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​Deep-sea aquaculture has emerged as a crucial solution to meet the increasing global demand for seafood while reducing the pressure on wild fish stocks and coastal ecosystems. As the industry progresses, the quality and performance of equipment, especially netting materials, play a pivotal role. Haosail Machinery’s high-definition alloy netting is making waves in the field, […]

The marine aquaculture sector has witnessed significant advancements from July to August 2025, spanning policy innovation, technological breakthroughs, ecological management, and international cooperation. Here are the key developments: 1. China’s Offshore Aquaculture High-Quality Development Conference Held On July 3, 2025, the 2025 Offshore Aquaculture High-Quality Development Conference & Symposium on Innovation and Sustainable Development of

1. Introduction In the context of the growing global demand for food and the increasing pressure on terrestrial resources, the development of deep – sea aquaculture pastures has emerged as a significant solution. China, with its vast marine territory and a long – standing tradition in aquaculture, is actively promoting the construction of green and

The United States has long faced a paradox in its seafood supply: while demand continues to soar, domestic aquaculture contributes a mere 15% to the total, leaving the nation heavily reliant on imports. Now, a groundbreaking bill in Congress aims to rewrite this narrative.​ The Core of the Bill: Establishing a New Paradigm for Offshore

​ In the realm of marine cage aquaculture, where operational efficiency directly impacts profitability, the choice of netting material plays a pivotal role. Traditional netting solutions—such as nylon or high-density polyethylene (HDPE)—have long dominated the industry but come with a hidden financial burden: exorbitant long-term cleaning and maintenance costs. Haosail High clear alloy net, a

Detailed Information on the Seedling Rearing and Cultivation Technology of the Black Grouper (Mycteroperca bonaci)   Seedling Breeding 1.1 Reproduction Facilities Indoor spawning pools have an area of 35 to 45 square meters and a water depth of 1.5 to 1.8 meters. Large or high-position (covered with plastic film) cement pools are preferably circular or

The following is the detailed information on the seedling breeding and cultivation technology of Gilthead bream (Sparus aurata): Parent Fish breeding 1: Cultivation tank: Round glass steel tank can be used as the parent fish cultivation tank, each pool is about 20 cubic meters, such as Tianjin Nuen Aquatic Technology Development Co., Ltd. parent fish

The western fishery developed countries represented by Norway, the United States, Japan and Canada have accumulated rich experience in deep-water cage culture technology, and their cage has excellent wind, wave and current resistance. The more representative ones are HDPE circular cage of Norwegian AKVA company, Japanese floating rope cage and American dish cage. China’s deep-water

A strategic partnership between Swiss Blue Salmon and Billon Aquaculture. Switzerland imports about 98% of the fish it consumes. This arrives by land or air, which significantly increases the carbon footprint of the country’s seafood consumption. Swiss Blue Salmon and Billon Aquaculture have recently formed a strategic partnership to establish “the world’s smartest RAS farm”

 ——Cage culture of cold water mass in Yellow sea General Secretary Xi Jinping urged Shandong to pay more attention to managing the ocean, strive to take the lead in developing the Marine economy, speed up the construction of world-class Marine ports, a sound modern Marine industry system, and a green and sustainable Marine ecological environment,