
24-26 MARCH 2026 // seabedminerals.net
24-26 MARCH 2026 // seabedminerals.net
Bergen // Norway
Dear Seabed Minerals community
The previous conferences attracted a diverse group of stakeholders from across the globe, including exploration companies, service providers, academic professionals, politicians, environmental advocates, regulatory bodies, and experts in law and finance. With the industry's imperative to establish connections, share knowledge, and leverage expertise, we anticipate another vibrant and well-attended conference in 2026.
Waves of global developments
The global seabed minerals industry marked a milestone with The Metals Company’s (TMC) pre-feasibility study for its NORI-D nodule project in the Clarion-Clipperton Zone, declaring the first mineral reserves in the deep-sea realm, with production targeted for late 2027.
Facing delays in the International Seabed Authority’s (ISA) mining code, TMC drew significant attention and debate by pursuing permits under the U.S. Deep Seabed Hard Mineral Resources Act of 1980. In April 2025, a U.S. executive order prompted the Department of the Interior to explore a mineral lease sale near American Samoa, opening a new frontier.
Norway remains a hotspot for seabed minerals as state-led mapping and data collection continues in full force by the Government, while exploration companies and the surrounding ecosystem are actively preparing for the first licensing round, originally scheduled for 2025, potentially commencing in 2026.
Japan is advancing its state-led efforts through JOGMEC, having already spent years on exploration, refining production technologies, and trial sulfide mining. Trial extraction of nodules and REE-rich muds may commence in 2026.
In the spring of 2025, India launched its first offshore mineral block auction in its Exclusive Economic Zone (EEZ), targeting nodules and sulfides, in addition to lime muds and construction sand. Exploration in the international waters of the Indian Ocean continues to identify nodules on abyssal plains and sulfides along the Central and Southeast Indian Ridges.
China achieved a milestone in late 2024 with a successful trial of a deep-sea mining vehicle. Holding five ISA contracts in the Pacific and Indian Oceans, China is advancing technologies for seabed resource extraction.
Globally, knowledge-building and technological advancements are progressing rapidly as the industry evaluates transitioning from exploration to exploitation.
About
Demand for critical minerals is expected to be greater than the supply from the mining industry and recycling. Further, the value chains are highly geographically concentrated, making them vulnerable to political instability, geopolitical risks, natural disasters and possible export restrictions.
For whom?
Why?
Critical Knowledge
Critical Technology
Critical Minerals
Please contact Ingvild Ryggen Carstens, events@geopublishing.no, for information about pricing for start-ups, students and out-of-work professionals.
Terms & Conditions:
GeoPublishing AS reserve the right to alter the program. Substitutions to your registration may be made at any time by contacting the organizers in writing on events@geopublishing.no.
Venue
Bergen, Norway
Accomodation
TBA
ICEBREAKER - 24 MARCH
TBA
19:00-21:00
Finger food and drinks in the bar
Would you like to sponsor the Icebreaker?
We invite all delegates to an Icebreaker in the evening on 24 March.
We're looking for an Icebreaker sponsor, and if you would like to pitch in, please email us at events@geopublishing.no
DAY 1 - 25 March
Session I
Opening Remarks
09:00 Ingvild Ryggen Carstens, Publisher & General Manager at GeoPublishing
Video Greeting from the Secretary General
09:05 Ms. Leticia Reis de Carvalho, Secretary General at the International Seabed Authority
An update from the Legal & Technical Commission at the ISA
09:15 Sissel Eriksen, Chair Legal & Tecnical Commission at the International Seabed Authority
The role of deep-sea extraction amid rising global demand for critical minerals and lithium-ion batteries
09:40 Luc Brown, Battery Metals Analyst at Benchmark Minerals
Coffee Break
10:00
Session II: Emerging Markets & Strategies
Recent and forthcoming developments on seabed minerals in the Cook Islands
10:30 Beverly Ataera, Commissioner at Seabed Minerals Authority
Ocean exploration benefits for seabed mineral decision-making in the Pacific: Ocean Exploration Cooperative Institute / Recent advances in marine critical mineral mapping, exploration, and characterization from U.S. Federal Partnerships
10:50 Aurora Elmore, Deep-Sea Resources Science Advisor at NOAA
EMINENT Project: Demonstrating a responsible and scalable value chain for seabed minerals
11:10 Alden Denny, Chief Geoscientist at Adepth
Lunch
11:30
Poster Session
12:30
Application of magnetic surveys as a reconnaissance tool in an integrated geophysical approach for polymetallic massive sulfide (PMS) exploration
Łukasz Smajdor, Chief Specialist at Polish Geological Institute – National Research Institute
Towards minimal invasive extraction of massive sulfides: A holistic perspective
Stefan Wegerer, Head of Advanced Development at Bauer
Session III: Mapping & Deposits
Norwegian seabed minerals: Ultra-slow, ultra-mafic and ultra-valuable
13:30 Ebbe Hvidegård Hartz, Senior Advanced Geologist at Aker BP
Toward a resource assessment of Semenov hydrothermal field: A holistic view on the resources at seafloor massive sulphide deposits
13:50 Christian Star Bishop, Mineral Commodity Analyst at British Geological Survey
The economic potential of seamount summits for ferromanganese crust deposits: The Louisville seamounts example
14:10 Thomas Kuhn. Research Associate & Project Manager at BGR
Coffee Break
14:30
Session III: Mapping / Deposits
Multi-sensing capabilities for marine minerals exploration using the KONGSBERG HUGIN deep sea AUV
14:45 Atle Gran, Senior Sales Manager Marine Robotics at Kongsberg Discovery
Multi-sensing capabilities for marine minerals exploration using the KONGSBERG HUGIN deep sea AUV
15:05 Atle Gran, Senior Sales Manager Marine Robotics at Kongsberg Discovery
Integrating GIS and AI-Based Structural Mapping with 3D Structural Modelling for Scalable SMS Exploration
15:25 Lars Lorenz, Chief Geophysicist at Quantum Wetstone
Coffee Break
15:45
Session IV: Processing
First copper metal produced from Norwegian seabed massive sulfides
16:00 Mahesh Kulkarni, Senior R&D Engineer, Resitec
Economic assessment of zero-solid-waste hydrometallurgical processing of deep-sea minerals
16:20 Martin Bertau, Professor at TU Freiberg
TBA
16:40 TBA
End Day I
17:00
Evening Event
19:00 Aperitif
20:00 Dinner
DAY 2 - 26 March
NB! Time/day of presentations and sessions might still be changed
Session V: Seabed Minerals & Legal Challenges
Examining legal boundaries: Can the ISA Mining Code universally protect underwater cultural heritage without overstepping UNCLOS and treaty norms?
08:30 Sanjeet Ruhal, The Nippon Foundation Lecturer on International Maritime Security Law
Navigating seabed governance: Choosing between the International Seabed Authority and the Deep Seabed Hard Mineral Resources Act
08:50 Brandon Tuck, Partner, Environmental and Natural Resources & Louise Woods, Partner, International Dispute Resolution and Arbitration at
Vinson & Elkins RLLP
The BBNJ Agreement and its potential implications for deep-sea mining
09:10 Kerstin Kröger, Deep-Sea Ecologist & Visiting Scholar at Queen’s University Belfast
Coffee Break
09:30
Session VI: Seabed Mineral Extraction & Environmental Mitigation
The Cook Islands ecosystem based management framework and strategic environmental assessment for seabed minerals
10:00 Tanga Morris, Technical Officer at Seabed Minerals Authority
We found them, now what? Spatial metrics for estimating extraction yield and ecological disturbance in deep-sea mining
10:20 Timothy A. Battista, National Centers for Coastal Ocean Science (NCCOS), Branch Chief at National Oceanic and Atmospheric Administration (NOAA)
Benthic oxygen consumption in polymetallic nodule ecosystems of the Clarion-Clipperton Zone
10:40 Karl Attard, Associate Professor at University of Southern Denmark
Long-term impacts of experimental deep-sea manganese nodule mining on the geochemistry and physical properties of deep-sea sediments in the Clarion-Clipperton Zone, Pacific Ocean
11:00 Hannah Grant, Senior Minerals Geoscientist at British Geological Survey
Lunch
11:20
Session VII: Tech Update
Towards a long-term autonomous system to monitor in-situ disturbances arising from deep water seafloor industrial activity
13:00 Bramley Murton, Professor of Marine Geoscience at National Oceanography Centre
An interpretable machine-learning approach for the spatial exploration of deep-sea polymetallic nodules
12:40 Iason-Zois Gazis, Marine Geoscientist at GEOMAR
Excavating in the deep sea: How to reach production
13:00 Laurens de Jonge, Underwater Mining Business Development at IHC Mining
Coffee Break
13:20
Capturing ocean-floor metals mobilization in action with a novel, real-time core-flow imaging system for reversible, recirculating fluid-rock reactions
13:40 Mariusz-Orion Jędrysek, Professor at University of Wrocław
Floater design considerations for deep-sea mineral extraction in harsh environments
14:00 Alain Wassink at NOV
TBA
14:20
Coffee Break
14:40
Panel: Technical Solutions to Environmental Challenges
TBD
15:00
End day II
16:00
Program Committee
Annemiek Vink
Marit Stokke Bauck
Jon Hellevang
Øystein Bruncell Larsen
Kristoffer Sølvi
Alden Denny
Guido van den Bos
Hilde Ottesen Braut
Ingvild Ryggen Carstens