS monitoring
    22172 Wave Energy Harvesting System Utilizing PVDF Piezoelectric Film
    23171 Semipermanent Ocean Bottom Seismic Node for CCS monitoring
    23172 Development of seabed permanent CCS reservoir monitoring system with Optical Hybrid Ocean Bottom Cable
    23173 Carbon…

    22701 Dynamic HVDC (high voltage direct current)
    22702 Renewables for Subsea Power
    22703 Subsea Processing Impact on GHG emission and decarbonization
    22171 Semipermanent Ocean Bottom Seismic Node for CCS monitoring
    22172 Wave Energy Harvesting System Utilizing PVDF Piezoelectric Film
    23171 Semipermanent Ocean Bottom Seismic Node for CCS monitoring
    23172 Development of seabed permanent CCS reservoir monitoring system with Optical Hybrid Ocean Bottom Cable
    23173 Carbon Dioxide & Greenhouse Gas Capture using Metal Organic Frameworks (MOFs)
    23174 Nanofluids for CO2 Capture from flue gases
    23175 Line Pipe Materials Performance for Hydrogen Transportation
    23176 Application of Offshore Methane Gas by Novel Oxidation Technology
    23177 On-site Methane Conversion Platform Utilizing Catalytic Activated Carbon
    23701 Dynamic HVDC (high voltage direct current)
    23702 Interaction between CO2 Injection Wells and the Network

  • Technology Development & Deployment Projects - Fixed & Floating Offshore Production 1 of 2

    -

    Floating Systems & Met-Ocean Subcommittee
    17402 Integrity Management of Marine Systems
    17403 Low-Cost FPSO Alternative/Dry Tree
    17403 Low-Cost FPSO Alternative/Wet Tree
    17404 Improving Mooring Reliability Through Better Standards
    18401 Accurate and Reliable Surface Measurement
    18402 Riser Continued Service Functional Specification for In-Situ Riser Inspection Tools
    18403 Data Standardization for Digital Lifecycle
    19401 Accurate and Reliable Real-time Surface Current…

    Floating Systems & Met-Ocean Subcommittee
    17402 Integrity Management of Marine Systems
    17403 Low-Cost FPSO Alternative/Dry Tree
    17403 Low-Cost FPSO Alternative/Wet Tree
    17404 Improving Mooring Reliability Through Better Standards
    18401 Accurate and Reliable Surface Measurement
    18402 Riser Continued Service Functional Specification for In-Situ Riser Inspection Tools
    18403 Data Standardization for Digital Lifecycle
    19401 Accurate and Reliable Real-time Surface Current Measurements from Fixed and Floating Facilities
    19402 Fiber Rope for Top & Mudline Mooring Line Segments
    19403 Improving Mooring Integrity through Standardized Inspection and Fit-For-Service Assessment
    19404 Riser Continued Service / Life Extension
    19141 Acid Gas Removal (AGR) and Re-injection Project
    19142 The Development for Ballast Tank Coating
    19143 Fixed Equipment Integrity Operating Windows based on Facility Operating Conditions
    20401 Database of Mooring Integrity Issues and Lessons Learned
    20402 Floating Production Normally Unattended Installation (NUI)–1Y
    20403 Title: Management of Safety Devices in a NUF Environment Appendices
    20141 Acid Gas Removal (AGR) and Re-injection Project
    20142 Reducing operational and capital risks through unified FPSO process & turbomachinery automation solution development
    20143 Flow-Induced Vibration Predicting Method Study for Subsea Flowlines/Risers
    20144 Standardization of Inspection to Enable Digital Twin

  • Technology Development & Deployment Projects - Subsea Systems Engineering 1 of 2

    -

    Subsea Systems Engineering Subcommittee
    17301 Long Distance Tieback-Power Buoy
    17302 Subsea Chemical Storage & Injection
    18301 Integrated Flowline cost reduction program
    18302 Subsea Asset Integrity - Docking Station Standardization
    18304 Subsea Electrical Fail-Safe Valves
    18305 Subsea Leak Detection with AUV
    18306 Thermoplastic Composite Pipe in DeepWater
    19301 Analysis of Reliability and Availability of Electro-Hydraulic Actuation System vs All Electric Actuation…

    Subsea Systems Engineering Subcommittee
    17301 Long Distance Tieback-Power Buoy
    17302 Subsea Chemical Storage & Injection
    18301 Integrated Flowline cost reduction program
    18302 Subsea Asset Integrity - Docking Station Standardization
    18304 Subsea Electrical Fail-Safe Valves
    18305 Subsea Leak Detection with AUV
    18306 Thermoplastic Composite Pipe in DeepWater
    19301 Analysis of Reliability and Availability of Electro-Hydraulic Actuation System vs All Electric Actuation System for Subsea Production Architecture
    19302 Efficient dewatering methods for deepwater pipelines
    19303 Welding of High-Strength Steel Pipe
    19304 A Field development down to 4000 meters moved to 2020 Program year (project 20306)
    19305 Composite Flowlines
    19131 Demonstration of Capability of Inspection Tool Unit(ITU)mounted on AUV Appendix A Appendix
    19132 Qualification of High-Pressure SDSS Umbilical Tubing
    19133 Subsea Omni Directional Optical Wi-Fi System
    19134 Underwater Wireless Power Transfer
    20302 AUV Collision De-Risking via Simulation
    20303 AUV Interface Standards Phase 3
    20304 Remote zero carbon power for electric subsea operations
    20305 Subsea Large Particle Detector
    20306 A Field development down to 4000 meters

  • HTC Presents Deepwater Technology Symposium

    -

    Technology Trends in Deepwater Field Development
    Over 300 billion barrels of recoverable oil lie beneath Deepwater.
    The Houston Technology Center and its energy industry sponsors present a three part symposium reviewing thought leadership on macro long-term trends and challenges inherent with ultra Deepwater developments.
    The program will include a discussion of the technology revolution occurring in subsea field design architecture, SURF and robotics, as well as presentations by…

    Technology Trends in Deepwater Field Development
    Over 300 billion barrels of recoverable oil lie beneath Deepwater.
    The Houston Technology Center and its energy industry sponsors present a three part symposium reviewing thought leadership on macro long-term trends and challenges inherent with ultra Deepwater developments.
    The program will include a discussion of the technology revolution occurring in subsea field design architecture, SURF and robotics, as well as presentations by specific companies pursuing the leading edge of technology advances.

    See project

  • Technology Development & Deployment Projects - Geoscience, Flow Assurance, Subsea

    -

    DeepStar - Chevron Program

    Geoscience
    12001 - Large Hydrophone Array for Efficient Deepwater 3D VSP Acquisition;
    11001 - Integrated Shale Mechanics;

    Regulatory

    Flow Assurance
    12201 - Asphaltene Deposition and Fouling in Reservoirs;
    12202 - Gas Hydrate Formation under Extreme Conditions of High Pressure and High Salinity;
    12203 - Wet gas multiphase flows, sand-fines transport / erosion tests in 16" & 4" facility;
    12204 - Guidelines/Benchmarks for…

    DeepStar - Chevron Program

    Geoscience
    12001 - Large Hydrophone Array for Efficient Deepwater 3D VSP Acquisition;
    11001 - Integrated Shale Mechanics;

    Regulatory

    Flow Assurance
    12201 - Asphaltene Deposition and Fouling in Reservoirs;
    12202 - Gas Hydrate Formation under Extreme Conditions of High Pressure and High Salinity;
    12203 - Wet gas multiphase flows, sand-fines transport / erosion tests in 16" & 4" facility;
    12204 - Guidelines/Benchmarks for LDHI/AA Standardized Testing Protocols;
    11201- Hydrate Remediation in Subsea Flowlines: Technologies - Design & Operation Guidelines and Best Practices;
    11203 - Hydrate Plugging Mechanism from Deposition on Surfaces;
    11204 - Monitoring of Hydrates in Pipelines;
    11205 – Wax Predication Confidence and Pigging Risk,
    11206 – Transient Simulation for HIPPS System Design,

    SubSea
    12301 - Pipeline Integrity Management Initiative
    12302 - 20Ksi Systems;
    11301 - Alt-to-ILI Phase 4;
    11302 - Alt-to-ILI Phase 3;
    11303 - Crack Detection Pig Development;
    11304 - AUV Interface Standards for Ultra Deepwater Fields & Industry Requirements for AUV Inspections;
    11305 – Pigging Operations in a Single Multiphase Flowline ;
    11306 – Subsea Wireless Communications; QintetiQ;

  • Technology Development & Deployment Projects - Floating Systems, Driling, Reservoir

    -

    Floating Systems
    12401 – Continuing Service Guidance for Ageing Floating Infrastructure;
    12401B – Continuing Service Guidance for Ageing Floating Infrastructure;
    12402 - Integrity Management of Mooring Systems against Corrosion;
    12403 - Ultra Deepwater 20 KSI Composite Tubular;
    12404 - New Generation Computational Approach for Detailed Analysis of Flexible Risers;
    12405 - Steel Lazy Wave Riser (SLWR) for Harsh Environment and High Vessel Motions;
    12406 - Continued…

    Floating Systems
    12401 – Continuing Service Guidance for Ageing Floating Infrastructure;
    12401B – Continuing Service Guidance for Ageing Floating Infrastructure;
    12402 - Integrity Management of Mooring Systems against Corrosion;
    12403 - Ultra Deepwater 20 KSI Composite Tubular;
    12404 - New Generation Computational Approach for Detailed Analysis of Flexible Risers;
    12405 - Steel Lazy Wave Riser (SLWR) for Harsh Environment and High Vessel Motions;
    12406 - Continued Development of 20Ksi Flexible Pipe and Riser – Full Scale Qualification;
    12407 – Testing of High Strength Connected Riser;
    11401 - HP Flexible Flowline for Ultra Deepwater;
    11402 – Deepwater Riser Parameter Assessment;
    11403 - Production Riser Surveillance via Shape Monitoring;
    11404 - Cost Effective Dry Tree Solutions for 4 to 6 Wells;
    11405-A/B - Development of Guidelines for Risk-Based Mooring Integrity;

    Drilling & Completions
    12501 – 20Ksi Well Drilling System MODU Upgrade;
    12502 - 20 ksi HPHT Completion Design Considerations and Well Intervention Systems;
    12503 - Standardized Materials Selection Basis of Design and Equipment Testing Criteria;
    12504 -Real Time Monitoring for Critical Barriers
    12505 -Analysis of current technology and capabilities for shearing
    11501 – ESP Systems for Deepwater Applications - Validation Testing Protocols for Wellhead Connectors and Packer Penetrators;

    Management

    Reservoir
    12701 – Appraisal Look-Back; Focused Data mining;
    12702 – Catalytic In-Situ CO2 Generation
    11701 – Real Time Reservoir Production Monitoring L. Wilcox Production Profile Monitoring ;
    11703: Well Performance Drivers through Data Mining

  • Technology Development & Deployment Projects - MetOcean, Systems Engineering

    -

    MetOcean
    12801 Estimating Marine Growth in Deepwater
    12802 Extra-Tropical/Winter Storm Design Wind Relationships
    12803 Extended Deepwater Ocean Current Hindcast
    12804 Improved Boundary Conditions for Deepwater Ocean Current Hindcast
    11801 Evaluation of TTW Forecasting Ability
    11802 Analysis of the Characteristics of Hurricane and Non-Hurrican Marine Winds for the Development of Design Statndard Recommendations for Modeling
    11803 Addition of ESP Data and DeepStar Data to the…

    MetOcean
    12801 Estimating Marine Growth in Deepwater
    12802 Extra-Tropical/Winter Storm Design Wind Relationships
    12803 Extended Deepwater Ocean Current Hindcast
    12804 Improved Boundary Conditions for Deepwater Ocean Current Hindcast
    11801 Evaluation of TTW Forecasting Ability
    11802 Analysis of the Characteristics of Hurricane and Non-Hurrican Marine Winds for the Development of Design Statndard Recommendations for Modeling
    11803 Addition of ESP Data and DeepStar Data to the DeepStra Database

    Systems
    12901 – Subsea Systems for EOR Water Injection;
    12902– SS Electrical Power Strategies and Roadmap;
    12903: Long Distance Subsea Tieback Configuration Study
    12904: Environmental Strategy for Enabling Subsea Discharge - Phase 1
    11901A- Subsea Systems for Low Salinity Water Injection EOR;
    11901B- Subsea Systems for Low Salinity Water Injection EOR;
    11902 – Evaluation of Emerging Pressure Boosting Pump Technologies; I
    11903 - High Power Downhole Wet-Mate Electrical Connectors for ESP's;
    11904 – Subsea Integrity Assurance for New Technology;

  • Certifications

    -

    2010-2013:
    Chemical Engineering for Chemist
    Cross-Fractionation Techniques
    Experimental Design for Productivity and Quality in Research & Development
    Fundamentals of Lab Management for New Managers
    Fundamentals of Polymers and Interfaces for Adhesives, Composites and Sustainable Structures
    FMC Technologies Subsea Systems Integration
    Gel Permeation Chromatography Applications in Polyolefins
    Gel Permeation Chromatography Basics
    Gel Permeation Chromatography Practical…

    2010-2013:
    Chemical Engineering for Chemist
    Cross-Fractionation Techniques
    Experimental Design for Productivity and Quality in Research & Development
    Fundamentals of Lab Management for New Managers
    Fundamentals of Polymers and Interfaces for Adhesives, Composites and Sustainable Structures
    FMC Technologies Subsea Systems Integration
    Gel Permeation Chromatography Applications in Polyolefins
    Gel Permeation Chromatography Basics
    Gel Permeation Chromatography Practical Considerations
    Hazop Risk Management
    High Temperature HPLC of Polyolefines
    Introduction to Polyolefin Microstructure
    Molecular Structure and Properties
    Morphology and Thermal Analysis
    Polymer Chemistry
    Polymeric Coating
    Polymer Science and Technology
    Polyolefin Characterization Techniques
    Polyolefin Separation and Fractionation
    Polyolefin Rheology
    Polyolefin Spectroscopy
    Preparative Fractionation

  • Presentations

    -

    2013 American Society for Mass Spectrometry, Minneapolis, MN
    2013 Gordon Research Conference Polymers, South Hadley, MA
    2013 OTC Offshore Technology Conference, Houston TX
    2013 AIChe Spring Meeting and 9th Global Congress on Process Safety, San Antonio, Texas
    2013 International Polyolefins Conference, Houston TX
    2012 Arctic Technology Conference, Houston TX
    2012 AIChe Regional Process Tecnology Conference, Houston, TX
    2012 AIChe Annual Meeting, Pittsburgh, PA
    2012 4th…

    2013 American Society for Mass Spectrometry, Minneapolis, MN
    2013 Gordon Research Conference Polymers, South Hadley, MA
    2013 OTC Offshore Technology Conference, Houston TX
    2013 AIChe Spring Meeting and 9th Global Congress on Process Safety, San Antonio, Texas
    2013 International Polyolefins Conference, Houston TX
    2012 Arctic Technology Conference, Houston TX
    2012 AIChe Regional Process Tecnology Conference, Houston, TX
    2012 AIChe Annual Meeting, Pittsburgh, PA
    2012 4th International Conference on Polyoflein Characterization, Woodlands, TX
    2012 ACS Fall 2012 National Meeting and Exposition, Philadelphia, PA
    2012 Pittcon Conference & Exposition – Orlando, Florida

  • Presentations

    -

    PRESENTATIONS
    2011 FAME: 87th Annual ACS Florida Annual Meeting and Exposition, Tampa, FL
    2010 FAME: 86th Annual ACS Florida Annual Meeting and Exposition, Tampa, FL Poster: “Synthesis, Electronic, and Optical Properties of Cu and Pb Complexes with TTF-functinalized Phthalocyanine”
    2009 Inorganic Symposium FSU: Oral: “Magnetic Liquid Crystals.”
    2009 Department/Inorganic Symposium FSU: Oral: Cu and Pb Complexes of Tetrathiafulvalene Functionalized…

    PRESENTATIONS
    2011 FAME: 87th Annual ACS Florida Annual Meeting and Exposition, Tampa, FL
    2010 FAME: 86th Annual ACS Florida Annual Meeting and Exposition, Tampa, FL Poster: “Synthesis, Electronic, and Optical Properties of Cu and Pb Complexes with TTF-functinalized Phthalocyanine”
    2009 Inorganic Symposium FSU: Oral: “Magnetic Liquid Crystals.”
    2009 Department/Inorganic Symposium FSU: Oral: Cu and Pb Complexes of Tetrathiafulvalene Functionalized Phthalocyanine”
    2009 FIMS: 7th Annual Florida Inorganic and Materials Symposium, Gainesville, FL
    Poster: ““Electronic and Optical Properties of M[Pc(TTF)4] (M = Pb, Cu; Pc(TTF)4 = tetrakis(tetrathiafulvenyl)phthalocyanine)”
    2009 ACS Fall 2009 National Meeting and Exposition, Washington DC Poster: “Electronic and Optical Properties of M[Pc(TTF)4] (M = Pb, Cu; Pc(TTF)4 = tetrakis(tetrathiafulvenyl)phthalocyanine)”
    2009 FAME: 85th Annual ACS Florida Annual Meeting and Exposition, Kissimmee, FL Poster: “Electronic and Optical Properties of Pb[Pc(TTF)4]”
    2007 40th National Organic Symposium [NOS 2007]
    Poster: “Chemoenzymatic synthesis of furan analogs via lipase catalyzed desymmetrization”
    2007 Dominican University of California National Conference for Undergraduate Research
    Oral “Synthesis of Substituted Furan Analogs using Pd(0) Catalyst”
    2007 University of South Florida Undergraduate Symposium
    Poster: “Synthesis of tetrasubstituted furan analogs using Pd(0) catalyst intramolecular cyclization”
    2007 University Research Conference
    Poster: “Synthesis of furan analog 1-(2-Methyl-4,6a-dihydro-3aH-cyclopenta [b]furan-3yl) ethanone using Pd(0) catalyst intermolecular cyclization.
    2006 Department of Chemistry Undergraduate Research
    Poster: “Formation of Bicyclo [3.1.0] hexane ring compounds”

Honors & Awards

  • ASME Best Paper and received the Arthur Lubinski Award

    ASME

    Recently, OTC-27913-MS entitled “Hydrate Management for Systems with High Salinity Brines at Ultra-High Pressures” was chosen as the OTC2017 ASME Best Paper and received the Arthur Lubinski Award!

    This award recognizes the work undertaken by DeepStar®, a joint industry technology development Consortium of 12 Oil and Gas companies. DeepStar® was driven by an engineering challenge identified in support of deepwater high-pressure, high-temperature field development activities in the Gulf of…

    Recently, OTC-27913-MS entitled “Hydrate Management for Systems with High Salinity Brines at Ultra-High Pressures” was chosen as the OTC2017 ASME Best Paper and received the Arthur Lubinski Award!

    This award recognizes the work undertaken by DeepStar®, a joint industry technology development Consortium of 12 Oil and Gas companies. DeepStar® was driven by an engineering challenge identified in support of deepwater high-pressure, high-temperature field development activities in the Gulf of Mexico.

    This is a prestigious recognition awarded annually during the Offshore Technology Conference (OTC) by the American Society of Mechanical Engineers (ASME) Petroleum Division to a contribution that has the highest impact on the offshore industry. Professor Amadeu Sum authored this paper with Yue Hu and Bo Ram Lee, Colorado School of Mines; Prasad Karanjkar, ConocoPhillips; Joseph Gomes, DeepStar®; and Greg Kusinski, Chevron. This paper was selected from the hundreds of submissions that were presented at OTC2017 in Houston, Texas.

  • AWARDS, AFFILATIONS

    -

    Affiliations:
    2023 - Present: Society Low Carbon Technologies
    2020 - Present: SPRINT Robotics
    2014 - Present: The Minerals, Metals & Materials Society: TMS
    2010 - Present: AIChE | The Global Home of Chemical Engineers
    2009-2010: FSU Chemistry Outreach Program
    2008-2011: Phi Kappa Phi – Honors Society
    2008-2011: Golden Key International Honor Society
    2007-2011: American Chemical Society (National Organization)
    2005-2007: American Water Works Association USF…

    Affiliations:
    2023 - Present: Society Low Carbon Technologies
    2020 - Present: SPRINT Robotics
    2014 - Present: The Minerals, Metals & Materials Society: TMS
    2010 - Present: AIChE | The Global Home of Chemical Engineers
    2009-2010: FSU Chemistry Outreach Program
    2008-2011: Phi Kappa Phi – Honors Society
    2008-2011: Golden Key International Honor Society
    2007-2011: American Chemical Society (National Organization)
    2005-2007: American Water Works Association USF Chapter
    2005-2007: Florida Water Environment Association USF Chapter
    2005-2007: Public Health Student Association, USF
    2003-2004: The National Honors Society Scholars
    2003: Florida respective in medical mathematics for HOSA, National Meeting, Atlanta,
    2002-2006: Health Occupation Students of America, USF-Historian

    Awards:
    2012: ExxonMobil Chemical Company Polymers Technology Employee Recognition Award
    2012: ExxonMobil Chemical Company Polymers Technology Product Quality Award
    2011-2012: United Way Young Leader
    2011: ExxonMobil Chemical Company Researcher Award
    2010: American Chemical Society Inorganic Chemistry Research Award
    2005- 2010: Dean Honors List Florida State University/ University of South Florida
    2009: ACS Inorganic Travel Award for National Meeting
    2007: Florida State University Graduate Hoffman Grant
    2007: USF Graduate Travel Grant
    2007: USF Honors Department Undergraduate Travel Grant
    2006: USF Honors Department of Undergraduate Research Grant
    2002-2006: Bright Futures Academic Scholarship
    2002: St. Lucie Education Foundation Scholarship

Languages

  • Spanish

    Limited working proficiency

  • Italian

    Limited working proficiency

  • English

    -

  • Portuguese

    Elementary proficiency

Organizations

  • Offshore Technology Conference

    Program Committee Member

    - Present

    The Offshore Technology Conference (OTC) is where energy professionals meet to exchange ideas and opinions to advance scientific and technical knowledge.

  • The Minerals, Metals & Materials Society.

    Program Committee Vice Chair

    - Present

    The Minerals, Metals & Materials Society (TMS) is a professional society that connects minerals, metals, and materials scientists and engineers who work in industry, academia, and government positions around the world.

  • Society of Petroleum Engineers

    Conference Organizer

    - Present

    The Offshore Technology Conference (OTC) is where energy professionals meet to exchange ideas and opinions to advance scientific and technical knowledge for offshore resources and environmental matters. Since 1969, OTC’s flagship conference is held annually at NRG Park (formerly Reliant Park) in Houston. OTC has expanded technically and globally with OTC Brasil and OTC Asia. OTC is sponsored by 13 industry organizations and societies, who work cooperatively to develop the technical program…

    The Offshore Technology Conference (OTC) is where energy professionals meet to exchange ideas and opinions to advance scientific and technical knowledge for offshore resources and environmental matters. Since 1969, OTC’s flagship conference is held annually at NRG Park (formerly Reliant Park) in Houston. OTC has expanded technically and globally with OTC Brasil and OTC Asia. OTC is sponsored by 13 industry organizations and societies, who work cooperatively to develop the technical program. OTC also has endorsing and supporting organizations.

  • American Chemical Society

    Regional Membership Organizer

    - Present

    Founded in 1876 and chartered by the U.S. Congress, we are the world’s largest scientific society. Our mission is to advance the broader chemistry enterprise and its practitioners for the benefit of Earth and its people. Our vision is to improve people’s lives through the transforming power of chemistry.

  • American Institute of Chemical Engineers

    Regional Representative

    - Present

    AIChE communities that address energy-related topics include: Catalysis and Reaction Engineering Division Environmental Division Fuels & Petrochemicals Division Nuclear Engineering Division Process Development Division Sustainability Engineering Forum Transport and Energy Processes Division Research and New Technology Committee See all Divisions & Forums and Committees.

  • Houston Technology Center

    DeepWater Conference Organizer

    -

    The Houston Technology Center and its energy industry sponsors present a three part symposium reviewing thought leadership on macro long-term trends and challenges inherent with ultra Deepwater developments. The program will include a discussion of the technology revolution occurring in subsea field design architecture, SURF and robotics, as well as presentations by specific companies pursuing the leading edge of technology advances.

More activity by Joseph

View Joseph’s full profile

  • See who you know in common
  • Get introduced
  • Contact Joseph directly
Join to view full profile

Other similar profiles

Explore top content on LinkedIn

Find curated posts and insights for relevant topics all in one place.

View top content

Others named Joseph Gomes in United States

164 others named Joseph Gomes in United States are on LinkedIn

See others named Joseph Gomes

Add new skills with these courses

See all courses