Engineering Research Needs for Off-Shore Mariculture Systems

海水养殖业务必须延伸到更远的海域， 实现更大的水循环量，以稀释鱼类 农场清洗 在实现这些发展的过程中， 重大工程挑战。 其中突出的 挑战是实现适航性的 基础设施，即，控制系统 品种（围栏，笼子，等等），改善 海上设施中的建筑材料， 主要是为了减少结垢;和适应 对生物的遏制或保留方法 品种的紧急情况。 本工程研讨会的重点是研究需要， 解决这些问题，并将邀请国际知名的 来自以下国家的工程师和海洋科学家 国家：日本、法国、加拿大和挪威。 这些 国家拥有广泛的联邦和私营部门， 海岸海产养殖研究和发展方案。 交流关于水电站工程方法的信息， 海岸养殖业可以更清楚地界定 工程问题以及研究活动 应制定和组织克服这些 问题

Mariculture operations must extend farther out to sea to achieve greater water circulation volumes to dilute fish farm washes. In realizing such developments, one faces substantial engineering challenges. Prominent among these challenges are achieving the seaworthiness of the infrastructure, i.e., the containment system for the cultivars (pens, cages, and so forth), the improvement of construction materials in off-shore installations, primarily for the reduction of fouling; and the adaptation of containment or retention methods to the biological exigencies of the cultivars. This engineering workshop focuses on the research needs to solve these problems and will invite internationally-known engineers and marine scientists from the following countries: Japan, France, Canada, and Norway. These countries have extensive federal and private sector off- shore mariculture research and development programs. Exchange of information on engineering approaches to off- shore mariculture promises a clearer definition of where engineering problems lie and how research activities should be formulated and organized to overcome these problems.