What does it actually mean by periodic settling theory?
@HydropowerExplorers27 күн бұрын
The "periodic settling theory" refers to the process and design considerations intended at effectively managing sedimentation in the Settling basin. A settling basin is a structure used to remove sediment from the water before it enters the waterways, such as Forebay, pipes, surge tank, turbines, to prevent damage and ensure efficient operation. Key Aspects of Periodic Settling Theory in a Settling Basin: 1. Periodic Nature of Settling: The term "periodic" implies that the settling process is not continuous but occurs at regular intervals. This could be due to variations in water flow, sediment load, or operational procedures. For example, during periods of high water flow, more sediment might be carried into the basin, requiring more frequent settling and cleaning. 2. Sediment Transport and Deposition: Water entering the settling basin often carries sediment, including sand, silt, and other particles. The theory focuses on how these particles settle out of the water as it flows through the basin. Larger, heavier particles tend to settle more quickly, while finer particles may remain suspended longer. 3. Design Considerations: The design of the settling basin is influenced by the periodic settling theory. Considering factors like basin length, depth, and flow velocity to optimize the settling process. The goal is to ensure that the water velocity is low enough for sediment to settle out before the water exits the basin. It helps in determining the timing for maintenance activities, such as the removal of accumulated sediment. Regular intervals for sediment removal are planned to prevent excessive build-up, which could reduce the effectiveness of the basin. 4. Operational Management: Periodic settling theory helps in the operational management of the basin which involves in monitoring sediment levels and adjusting the operation of the basin to maintain its efficiency. For example, in some designs, water flow can be temporarily slowed or even stopped to allow more complete sedimentation. Importance in Hydropower Projects: Turbine Protection: Effective sediment management in the settling basin protects the turbines and other downstream equipment from abrasion and damage caused by sediment-laden water. Operational Efficiency: By ensuring that sediment is periodically settled and removed, the settling basin helps maintain the efficiency of the hydropower plant, reducing the need for costly repairs and prolonging the life of the equipment. Environmental Impact: Proper management of sediment also helps minimize the environmental impact at the downstream section, as excessive sediment can harm aquatic habitats and alter river morphology.
@sulochanaoli5930Ай бұрын
Thank u❤
@HydropowerExplorersАй бұрын
Glad to help you!, Keep on watching our channel and don't forgot to Like and subscribe us.
@rohitupadhyaya_72 ай бұрын
SO INFORMATIVE 😍
@HydropowerExplorers2 ай бұрын
thank you, keep watching videos and keep on supporting
@Mr.Frunklin2 ай бұрын
Nice
@HydropowerExplorers2 ай бұрын
Thank You!
@yogeshpatil26352 ай бұрын
Which place is this??
@HydropowerExplorers2 ай бұрын
Its in Nepal
@keyable3 ай бұрын
Please provide the reference book for this topic. Thank you
@HydropowerExplorers2 ай бұрын
We too haven't had any proper books but have taken some ideas from published papers like www.researchgate.net/publication/313242728_Surge_Tank_Design_Considerations_for_Controlling_Water_Hammer_Effects_at_Hydro-electric_Power_Plants, www.researchgate.net/publication/326345663_Optimizing_surge_tank_layout_for_highly_flexible_hydropower you can have a look on them
@keyable3 ай бұрын
Is there any chance to get Feasibility study of any hydropower Plant? It is very interesting to see how the real life project is planned. thnx
@HydropowerExplorers3 ай бұрын
Lets connect and talk on our instagram/ messenger or in email. As provided in our pages
@keyable3 ай бұрын
@@HydropowerExplorers I have sent you the mail which I have found on your page, please check it. thank you
@HydropowerExplorers2 ай бұрын
Thank you for reaching out! I'll make sure to check my email.
@user-zy9uh1so9n3 ай бұрын
Противный смех
@HydropowerExplorers3 ай бұрын
😁😁
@keyable3 ай бұрын
thanks a lot for great material. Please provide the reference book you used for this problem.
@yubrajkarki.4 ай бұрын
the total precipitaion will be 14.313 mm.
@yubrajkarki.4 ай бұрын
YOUR FIRST ANSWER WAS WRONG BECAUSE THE MEAN TEMPERATURE IS GIVEN AS 28 DEGREE CENTIGRADE NOT 20 DEGREE CENTIGRADE.
@yubrajkarki.4 ай бұрын
BRO WHY ARE U SPEAKING IN ENGLISH IF U ARE GRADUATED FROM IOE-TU.
@yubrajkarki.4 ай бұрын
HOW U FIND OUT THE VALUE OF Ea WITHOUT USING FORMULA Ew= RH*Ea. IF Ew is not given then,Ew = 4.584 exp ( 17.27+T/237.3 +T ) use this formula and find out the value of Ew.
@yubrajkarki.4 ай бұрын
GIVEN MEAN MONTHLY TEMPERATURE IS 28 DEGREE CENTIGRADE BUT U HAVE WRITTEN 20.
@yubrajkarki.4 ай бұрын
BRO U HAVE A VERY GOOD HANDWRITING. YES, THIS IS THE PERFECT WAY OF SOLVING AND EXPLAINING NUMERICAL SOLUTIONS BASED UPON PENMAN'S EQUATION. THANK U SO MUCH FOR THIS CONCEPTUAL VIDEO.
@Sikari_085 ай бұрын
please delete this video !!!
@HydropowerExplorers5 ай бұрын
Why?
@renatoquebengco93446 ай бұрын
Whatsofunnybum?
@johnsmith76766 ай бұрын
Very nice. Thank you for the tour.
@HydropowerExplorers6 ай бұрын
Thank you, Keep in touch with us, we will come again with one new project tour
@दीपक27 ай бұрын
Where are you sir😊
@HydropowerExplorers7 ай бұрын
We are from Nepal
@hikikomorihachiman74917 ай бұрын
thank you, btw, how did that equation for economic condition came about?
@HydropowerExplorers7 ай бұрын
For this question we have made another video with title "Derivation of Most Economic Trapezoidal Section" on link kzbin.info/www/bejne/p4TKgJiaicSZgs0 you can have a look on it.
@hikikomorihachiman74917 ай бұрын
thank you. btw, what is the reason for assuming slopes, 1/2(H)= 1 (V) before writing area of trapezoidal
@HydropowerExplorers7 ай бұрын
The Side Slopes shall be assumed before the economic Perimeter Calculation. In case of canal design, the choice of slope is influenced by various factors such as the desired flow velocity, sediment transport by water, and the type of soil in the canal construction area. A slope that is too steep can lead to erosion and excessive sedimentation, while a slope that is too gentle may result in inadequate water flow. Here in our case the 1/2(H):1(V) ratio is a common slope used in trapezoidal canal designs as it balances these considerations, providing a reasonable compromise between efficient water flow and prevention of erosion.
@Mairbo-me6rt7 ай бұрын
Мощная станция+++++ Спасибо за видео
@HydropowerExplorers7 ай бұрын
Всегда пожалуйста. Спасибо за вашу оценку. Продолжайте любить и поддерживать нас, просматривая наши замечательные видео.
@Koiralaa7 ай бұрын
😮😮
@eprohoda8 ай бұрын
this is splendid drone, I'll be back!
@HydropowerExplorers8 ай бұрын
Oh! Really, Thanx!
@HydropowerExplorers8 ай бұрын
Oh! Really, Thanx!
@HydropowerExplorers8 ай бұрын
Oh! Really, Thanx!
@keyable8 ай бұрын
Could you pls create a Playslist for these question-solution videos? So it can be much easier to navigate through your channel.
@HydropowerExplorers8 ай бұрын
you mean, I need to create separate playlist videos only on "Pressure rise due to gradual closure of a valve" or separate playlist only for the all type solved Question ?
@keyable8 ай бұрын
@@HydropowerExplorers I mean separate playlist for all solved questions, it will be much easier to navigate through your channel. Thnx!
@HydropowerExplorers8 ай бұрын
@@keyable Some times it may not be possible to separate all the question as at present i am separating the playlist as per Hydropower, Hydraulics and Hydrology etc. but will try best
@keyable8 ай бұрын
@@HydropowerExplorers Ok thanks!
@HydropowerExplorers7 ай бұрын
We have created a Playlist as per your concern you can have a look on our play list sections.
@koiralaneermalaa15458 ай бұрын
Hum ki vi chayea knowledge 😅
@keyable8 ай бұрын
great lesson! Could u pls also make lessons about HEC-RAS and HMS?
@rohitupadhyaya_78 ай бұрын
😍😍
@keyable8 ай бұрын
Please provide the reference material or the book where we could find the mentioned equations. Thnx!
@HydropowerExplorers8 ай бұрын
for the reference you can refer Hydropower Engineering For SPPU B.E. Civil Engineering Sem 8 by B. L. Singhal, Hydropower Engineering by Edwin Parks, Hydropower from Small & Low-Head Hydro Technologies (Energy Science, Engineering and Technology)by Amanda E Niemi, Cory M Fincher, Technological Innovations and Advances in Hydropower Engineering by Yizi Shang, Ling Shang, Xiaofei Li, Hydropower Engineering Handbook by John Gulliver, Roger Arndt. you can also check out the Fundamentals of Hydropower Engineering by Er. Sanjeeb baral
@keyable8 ай бұрын
Great! keep up good work, pls also do about SURGE TANK and PRESSURE POND. Also could u pls provide the refrence material, or book? thnx!
@HydropowerExplorers8 ай бұрын
Recently we have uploaded a video on the surge tank, you can have a look. And for the pressure tank we will upload another video soon. keep on watching our channel, thank.
@keyable8 ай бұрын
@@HydropowerExplorers Thanks looking forward for your new videos.
@HydropowerExplorers2 ай бұрын
Keep on watching our videos, please don't forget to share our channels videos with your friends & followers and keep on subscribing for our motivations
@rohitupadhyaya_78 ай бұрын
thank you sir so informative
@HydropowerExplorers8 ай бұрын
you are most welcome. Keep loving us
@koiralaneermalaa15459 ай бұрын
😊😊😊😊
@koiralaneermalaa15459 ай бұрын
😊😊😊
@koiralaneermalaa15459 ай бұрын
😊😊
@koiralaneermalaa15459 ай бұрын
Haha
@koiralaneermalaa15459 ай бұрын
😮😮😮😮
@koiralaneermalaa15459 ай бұрын
😊😊
@koiralaneermalaa15459 ай бұрын
😊😊
@keyable9 ай бұрын
Nice, can you make a video about settling basin deisgn calculations?
@HydropowerExplorers8 ай бұрын
Thank you for this, we just uploaded the video related to this please have a look and Keep on supporting us!