Graham Corporation
Steam Jet Ejectors, the largest vacuum producing devices available are used in the most demanding of applications. Virtually maintenance-free with no moving parts, they can be fabricated from almost any material, and can be used in every industry that requires vacuum. Ejectors can be designed to operate without steam as their pressurized (motive) source. In addition to operating well into the micron HgA range, they can also operate well above atmospheric pressure.
Graham has mastered Steam Ejector design. Featuring proven, unique internal geometries and tightly tolerance-controlled steam nozzle configurations, Graham ejectors produce very low steam consumption and highly efficient operation. As an experienced provider of Engineering Answers since 1936, Graham maintains the most comprehensive database of actual steam ejector performance information available today.
Combine Graham Steam Jet Ejectors with other Graham equipment, such as Process Condensers and Liquid Ring Pumps, and you have a single source of supply and a responsible, total solution for process equipment needs.
Since 1936 Graham Corporation has been supporting our customers around the globe with heat exchangers, water heaters, steam surface condensers, steam jet ejectors steam vacuums, refrigeration equipment, liquid ring vacuum pumps, fume scrubbers, desuperheaters, and atmospheric relief valves are confidently used in process, power generation, marine and commercial industries worldwide.
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Какая красивая и приятная женщина!
Well i really apreciate the water example , was on point .
1320 video
Very informative video. Thank you madam.
Well explained.
Still didn't get a feel for an ejector, but the concept is explained really well
Thanks for the explanation… this is so helpful in troubleshooting ejector performance,
If anyone to buy ejector let me know we manufacture all types of ejector sk.danish3d@gmail.com
Tq
Thank you!
its one of the best video of technical info
Great
use this on cars engine ?🤔
is this the type of of ejectors used in steam turbines gland condenser ?
Tnx for the detailed explanation
nice thank you
Love ur explanition …..
Fantastic video, Thank you!
Please tell me one thing. I have seen a steam inlet point on booster diffuser in three stage with booster jet system. What is the purpose and when and how it use. Please detail send me by email baburkhan82@yahoo.com.
nice example of water.. thanks
Madda
Good explanation. I have a problem and I need to know whether your system can solve my problem or not. In my plant steam transfer from boiler house to packaging plant causes pressure and temperature drop of steam due to distance!. I need to increase the pressure and temperature of the steam before entering the packaging plant. Is it possible by your system? If ok please knock me from your authentic mail. My id
mostofaafroz@gmail.com
Is there upto -1 barg?
We cant save it offline😔
But it helps m alot thank you🖤💙❤️
5 years I've been on a cat unit with a vacuum system and have never got an explanation on how it works. This video has helped. Thanks
0.3 vacuum coming in my compani
great animation
monetize and enjoy money making
i am 1000th subscriber
Thanks madam for explaining
Thx for sharing ur valuable information about ejectors
Well explained animated clip, thanks
She explained very well and animation so helpful. Thanks
Very nice sharing, this is the best video that explain the jet ejector
ummm wouldn't it be an INjector? since it is putting something into something else. Like how steam injectors on steam engines inject water into the boiler?