@taliesinelpagano: Un amarre no se hace una vez y se olvida: se alimenta. Te cuento cómo se mantiene un trabajo de amarre con velas, novenas y ofrendas según la tradición del hoodoo y la magia popular. ⚠️ Cuidado con cuentas falsas que se hacen pasar por mí ofreciendo "recargar" tu trabajo por dinero — yo no opero así. #taliesinelpagano #amarresdeamor #brujería #endulzamiento #espiritualidad

Taliesin el pagano
Taliesin el pagano
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Region: ES
Wednesday 08 July 2026 21:46:50 GMT
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tammygarcia30
Tammy💜 :
y cada cuanto se renueva , porque tampoco lo dicen...
2026-07-12 06:37:08
0
la.monita.luu
monita luuu :
y cada cuánto se debe renovar?
2026-07-12 02:37:43
0
herminia7004
herminia7004 :
un amarre de orina cada cuanto se deve de hacar
2026-08-06 05:27:49
0
xxxjavi_molmer
Javier molmer :
así es. ya denuncié algunas cuentas que se hacían de pasar por ti
2026-07-08 22:37:33
0
nene9101107
Nene :
🙏🙏🙏
2026-07-08 22:18:41
1
cam.silva16
camsilva438 :
@
2026-07-15 00:53:34
0
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🌊⚡ What looks like a catastrophic burst of water is actually a controlled test designed to prevent a real disaster. This enormous jet comes from a hydropower pressure-relief or bypass system, built to protect the massive pipes carrying water toward hydroelectric turbines. Inside a hydropower plant, water can travel through huge pressurized pipes called penstocks. If a turbine suddenly reduces flow—for example, during a rapid load rejection—the moving water doesn't instantly stop. Instead, its momentum can create a violent pressure surge known as water hammer. That sudden spike can place enormous stress on pipes, valves, turbines, and other critical infrastructure. So engineers build systems designed to give the water somewhere else to go. During a test like this, a large valve can deliberately open and release part of the flow through a dedicated discharge outlet. The spectacular wall of water demonstrates just how much energy the system is capable of handling. The purpose isn't simply to make a giant splash. Engineers use controlled testing to verify that valves open correctly, pressure stays within safe limits, and the entire protection system responds as designed. For a few moments... the plant intentionally unleashes a river of high-pressure water to prove it can survive an emergency. What looks like a disaster on camera... is actually disaster prevention in action. ⚙️🌊 👇 Would you stand anywhere near this during the test? 📚 This content is shared strictly for educational purposes. 📩 DM for credit or removal. Follow @astrashristi for daily engineering insights, physics, technology, and mind-bending science. 🚀 #Hydropower #Hydroelectric #Engineering #WaterPower #CivilEngineering #MechanicalEngineering #FluidDynamics #WaterHammer #PressureRelief #HydraulicEngineering #RenewableEnergy #PowerPlant #Infrastructure #Physics #STEM #EngineeringFacts #ScienceFacts #Technology #ScienceReels #Astrashristi
🌊⚡ What looks like a catastrophic burst of water is actually a controlled test designed to prevent a real disaster. This enormous jet comes from a hydropower pressure-relief or bypass system, built to protect the massive pipes carrying water toward hydroelectric turbines. Inside a hydropower plant, water can travel through huge pressurized pipes called penstocks. If a turbine suddenly reduces flow—for example, during a rapid load rejection—the moving water doesn't instantly stop. Instead, its momentum can create a violent pressure surge known as water hammer. That sudden spike can place enormous stress on pipes, valves, turbines, and other critical infrastructure. So engineers build systems designed to give the water somewhere else to go. During a test like this, a large valve can deliberately open and release part of the flow through a dedicated discharge outlet. The spectacular wall of water demonstrates just how much energy the system is capable of handling. The purpose isn't simply to make a giant splash. Engineers use controlled testing to verify that valves open correctly, pressure stays within safe limits, and the entire protection system responds as designed. For a few moments... the plant intentionally unleashes a river of high-pressure water to prove it can survive an emergency. What looks like a disaster on camera... is actually disaster prevention in action. ⚙️🌊 👇 Would you stand anywhere near this during the test? 📚 This content is shared strictly for educational purposes. 📩 DM for credit or removal. Follow @astrashristi for daily engineering insights, physics, technology, and mind-bending science. 🚀 #Hydropower #Hydroelectric #Engineering #WaterPower #CivilEngineering #MechanicalEngineering #FluidDynamics #WaterHammer #PressureRelief #HydraulicEngineering #RenewableEnergy #PowerPlant #Infrastructure #Physics #STEM #EngineeringFacts #ScienceFacts #Technology #ScienceReels #Astrashristi

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