Robert Findley Oil & Gas Investments

08/01/2026

07/26/2026

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07/18/2026

Cool oil & gas drilling technology.


Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

07/18/2026

Visualizing 75 Years of U.S. Energy Production ⚡

https://www.visualcapitalist.com/charted-75-years-us-energy-production-by-source/

07/18/2026

Great energy play!

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8110 Parkside Ave, Baytown, TX 77523. This Flex space is available for lease. Great looking office/warehouse flex space just off Hwy 99 (G

07/13/2026

Bernoulli Equation Overview:

The Bernoulli Equation is one of the most important principles in fluid mechanics. It states that for an incompressible fluid flowing steadily along a streamline, the total mechanical energy remains constant. In simple terms, when the velocity of a fluid increases, its pressure decreases, and vice versa, while accounting for elevation changes and energy losses.

🔄 Bernoulli Equation

P₁/ρg + V₁²/2g + Z₁ = P₂/ρg + V₂²/2g + Z₂ + hL

Where:
• P = Pressure (Pa)
• ρ = Fluid Density (kg/m³)
• V = Fluid Velocity (m/s)
• g = Acceleration due to Gravity (9.81 m/s²)
• Z = Elevation Head (m)
• hL = Head Loss due to friction and fittings (m)

📘 Understanding Each Term

🔹 Pressure Head (P/ρg)
Represents the energy stored in the fluid due to its pressure.

🔹 Velocity Head (V²/2g)
Represents the kinetic energy of the flowing fluid.

🔹 Elevation Head (Z)
Represents the potential energy based on the fluid's height above a reference level.

🔹 Head Loss (hL)
Represents the energy lost because of pipe friction, valves, bends, fittings, and other flow restrictions.

⚙️ Key Principle

• If pipe diameter decreases, fluid velocity increases.
• As velocity increases, pressure decreases.
• If elevation increases, pressure or velocity must decrease unless additional energy is supplied.
• In real systems, friction causes head loss, reducing the total available energy.

🏭 Common Engineering Applications

✅ Venturi Meters
✅ Or***ce Flow Meters
✅ Flow Nozzles
✅ Pipe Flow Analysis
✅ Hydraulic Systems
✅ Water Supply Networks
✅ Aircraft Wing Lift
✅ Pumps and Piping Design
✅ Chemical Process Plants
✅ Oil & Gas Pipelines

💡 Why It Matters

The Bernoulli Equation is widely used by mechanical, chemical, civil, and process engineers to design efficient piping systems, calculate pressure drops, size pumps, analyze flow behavior, and optimize industrial processes. It serves as the foundation for many flow measurement devices and hydraulic calculations used across industries.

***ceMeter

07/12/2026

The Oil & Gas industry is a great industry for a career. It drives our economy. Get the word out!

What your Social Media Silence is really costing you and your organization in the emerging "Clip Economy"