Tube well 4 inch delivery k 2 pump 8 inch delivery dy sakty hen kya?

4 inch tube well.
• Tube well 4 inch deliv...
A 4-inch tube well refers to a type of well where the borehole and casing have a diameter of approximately 4 inches. Tube wells are drilled into underground aquifers to extract water for various purposes, including irrigation, drinking water, and industrial use. The 4-inch diameter is on the smaller side for tube wells, making it suitable for locations with limited water requirements or where the aquifer does not support larger diameters due to lower water yield or other geological factors.
Here's an overview of key aspects related to a 4-inch tube well:
Drilling Method: A 4-inch tube well is typically drilled using rotary drilling, hand drilling, or other methods suitable for small diameters. The drilling method chosen often depends on the geological conditions, depth of the aquifer, and budget.
Casing and Screen: Once the hole is drilled, it is usually lined with a casing to prevent the collapse of the borehole walls. A screen is installed at the bottom part of the casing in the aquifer zone to allow water to enter the well while keeping out sand and sediment.
Pump Installation: A submersible pump that fits inside a 4-inch diameter well is installed to lift water to the surface. The pump size and power depend on the depth of the water table and the required water discharge rate.
Water Yield: The water yield of a 4-inch well can vary widely based on the aquifer's characteristics. In general, 4-inch wells are more suitable for domestic or small-scale irrigation needs rather than large agricultural or industrial applications due to their relatively lower discharge capacity compared to larger diameter wells.
Maintenance and Sustainability: Proper maintenance is crucial for the longevity of the tube well. This includes periodic cleaning, checking for contamination, and ensuring the pump and other equipment are in good working order. Sustainability also involves careful management of the aquifer to prevent over-extraction and depletion.
Choosing the right diameter for a tube well, including a 4-inch one, involves considering the intended use, available water resources, and specific local conditions. It's also important to comply with local regulations and guidelines for groundwater extraction
#4 inch tubewell#
4inchtubewell#

[@232rbfarm8]

اسلام علیکم جناب اللہ آپ کے علم میں اور اضافے کریں

[@shujabadi191]

je wa salam bhai bahoot bahoot shukrya

[@syedmuzaffar8857]

بہت خوب

[@umair2010]

Nice info

[@MADNIMOBILES]

Great Information 🎉

[@shujabadi191]

thanks for comment

[@fawadakram]

Bhi jan sedha formula hy kusic k hisab sy ye hota
Agr 5" Ka pipe hy tu kusic bny ga 5×5= 25 kusic
6" Ka 6×6 =36
4" Ka 4×4 = 16
8" Ka 8×8 = 64 bnta hy isi hisab sy

[@shujabadi191]

je je bilkul theek kaha apne jnb

[@Nizamaniahe]

To compare the delivery capacities of two 4-inch pipes and one 8-inch pipe, we need to understand how the cross-sectional area of the pipes influences the flow.
### Cross-Sectional Area Calculation
The cross-sectional area of a pipe determines the amount of fluid it can carry. The formula to calculate the area of a circular pipe is:
\[ A = \pi \times \left(\frac{d}{2}
ight)^2 \]
where \( A \) is the area and \( d \) is the diameter of the pipe.
1. **Area of one 4-inch pipe:**
\[ A_{4} = \pi \times \left(\frac{4}{2}
ight)^2 = \pi \times 2^2 = \pi \times 4 \approx 12.57 \text{ square inches} \]
2. **Area of two 4-inch pipes:**
\[ A_{2 \times 4} = 2 \times 12.57 \approx 25.13 \text{ square inches} \]
3. **Area of one 8-inch pipe:**
\[ A_{8} = \pi \times \left(\frac{8}{2}
ight)^2 = \pi \times 4^2 = \pi \times 16 \approx 50.27 \text{ square inches} \]
### Comparison
- The combined cross-sectional area of two 4-inch pipes is approximately 25.13 square inches.
- The cross-sectional area of one 8-inch pipe is approximately 50.27 square inches.
This means that one 8-inch pipe has nearly twice the cross-sectional area of two 4-inch pipes. Therefore, in terms of potential water delivery capacity, one 8-inch pipe can deliver significantly more water than two 4-inch pipes.
### Conclusion
One 8-inch delivery pipe can deliver about twice the amount of water compared to two separate 4-inch delivery pipes.

[@talib5454]

Super working

[@shujabadi191]

Working

[@saqlainsaqlain4194]

Sir 3 3 k 2 tubel katna Pani da ge kya 4 k brabar da gy

[@saqlainsaqlain4194]

Sir reply ta kro

[@shujabadi191]

3 3 k 2 tybewell 4 sy zya pani den gy

[@shujabadi191]

kr dya reply.

[@saqlainsaqlain4194]

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[@saqlainsaqlain4194]

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[@anasraza1250]

Great ❤❤❤

[@abdulwahaabkhan9821]

Asalamualaikum.sir apna no to da kuch muswara lana ha?

[@shujabadi191]

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[@SardaralamShah-xz3ob]

10 inch width pipe ka bara boor karwaya huwa hy mene
kia is bor me 3 inch water delivery wale 2 submersible pump chlai ja sakte hyn??
water 55 feet per hy
Area near 5 km distance city khanewal

[@shujabadi191]

salam bhai .es par mein ek mukammal video bna don ga ap dekh lena achy sy samaj aa jae gi

[@villagefoodbynadeembloch9072]

Good

[@shujabadi191]

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[@fiazshah8289]

bht ahla video

[@shujabadi191]

Bahoot bahoot shukrya.