We are offering steam jet ejectors, liquid jet ejectors.
Ejectors may, in one sense, be put into two categories:
condensing and noncondensing :-
three-stage condensing air ejector and a three-stage noncondensing air ejector.
the condensing type utilizes condensers between ejector stages to remove condensable vapor and, therefore, require a source of cooling water. The noncondensing ejector directly together, with succeeding stages handling the motive has its stages connected steam from preceding stages. This type requires no cooling water. However, it uses considerably more steam than the condensing type to handle a given load.
ejectors for pilot plants differ from production plant units in as much as noncondensing~type units are normally recommended wherever possible.
usually, higher first cost means lower steam consumption and better economy in the long run.

We are offering steam jet ejectors, liquid jet ejectors.
Ejectors may, in one sense, be put into two categories:
condensing and noncondensing :-
three-stage condensing air ejector and a three-stage noncondensing air ejector.
the condensing type utilizes condensers between ejector stages to remove condensable vapor and, therefore, require a source of cooling water. The noncondensing ejector directly together, with succeeding stages handling the motive has its stages connected steam from preceding stages. This type requires no cooling water. However, it uses considerably more steam than the condensing type to handle a given load.
ejectors for pilot plants differ from production plant units in as much as noncondensing~type units are normally recommended wherever possible.
usually, higher first cost means lower steam consumption and better economy in the long run.