Stuart Turner Mainsboost - Maximise your water flow rates with an Accumulator

Подписаться 1,9 тыс.

Просмотров 3,5 тыс.

50% 1

Title: "Boost Your Water Flow Rates with the Powerful Stuart Turner Mainsboost"
Description:
Looking to maximize your water flow rates? Discover the capabilities of the Stuart Turner Mainsboost system (accumulator) in our latest video! We delve into the mechanics of this game-changing solution and explain how it can revolutionize your water pressure.
We are currently involved with this renovation project for Channel 4 and ITV TV Presenter Laura Hamilton and as well as installing Renewable Heating Technology we have just installed the Stuart Turner Mainsboost. With an extension and new bathrooms installed we needed to ensure water flow rates meet the requirements the client needs.
Stuart Turner Mainsboost - Harness Power, Maximise Flow Rates
Whether you're faced with low water pressure in your home or looking for an upgrade, Stuart Turner Mainsboost has got you covered. This video offers a comprehensive breakdown of the system, its key features, and the reasons why it could be the ideal solution for you.
Enhancing Your Water Flow with Ease
With Stuart Turner Mainsboost, enhancing your water flow is easier than you think! Our video covers everything from the basics of installation to troubleshooting tips and maintenance advice. Stay tuned till the end to discover how this system can enhance your lifestyle.
Join the Community
Love what you see? Don’t forget to like, subscribe, and share this video with others who might find it helpful. We upload new content regularly on a variety of topics, so stay tuned for more!
For additional resources, visit us at www.dorewoodman.co.uk.
Stuart Turner Mainsboost, Water Flow, Flow Rates, Water Pressure, Home Improvement, Plumbing Solutions, accumulators
#StuartTurner #Mainsboost #WaterFlow
We would like to thank Stuart Turner for providing this system for the installation, please see a link to their products below;
www.stuart-turner.co.uk/our-p...
Also please checkout Laura Hamilton - The Rebuild on RU-vid where you can see the entire rebuild of this beautiful property from start to finish
/ @laurahamiltontv
Thank you for watching.
#sustainableliving #greenerliving #therebuild #renovation #surrey #countryside #buildingproject #restoration #heatpumps #ufh #ashp #gshp #climatechangehoax #newbuilds #greenindustrialrevolution #saveourplanet #renewables #renewableheating #renovations #dorewoodman #futurehouse #youtuber #youtube #pricecap #energysaving
#home #homeextension #tinietempah #climatechange #extraordinaryextensions
#channel4 #energysavings #passivhaus

Наука

Опубликовано:

18 сен 2022

Ссылка:

Скачать:

Готовим ссылку...

Добавить в:

Мой плейлист

Посмотреть позже

Комментарии : 6

@markgaudie80 Год назад

Love that jointing tool

@dorewoodman Год назад

As do we, very satisfying on the eye as well

@otw5974 Год назад

What were the criteria when specifying this system? My understanding of pressure accumulators, which real world experience has shown to hold true to me, is that you're really just increasing the dynamic system pressure, and thus flow rate, for a finite amount of time - during which the performance is tailing off. Because you can maintain a higher dynamic pressure than on direct mains feed at all services, you can run a higher number of outlets at the same time than before, or several at a comparitively higher flow rate. The downsides to hydraulic accumulators are (1) the finite amount of time you can sustain this, which is ever declining the moment an outlet is opened, and which shortens dramatically relative to the rate of draw-off (no. of outlets open simultaneously), and (2) the size of the vessel(s), which are considerable if you want to increase and maintain a substantially higher performance than direct feed. You can of course add several vessels to increase this time, but this has considerable space requirements and of course adds cost. I feel, for a luxury property such as this, a variable speed booster set would've been more appropriate. You would probably have the same footprint as this accumulator package, if not smaller if designed well, and a much higher performance that could be sustained. With those incoming mains figures on pressure and flow you could run a smaller break tank as the recovery rate would be very high.