所有的经营者所要做的就是设置的速度缓慢前进，而忘记了压载系统。
All the operator has to do is set the speed to slow ahead, and FORGET the ballast system.
FPSO压载系统监测是FPSO信息自动化系统的重要组成部分。
Ballast monitor system is the most important part in the FPSO's information automatization system.
最后，起重机，可在线，实时监测，并派电梯起重机起重机操作步骤的计划，以压载系统(已交付给多艘船舶)。
And finally, the crane can be online, to monitor real time crane lift and also send the planned steps for a crane operation to ballast system (already delivered to several vessels).
建立船舶压载调平系统和污水处理系统的数学模型是进行船舶调平和污水处理控制和仿真的基础。
To establish suitable mathematical models of ship's water ballast system, bilge water system and anti-rolling tanks are the foundation for control and simulation for these systems.
本论文对船舶“溢流法”压载水系统设计进行了比较深入的研究。
The paper discusses the design of the flow-through BW (i. e. ballast-water) system which is applied on ship.
该系统由主机遥控、自动电站、油水与压载自控、船舶浮态自控、监测调控及轮机管理中心等子系统组成。
The system includes main engine remote control, generating plant automatic control, level monitor, machinery space monitor, auxiliary machineries regulation, management centre, etc.
其次，文章以实船“艾丁湖”为模拟改造对象，论证了当该轮采用加热法处理压载水时的压载水系统和冷却水系统管路改造的可行性。
Thirdly, the paper makes "Adin Lake" ship as the reconstructive object and analyzes the feasibility of rebuilding the pipeline of ballast water system and cooling water system.
该文对船舶压载水系统防污染的有关问题进行了探讨，给出了压载水连续更换系统设计的一些思路，这些探讨有待于实践的进一步检验。
This paper discusses the subject of pollution prevention for ship ballast water system, presents some idea of ballast water continuous replacement system design, which requires further verification.
本文完成了以下研究内容：（1）船舶压载调平系统模型和污水处理系统数学模型的建立，对其在MATLAB下进行了仿真研究；
The main parts of the paper are included: (1) theorizing water ballast system, bilge water system for a container ship, simulation study results based MATLAB are given;
主要应用在压载，消防，海水，淡水，散料，泥浆，生活污水系统！
The system can be ballast system, firefighting system, seawater, fresh water, dry bulk, mud and sanitary system.
使用美国公共自来水系统的水作压载水。
使用美国公共自来水系统的水作压载水。
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