TOP > Products & Markets > Pumps > CDKTV Vertical double-suction pump with canister
The TORISHIMA CDKTV is a vertical double-suction pump with canister. It is mainly applied for brine recirculation pumps in seawater desalination plants and hot well pumps in geothermal power plants.
The hydraulic design of the double-suction impeller is optimized to obtain high efficiency whilst keeping the volute casing size and canister inside diameter minimum. Also lower NPSH3 allows higher operating speed compared to conventional single-suction vertical pumps.
This optimized design provides minimized power consumption, plus smaller canister in length and diameter which contribute to reduce the cost of excavation / installation.
Multistage design for higher head is available on cutomers requirement.
PAGETOP
When you visit any website, your browser may store and retrieve information, most commonly through cookies. The information might be about the user, preferences, and device, and is primarily used to make the site function as the user expects. In many cases, this information does not directly identify the user as an individual, but it does allow us to provide you with a more personalized web experience. You can choose not to allow cookies for each cookie category. Click on the heading of each category to learn more and to change the default setting. Please note, however, that blocking some types of cookies may affect the usability of the website and the services we can provide.
These cookies are necessary for the website to function properly and cannot be switched off within the user's system. They are usually only set in response to user actions that correspond to requests for services, such as privacy settings, logging in, filling out forms, etc. You can set your browser to block/warn these cookies, but parts of the site will not work. These cookies do not store any personally identifiable information.
These cookies allow us to count visits and traffic sources to help us measure and improve the performance of our site. They help us to see which pages are most and least popular and to understand how visitors move around the site. All information these cookies collect is combined into a single piece of information, so it remains anonymous. If you do not accept these cookies, we will not know when you visit our site.
