Deep Reach Technology, Inc.

Emerging Market Marine Engineering Consultancy

Website

About the firm

Deep Reach Technology (DRT) is a Stafford, TX-based specialist ocean engineering consultancy founded in 2011 by Dr. John Halkyard. It focuses on the world's most difficult offshore engineering problems, including deep-sea polymetallic nodule mining, floating offshore wind, and ocean thermal energy conversion (OTEC). DRT's multidisciplinary team of ocean, geotechnical, metallurgical, process, and naval architecture engineers delivers concept design, digital twin modelling, techno-economic analysis, and qualified-person reporting for operators, license-holders, and government-sponsored R&D programs worldwide.

Established
2011
Team
Small
Firm type
Geotechnical Engineering · Marine Engineering · Materials Engineering · Mining Engineering · Naval Architecture · Process Engineering · Simulation Engineering

Credentials

Qualified Person status for deep-sea mining (SEC disclosure requirements)

People

Dr. John Halkyard, PEFounder, Chairman of the Board

Michael Rai Anderson, PEChief Executive Officer, Board Member

Steven Rizea, PEChief Technology Officer, Board Member

Jim Wodehouse, PEVice President of Projects, Board Member

Nanco EelmanChief Commercial Officer

Capabilities

Deep-Sea Mining Engineering

Service website

Full-lifecycle offshore engineering for polymetallic nodule and seafloor sediment mining systems, from mine development plans and offshore system concepts to qualified-person reporting for capital markets.

  • Mine development plan preparation
  • Offshore mining system concept design
  • Qualified Person reporting (SEC / NI 43-101)
  • Nodule collector design and testing
  • Airlift and slurry hydraulics simulation
  • Plume mitigation engineering

Offshore Floating Systems

Service website

Design, analysis, and modelling of floating production and support vessels, spar platforms, moorings, and riser systems for offshore energy and mining applications.

  • Floating facility concept design
  • Mooring and riser analysis
  • Spar platform design and installation engineering
  • Drillship conversion studies
  • Production support vessel staging development

Digital Twin and Simulation

Service website

Physics-based digital twin development of integrated offshore systems, enabling engineering optimization and investor-facing concept illustration.

  • Integrated offshore system digital twin
  • Offshore dynamics modelling
  • Hydrodynamic testing and load analysis
  • Numerical hydro-thermal modelling
  • Computational fluid dynamics (CFD)

Offshore Renewable Energy Engineering

Service website

Concept design and techno-economic analysis for floating offshore wind and ocean thermal energy conversion (OTEC) systems.

  • Floating offshore wind substructure design
  • Offshore spar/buoyant tower turbine manufacturing and installation methods
  • OTEC concept design and evaluation
  • Techno-economic analysis

Seabed and Geotechnical Engineering

Service website

Offshore geotechnical investigations, seafloor trafficability assessment, and subsea vehicle and micropile design for mining and wind applications.

  • Seabed geotechnical investigation
  • Seafloor trafficability assessment
  • ROV-operated seabed drilling and in-situ testing
  • Subsea micropile design
  • Subsea vehicle design

Process and Metallurgical Engineering

Service website

Shipboard and onshore process design for recovery of rare earth elements and polymetallic minerals from seafloor sediments and nodules.

  • Hydrometallurgical process design
  • Material handling and dewatering
  • Liquid/solid separation
  • Process simulation (Aspen HYSYS)
  • Rare earth element recovery process development

Naval Architecture and Oceanography

Service website

Ship and offshore structure design, hydrographic surveying, and oceanographic data collection for offshore project development.

  • Naval architecture and ship design
  • Hydrographic and oceanographic surveys
  • Structural design and FEA
  • Flow-induced vibration analysis

Technical-Economic Studies and Advisory

Service website

Scoping studies, feasibility analyses, and strategic technical advisory for emerging offshore resource development programs.

  • Scoping and feasibility studies (JOC Standard)
  • Technical writing and reporting
  • Environmental baseline and assessment support
  • Program and project management

Industries

Mining · Wind · Oil & Gas · Renewable Energy · Infrastructure · Marine

Projects

Deep-Sea Mining Digital Twin

Deep-Sea Mining

Project details

Developed a digital twin of an integrated offshore deep-sea mining concept, including full physics engine and offshore dynamics, covering a production support vessel, offshore supply vessels, subsea harvesters, and a riser system. Used to optimize engineering and operational parameters and illustrate the concept to investors.

NORI-D Initial Assessment / IPO Technical Plan (The Metals Company)

Pacific Ocean (NORI-D claim area) · Deep-Sea Mining · 2021 · Client: The Metals Company

Project details

Served as Qualified Person for The Metals Company's successful 2021 IPO, developing the offshore development plan, mining systems concept, and staged development systems for production support vessels as part of the SEC-compliant technical disclosure.

Offshore Floating Wind Manufacturing and Installation Method (NOWRDC)

Offshore Wind · Client: NOWRDC

Project details

Developed an innovative manufacturing and installation method for offshore floating spar or buoyant tower wind turbines, with capacity to produce and install approximately 50 turbines per year at 30-40% lower CapEx than current methods. Sponsored by the National Offshore Wind Research and Development Consortium.

OTEC Concept Design and Evaluation (Lockheed Martin / DOE)

Ocean Thermal Energy Conversion (OTEC) · Client: Lockheed Martin

Project details

Provided deep technical expertise in concept design, dynamic modelling, physical prototype testing, and techno-economic analysis for a floating OTEC project, including hydrodynamic testing and load analysis of the unique structure.