Lethal Pressure Crush Exclusive

Written by Rick Founds
Links to contributors: Rick Founds

This has been one of my favorite songs for years. I contacted Rick back in 2002 about collaborating, partly because I had sung this song so many times. The recording is from Rick's Praise Classics 2 CD. - Elton, September 12, 2009


Lyrics

Lord, I lift Your name on high.
Lord, I love to sing Your praises.
I'm so glad You're in my life;
I'm so glad You came to save us.

You came from Heaven to earth
To show the way.
From the Earth to the cross,
My debt to pay.
From the cross to the grave,
From the grave to the sky;
Lord, I lift Your name on high.

Lord, I lift Your name on high.
Lord, I love to sing Your praises.
I'm so glad You're in my life;
I'm so glad You came to save us.

You came from Heaven to earth
To show the way.
From the Earth to the cross,
My debt to pay.
From the cross to the grave,
From the grave to the sky;
Lord, I lift Your name on high.

You came from Heaven to earth
To show the way.
From the Earth to the cross,
My debt to pay.
From the cross to the grave,
From the grave to the sky;
Lord, I lift Your name on high.

You came from Heaven to earth
To show the way.
From the Earth to the cross,
My debt to pay.
From the cross to the grave,
From the grave to the sky;
Lord, I lift Your name on high.



Copyright © 1989 Maranatha Praise, Inc (used by permission)

A "lethal pressure crush" is a reminder of the fragility of the human form when pitted against the raw power of physics and heavy machinery. By understanding the mechanics of compressive force and the physiological reality of how our bodies react to it, we can better implement the safety standards necessary to prevent these tragic accidents.

Perhaps the most harrowing aspect of a pressure crush is (also known as Bywaters' Syndrome). This occurs when a limb or body part is compressed for a long period. The pressure cuts off blood flow, causing muscle tissue to die.

Heavy machinery, such as hydraulic presses or forklifts, can exert thousands of pounds of pressure in an instant.

Understanding how these forces work, why they are lethal, and where the risks are highest is essential for safety professionals and curious minds alike. 1. The Physics of the Crush

The compression also affects the respiratory system by limiting chest expansion and diaphragmatic movement. This restriction can cause respiratory acidosis, hypoxia, and hypercapnia, which can lead to respiratory failure. Furthermore, the pressure on the body can stimulate the baroreceptors, leading to a reflex vasovagal response, which can cause a sudden drop in blood pressure and cardiac output.