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I'm listening to a book on Roebling and after finding out the Lackawaxen aqueduct was still standing and in use jumped on google to see it, found your video! Nice video!

During the restoration of the stone a few years ago I was fortunate enough to tour the top of the north tower, and see the interesting interior of the upper tower. Truly an engineering project that was “Built to Last”

Great video! Have always loved this bridge.

Louisville Water Company is unique in that it resisted acquisition by 'for profit corporations' and can plow profits right back into improvements and maintenence. While those corporate owned utilities pay dividends to their greedy share holders instead.

Variable speed operation can be a good option, but an option used carefully as I demonstrate in this video.

It would be nice if you would admit to the WORLD that BLACK CIVILIZATION BUILT this for US. But alas, you are inferior.

Hey Ted, great presentation. Could the tower still be used for water storage if such a situation would require?

While researching for this episode of my RUclips Series, Built to Last, I discovered a wonderful discussion of why water systems are designed with reservoirs on the periphery of the system, opposite the system pumps. This interesting document was written by W.R. Coats, engineer for the City of Ypsilanti’s Water System built in 1889 - 1890. cms3.revize.com/revize/ypsilantiwater/Documents/About/History/YCUAFirstAnnualReport.pdf Coats outlines the short comings of a direct pumped system (no reservoir) at the City of Kalamazoo in the late 1860s, contrasted with the advantages of a reservoir fed system constructed in Ypsilanti: 1. The reservoirs can be filled during daytime hours requiring only one shift of operators. Systems requiring constant pumping require full time staffing, two shifts. 2. A fire in the center of the can receive water from both the pumps and reservoir - potentially doubling the flow without an increase in system pressure. 3. A pumped system without reservoirs require an operator the receive notification of reduced pressure or a fire and crank up the pumps, increasing pressure. 4. The reservoir system experiences relatively uniform pressures, reducing line breakage potential. 5. Reservoir provides protection against pump failure. It’s interesting to see engineering in the late 19th century explaining water distribution in such a clear and concise form.

Come to New Mexico! We have a very interesting FLW house, some historical buildings from the 14th century, and even older pueblo structures.

It's always great to see something from my true home! I've traveled numerous times on the Duquesne Incline

Wow! Thank you likers and viewers. This video was so much fun to make and keep spreading the word on this channel. Please subscribe and share as we grow this channel. I've got so many exciting and interesting places lined up to visit soon! Your support helps me to continue to offer more videos and content! Thank you!!!

Wow! Thank you likers and viewers. This video was so much fun to make and keep spreading the word on this channel. Please subscribe and share as we grow this channel. I've got so many exciting and interesting places lined up to visit soon! Your support helps me to continue to offer more videos and content! Thank you!!!

Wow! Thank you likers and viewers. This video was so much fun to make and keep spreading the word on this channel. Please subscribe and share as we grow this channel. I've got so many exciting and interesting places lined up to visit soon! Your support helps me to continue to offer more videos and content! Thank you!!!

Minor error in the narration. The length of the force main is actually 3000-feet. Discovered this error after publication. Apologies.

Hey is it possible to determine the minimum pump size from this and possibly match it to existing pumps? Also can you download specific pump data into it and have it select based on system requirements. Also how would such a model look for an aquifer (both types)

Great video showing inital impressions of the software. Will look forward to see more content of yours with Pipe-Flo

'Promosm'

This workflow is more geared toward getting some preliminary design data down. This is helpful to me when I have no plans to work from or need to generate a real preliminary profile. Enjoy!!

I put this video together so you would be able to stream line your modeling workflow.

✌️ 'PromoSM'

Great video!

𝓹𝓻𝓸𝓶𝓸𝓼𝓶 ❣️

I'm enjoying the Pipe FLO demonstrations, and I like you talking through what you would do with the information as an engineer...really cool!

Great video! Great overview of the software and what it can do!