International Marine Science and Technology Conference and OA Plenary Session

 

With the theme "New Engine · New Force: In-depth Breakthrough and Innovative Development of Marine Science and Technology", the International Marine Science and Technology Conference and OA Plenary Session gathered domestic and international industry leaders including Zhang Zhanhai (Chairman of the China Ocean Mineral Resources R&D Association and former Chief Engineer of the Ministry of Natural Resources) and Qu Qiang (President of the China Association of Oceanic Engineering Consulting). They discussed breakthroughs in core technologies, interdisciplinary collaborative innovation, and pathways for industrial application.

the OA Meetime International Roundtable Dialogue, which focuses on cutting-edge emerging fields such as offshore wind power, deep-sea mining, oil and gas development, and digital ocean. Distinguished guests invited to attend include Lars Johanning (Professor of the University of Plymouth, Co-Chair of TT2 (Marine New Energy) under the China Council for International Cooperation on Environment and Development), Andrew Lipman (General Manager of Underwater and Mining Operations at American Bureau of Shipping (China) Co., Ltd.), Frank Lim (Chief Marine Engineering Engineer of the Yangtze River Delta Innovation Center for Ship and Marine Engineering Equipment Technology), Fei Chai (Chair Professor of Xiamen University), and Cui Lin (Deputy Director and Researcher of the Yangtze River Delta Innovation Center for Ship and Marine Engineering Equipment Technology). They engaged in a cross-border exchange of ideas and collision of wisdom.

Debut of New Products, Shining on the International Stage

At this expo, Shallow-sea Technology exhibited a number of marine observation "tools" released to the public for the first time. With their forward-looking design, outstanding performance and reliable stability, these products have attracted the attention and stop-over of many domestic and foreign experts, scholars and industry partners.

• Cruise-type Conductivity-Temperature-Depth Profiler (UCTD)

The CTD probe is connected to the shipborne deployment unit via a high-strength cable. When the vessel is underway, the probe can be repeatedly retrieved and deployed through an independent winch and winding equipment. The unique free-falling CTD probe enables rapid acquisition of high-precision, continuous CTD profile data while the ship is sailing, significantly improving the efficiency of marine environmental monitoring and scientific expeditions.

• Rapid Conductivity-Temperature-Depth Profiler & Inductively Coupled Conductivity-Temperature-Depth Instrument

In response to different application scenarios and needs, the company has launched two CTD products with distinct features. The Rapid CTD Profiler adopts a fast-response temperature probe, achieving millisecond-level temperature response. It integrates a low-power high-speed water pump with active water flow control, ensuring high-speed real-time sampling at 16Hz. The Inductively Coupled CTD Instrument is equipped with inductive coupling communication functionality. Using only a single plastic-coated steel cable, it forms a transmission medium with seawater. All data is coupled into the steel cable through non-contact electromagnetic induction, enabling mutual communication between all devices connected to the cable. The position and quantity of devices on the cable can be adjusted freely.

• OEM Temperature-Depth Sensor

To promote the popularization and customized development of marine observation technologies, we are launching the OEM-TD core sensing module for the first time. Partners can more flexibly integrate it into various submersibles, buoys, or customized observation platforms, jointly enriching the network and dimensions of marine observation.

• Wave Buoy Observer

This buoy can monitor key wave parameters such as wave height, wave period, and wave direction in real time with high precision, providing crucial on-site data support for marine engineering, navigation safety, meteorological forecasting, and climate change research.

• In-situ Nutrient Analyzer（SWQ-ISNA）

It enables in-situ, real-time, and long-term monitoring of multiple nutrients (such as nitrate, nitrite, phosphate, etc.) in lakes, rivers, estuaries, and seawater. This breaks the temporal and spatial limitations of laboratory analysis and provides a powerful technical tool for marine ecological health assessment and eutrophication early warning.

Delve Deep into the Blue Ocean, Explore the Future with Wisdom

Behind every product lies the profound understanding of the ocean and the unremitting pursuit of technology by Shallow-sea Technology's R&D team. We not only provide high-performance individual equipment but also dedicate ourselves to building integrated and intelligent comprehensive marine observation solutions.

The concentrated debut at Oceanology Asia 2025 is a concentrated reflection of Shallow-sea Technology's innovative strength, and also marks that the company has stepped onto a new level in the field of high-precision marine sensing technology. We look forward to working with global peers through these new technologies and products to understand the ocean more clearly, utilize the ocean more efficiently, and protect the ocean more scientifically.

The journey of exploration knows no end. Shallow-sea Technology will continue to uphold the concept of "Technology-Driven, Delving Deep into the Blue Ocean" and work hand in hand with you to jointly embark on a new era of marine exploration!