I bet with 80% confidence that there are more unwanted activations in areas 
protected by 'Dirty Agents'
than there are fire saves' by 'Dirty Agent' fire suppression systems.

Probably true of water-based fire suppression too though, right?

-Kyle M


From: å... .... <[email protected]>
Sent: Tuesday, March 28, 2023 2:27 AM
To: Discussion list on issues relating to automatic fire sprinklers 
<[email protected]>
Subject: [EXTERNAL] [Sprinklerforum] pipes Hydrostatic test in NFPA 2001: Clean 
Agents vs Dirty Agents


Whoever conned or bribed the NFPA and FMGlobal into allowing the name 'clean 
agent'  to be used for fluorinated gas suppression systems got away with murder.

And while they are stable, until they are not (i.e. decompose in the fire or 
after some time short of  'forever'...)
Many of these fluorinated organic gases are big greenhouse warmers.
They negatively impact the environment with leakage at the
   production site
   container storage ops
   unintended activation of fire protection systems
The stupid part of naming them 'clean agent' is
   we did not declare the basis of time for how long these chemicals are 'clean'
These agents are clean for what... a 10-minute hold time?

If these fluorinated organics are 'clean'
then NFPA 13 should be renamed 'Standard for Installation of Sprinkler Systems 
Using Immaculate Agent'

Water mist & even standard spray sprinklers are far superior options than
    these 'Dirty Fluorinated Gas Agents' in most electronic equipment rooms

I bet with 80% confidence that there are more unwanted activations in areas 
protected by 'Dirty Agents'
than there are fire saves' by 'Dirty Agent' fire suppression systems.

And after an unwanted activation,
   the 'Dirty Agent' industry charges the customer ~ 66% of the original 
install cost,
   just to refill the containers with more 'Dirty Agent'...

Just say 'no'  to most fluorinated gas fire suppression agents, or do our 
homework
and be the stewards of society's safety that safety engineers are paid and 
expected to be...

What is the likelihood of fire loss (per hour of fire protection) vs fire loss 
in US dollars, for electronic equipment rooms over the last 25 years?
The US military and US Coast Guard must have a number for this within 50% of 
accuracy.

How many hermetically sealed hard-drives inside a cowling, have failed from 
sprinkler water?
Why does fire protection so often apply the expensive and unreliable solution, 
to its wealthy customers?


What is more sustainable and environmentally friendly than water?


These comments will upset the some people...
They are not new comments, I first made them about 17 years ago.

Ask ourselves a question, are we making decisions based on loyalty to our 
status, our paycheck, or
are we making decisions based on efficiency with regard to laws of Nature as 
engineers, efficiency
of energy and material usage.  Are we being wise (i.e. predicting the future 
with improved accuracy)


Scot Deal
Excelsior Fire & Risk Engineering
gms:  +420 606 872 129



Civilization is a race between education and extinction   h.g. wells

Simplicity is the ultimate sophistication   - da vinci


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