วีดีโอ

Very educative

👏

Nice

I love this

Very Informative

I love oil and gas ❤❤

ایسا لگ رہا کیمیا کی کلاس لے رہی۔۔ سچی

ایسا لگ رہا کیمیا کی کلاس لے رہی۔۔ سچی

فرنگی کافی اچھی ہے ماشاءاللہ

Very informative

Good sharing. I took my Level 1 and WOCRM last year. For starters, I do recommend take the IWCF Level 1 and Well Operation Crew Resource Management WOCRM Course which is free.

Deep explaintion❤

P=ρ⋅g⋅D Where: 𝑃 = Hydrostatic pressure (Pa) ρ = Mud density (kg/m³) g = Gravitational acceleration=9.81m/s D = Depth of the well (m) We are solving for 𝜌 𝜌=𝑃/D.𝑔 P=20MPa=20×10^6 pa g=9.81m/s D=3,000m Density of mud ≈679.6kg/m3 The minimum mud density required to balance the formation pressure is approximately 679.6kg/m3

I appreciate your energy to explain deep about your experience

Well explained

Solution Provided By "Oil and Gas Insights 1- Calculate the fracture pressure at the casing shoe: Fracture Pressure=Fracture Gradient×Casing Shoe Depth Fracture Pressure = 0.601x9842.5 = 5915.34psi 2- Convert water density to pressure gradient: Water density is given as 8.5 ppg. Pressure Gradient of Water = Water Density x 0.052 (0.052obtained by unit conversation from ppg to psi/ft) Pressure Gradient of Water=8.5×0.052=0.442psi/ft 3- Calculate the height of the water column: The height of the water column ( ℎ h) required to exert the fracture pressure is given by: H=Fracture Pressure/Pressure Gradient of Water H= F.P/P.G H= 5915.34/0.442 H= 13383.13 ft.

Very informative

Informative video pls explain HAZOP study for drilling operations

Question raised by one of our Subscriber & Solution Provided by "Oil and Gas Insights" Step 1: Volumes in the Drill String Drill Pipe (DP): Volume =Length×Capacity per foot Volume=Length×Capacity per foot=5800ft×0.0175bbl/ft=101.5bbl. Drill Collars (DC): Volume=Length×Capacity per foot=600ft×0.0087bbl/ft=5.22bbl The total internal volume of the drill string is: 101.5bbl +5.22bbl =106.72bbl Step 2: Displacement of the Pill Pill volume inside the drill string is 5 bbl, which is displaced through the total internal volume of 106.72 bbl. Step 3: Volume in the Annulus The annulus holds 15 bbl of the pill. To calculate this, we assume the slug travels upward until the desired volume is reached. Step 4: Total Volume for Slugging To completely spot the pill, the mud pump must displace 20 bbl (5 bbl in the string + 15 bbl in the annulus). Step 5: Total Strokes Required The mud pump displaces 0.119 bbl/stk, so the total strokes are: Total Strokes =Volume / Displacement per Stroke =20/0.119   Total Strokes = 168.07

Excellent crude oil story ..the journey of crude oil you exposed is totally new for me

Great information... by watching this video I learned new things and refresh my old knowledge ❤ please keep sharing such informative contents I m waiting for your next video about oil and gas wells drilling

Excellent information

Wonderful lesson

Wonderful lesson

🎉🎉🎉 great experience

Rich in information

At the time the video starts I will be praying but after it finishes I will watch the video

Thank u sir

Great Information & Good Job

Great

Informative

Great Video

Very nice informations

it is well explained, it is improving the safety awareness

Good explanation with examples

Great

What is difference between SIL and HAZOp need to be also covered in Hazop introduction

Well explained, please share about what regulatory requirments applicable on HAZOP

ہیذب کیا ہے؟ اٹس جسٹ لاٸیک ہینڈس اپ۔۔ 😝

Nice

Nice

Nice

Please arrange session for HAZOP