Build your Ocean Master Solution
The Ocean Master Solutions are designed for both onshore and offshore fish handling operations. Each fish handling system you build is unique and has its specific requirements for vacuum and pressure. We understand that. That’s why we invite you to configure your Ocean Master Solution according to your specific requirements. Let us tell you how we build your solution and how you can configure it to meet your specific needs.
1. Ocean Master – the liquid ring pump
The first key component is our liquid ring vacuum pump, the Ocean Master. The Ocean Master Series was developed specifically for fish handling operations. All materials we use to build these pumps are selected with the application in mind. We know that you operate with salty water and we chose the materials that have the highest corrosion resistance.
There are 4 different pump sizes you can choose from: Ocean Master 500, 700, 1000, and 1500. Each pump will be provided with a stainless steel shell to ensure that it can operate reliably for an extended period, even in applications lacking flush options and within harsh operating environments
2. Manifolds
The second step in the configuration of your Ocean Master Solution is to select the manifolds according to the fish handling system you build. There are two options.
Manifolds with 4way valve installed
You can get your Ocean Master solution with manifolds equipped with a 4way valve. This gives better control over the flow direction. Usually used when the system has a wide variety of applications.
It also enhances the safety due to the control over the flow and the ability to quickly alter the flow direction. It is usually a more complex and costly system to build. However, we solve these problems as we chose to integrate the manifolds and the 4way valve from our factory.
Manifolds for piping operations
You can as well choose to configure your Ocean Master solution with manifolds for piping. The system will have a simple design and will be easy to build. However, you will have less control over the fluid direction.
3. Vacuum control valve
The third component is the vacuum control valve. The vacuum control valve is designed to control the pressure (vacuum) level and to avoid cavitation in the pump. The vacuum control valve is installed when the suction line may force the pump to operate below the cavitation limit. Air must then be supplied to the suction side of the pump through the vacuum control valve, which is regulated according to the required pressure. We strongly recommend equipping your vacuum solution with a vacuum control valve.
4. Straub couplings
You can as well opt up for our straub couplings. They are used as a versatile and reliable solution for connecting pipes. When you choose our straub couplings you lean on your logistics.
5. Integrated water system
The fifth component in your Ocean Master solution configuration, is the integrated water system. As this vacuum solution is based on a liquid ring vacuum pump, you must supply the pump with water. By installing the water system from the factory, you will save yourself time that you will otherwise spend designing the system. You get the appropriate water system for your solution.
Ready to configure your Ocean Master Solution?
Choose one of the below solutions and configure it exactly to your specific requirements. Not sure which solution you need? Check the manual for performance and consumption diagrams. You find it on the solution’s page.
Ocean Master Solution 500
A liquid ring vacuum pump solution, designed for fish handling in harsh seawater environments, with a max capacity of 700 m3 fish/hour.
Ocean Master Solution 700
A liquid ring vacuum pump solution, designed for fish handling in harsh seawater environments, with a max capacity of 850 m3 fish/hour.
Ocean Master Solution 1000
A liquid ring vacuum pump solution, designed for fish handling in harsh seawater environments, with a max capacity of 1100 m3 fish/hour.
Ocean Master Solution 1500
A liquid ring vacuum pump solution, designed for fish handling in harsh seawater environments, with a max capacity of 1500 m3 fish/hour.