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Technologies being developed in India for utilizsation of ocean resources

机译:印度正在开发利用海洋资源的技术

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Technology is the key enabler in the effective exploration and exploitation of ocean resources, such as minerals, gas hydrates and ocean energy, which are available in abundance in India. This paper describes the strategic technologies developed by the National Institute of Ocean Technology (NIOT), namely in-situ sea bed soil tester, crawler based polymetallic nodule mining machine, deep water unmanned vehicle, autonomous wireline coring systems for gas hydrate exploration and ocean energy systems. The demonstration mining machine, whose functionality is proven by pumping artificial nodule slurry from 512m water depth is being augmented for carrying out polymetallic nodule mining operation at 6000 m water depth in the CIOB. The in-situ soil tester qualified at 5462 m in the Central Indian Ocean Basin (CIOB) is being augmented for vibration induced sinkage studies on the soft sea bed. The developed 6000m electric work class Remotely Operated Vehicle which is qualified at 5280m water depth is being used for exploratory activities in potential resource sites in the Bay of Bengal, the CIOB and the Central Indian Ridge which has brought out significant scientific findings. As part of the Indian Gas Hydrate Program, a 3000m seabed based wireline Autonomous Coring System is being developed for carrying out Gas hydrate ground truth validation, and is under qualification. Techniques are being identified for the eco-friendly and economic exploitation of methane gas from potential Indian gas hydrate reservoirs. Systems for utilizing offshore wave, marine current and wind energy are also under development.
机译:技术是有效勘探和开发海洋资源(例如矿物,天然气水合物和海洋能)的关键推动力,而印度可大量获取这些资源。本文介绍了美国国家海洋技术研究所(NIOT)开发的战略技术,即原位海床土壤测试仪,履带式多金属结核采矿机,深水无人驾驶汽车,用于天然气水合物勘探和海洋能源的自动有线取芯系统系统。该示范采矿机的功能已得到证实,其功能是通过从512m水深处泵入人工结核结核矿浆而得到证明的,从而可以在CIOB的6000 m水深处进行多金属结核采矿作业。正在对中印度洋盆地(CIOB)的5462 m合格的现场土壤测试仪进行增强,以用于在软海床上进行振动诱发的下沉研究。在孟加拉湾,CIOB和中印度洋海岭的潜在资源点中,已开发出的6000m电动工作级遥控汽车(水深5280m)被用于勘探活动,该研究已带来了重大的科学发现。作为印度天然气水合物计划的一部分,正在开发一个3000m的基于海床的电缆自动取心系统,以进行天然气水合物地面真相验证,并且正在获得认证。目前正在确定一些技术,以对来自印度天然气水合物潜在储层的甲烷进行生态友好和经济的开采。利用海上波浪,海流和风能的系统也在开发中。

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