Close Menu
    Facebook LinkedIn
    Geo365
    Facebook LinkedIn
    BESTILL Login ABONNÉR PÅ NYHETSBREV
    • Hjem
    • Anlegg og infrastruktur
    • Aktuelt
    • Bergindustri
    • Dyphavsmineraler
    • Miljø
    • Olje og gass
    • Geofunn
    • Download Media Guide
    Geo365
    You are at:Home » China’s showing its muscles in the deep sea
    Dyphavsmineraler

    China’s showing its muscles in the deep sea

    By Ronny Setsånovember 12, 2024
    Del denne artikkelen Facebook Twitter LinkedIn Email
    China has completed its first mining equipment test below 4,000 meters, suggesting that it is catching up to other nations in the race to begin mining deep sea minerals.

    The Kaituo 2 vehicle managed to collect nodules, crust, and seabed rocks during the five-day diving and seabed mining operations test in June. Photographed are nodules in the Clarion-Clipperton Zone in the Pacific Ocean, where China holds several exploration contracts. Photo: ROV KIEL 6000 / GEOMAR Helmholtz Centre for Ocean Research Kiel

    Facebook Twitter LinkedIn Email

    China has reached a significant milestone in the field of deep-sea mining with the successful trial of its Kaituo 2 (Pioneer 2) vehicle in the Western Pacific Ocean. During the trial in June, the vehicle set multiple national records, including a dive to a depth of 4,102.8 meters, as reported by South China Morning Post, mining.com, and others.

    This marked the first time a Chinese mining vehicle has reached beyond the 4,000-meter threshold, showcasing China’s technological advancements in deep-sea mining.

    The latest advancements follow Chinese officials’ statements made last year that the country is lagging behind the West, in terms of technology and knowledge regarding deep-sea mining. In comparison, the leading deep-sea exploration company, The Metals Company, has previously done mining tests at depths of 4,300 meters.

    China’s desire to become technologically capable of seabed mining is at least twofold. Firstly, a future supply of base metals such as copper, nickel, and cobalt, will help the country reduce its heavy reliance on imports. Secondly, China has a tight grip on a list of other critical and strategic metals and intends to maintain its influence by not falling behind other nations in the deep-sea domain.

    The Kaituo 2, an engineering prototype developed by Shanghai Jiao Tong University, was said to demonstrate remarkable capabilities during the trial. It utilized high-mobility technology for complex deep-sea seabed terrain and a multi-mineral composite drilling and mining technology.

    Weighing 14 tonnes, the vehicle managed to efficiently extract various types of deep-sea minerals such as polymetallic crusts from hard rock surfaces as well as nodules from soft sediments.

    According to Yang Jianmin, chair professor at the university and chief scientist of the Kaituo 2, the trial indicated that the vehicle can almost reach the depths required for seabed mining, which generally range from 2,000 to 6,000 meters. The 4,000-meter threshold is important because the largest and most prolific nodule field in the world, the Clarion-Clipperton Zone (CCZ) west of Mexico, is found at depths of about 4,000 – 5,500 meters, according to the National Oceanic and Atmospheric Administration.

    China holds several licenses in the CCZ through the contractors China Ocean Mineral Resources Research and Development Association and China Minmetals Corporation. Moreover, Beijing Pioneer Hi-Tech Development Corporation holds licenses in the Western Pacific Ocean. Both of these areas are located in international waters and managed by the International Seabed Authority. Little information exists (or rather, has been shared) regarding the presence of seabed resources in China’s territorial waters.

    During the trial, the equipment managed to collect more than 200 kilograms of crust and nodule ore, as well as other seabed rocks. The team is confident that China is poised to receive more technical and equipment support for deep-sea scientific research, resource exploration, and environmental preservation, further solidifying its position in the global race for deep-sea mining.


    Deep Sea Minerals conference 2025

    Bergen, April 1-3, 2025

    More information

    Related Posts

    Ny vurdering av det ukjente

    juni 7, 2026

    Knytter mineralfunn til Framstredets åpning

    juni 2, 2026

    Demonstrerte mulighetene – satt på pause

    mars 25, 2026
    Add A Comment

    Comments are closed.

    NYHETSBREV
    Abonner på vårt nyhetsbrev
    geo365.no: ledende leverandør av nyheter og kunnskap som vedrører geofaget og geofaglige problemstillinger relatert til norsk samfunnsliv og næringsliv.
    KONFERANSER

    Slik så Norge ut i trias
    Jul 14, 2026

    Slik så Norge ut i trias

    Et spektakulært himmelfenomen
    Jul 09, 2026

    Et spektakulært himmelfenomen

    There’s metals in them hills
    Jul 07, 2026

    There’s metals in them hills

    Skal lede Norges storsatsing i Polhavet
    Jul 02, 2026

    Skal lede Norges storsatsing i Polhavet

    Varangerhalvøyas dype hemmelighet
    Jun 30, 2026

    Varangerhalvøyas dype hemmelighet

    Beyond turbidites: Core insights from the Rovuma Basin
    Jul 17, 2026

    Beyond turbidites: Core insights from the Rovuma Basin

    Frontier volumes, near-field risk
    Jul 16, 2026

    Frontier volumes, near-field risk

    From vision to discovery
    Jul 15, 2026

    From vision to discovery

    Movement towards a mining moratorium
    Jul 15, 2026

    Movement towards a mining moratorium

    “Reservoir engineering was too boring for me”
    Jul 14, 2026

    “Reservoir engineering was too boring for me”

    OLJEPRIS
    BCOUSD quotes by TradingView
    GULLPRIS
    GOLD quotes by TradingView
    KOBBERPRIS
    Track all markets on TradingView
    GeoPublishing AS

    GeoPublishing AS
    Trollkleiva 23
    N-1389 Heggedal

    Publisher & General Manager

    Ingvild Ryggen Carstens
    ingvild@geopublishing.no
    cell: +47 974 69 090

    Editor in Chief

    Ronny Setså
    ronny@geopublishing.no
    +47 901 08 659

    Media Guide

    Download Media Guide

    ABONNEMENT
    NYHETSBREV
    Abonner på vårt nyhetsbrev
    © 2026 GeoPublishing AS - All rights reserved.

    Type above and press Enter to search. Press Esc to cancel.