Dohhhhh

[Dohhhhh @rasta1lovee]

@garyvee So can you tell us how many millions you are underwater from NFTs and crypto ? $50,000,000 min ? Maybe X 2 and we should listen to you #failure #breakingnews #BreakingRanks #btc #eth #CryptoMarket #crypto #rug #fail #wakeup #loser

[Dohhhhh @rasta1lovee]

BTC will bottom October 5 th at $20,000 mark this post … strategy will implode and Tom Lee will be holding a 20 billion dollar loss with ETH … #btc #eth #cryptocurrency #NewsBreak

[Dohhhhh @rasta1lovee]

@TonyResearch_ Bottom BTC October 5 th price $20,000

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

[Dohhhhh @rasta1lovee]

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

[Dohhhhh @rasta1lovee]

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

[Dohhhhh @rasta1lovee]

@OCFireAuthority
@OCSD
@CAL_FIRE
@ReadyOC
@CalEPA
@SDCo_DEH
@SCAQMD
@EPA
@EPAregion9
@NTSB
@GavinNewsom
@CAGovernor

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

[Dohhhhh @rasta1lovee]

@FoxNews @ABC @OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

[Dohhhhh @rasta1lovee]

@ABC @OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

[Dohhhhh @rasta1lovee]

@abc @OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal

[Dohhhhh @rasta1lovee]

@OCFireAuthority aerial soil drop concept has real merit for several reasons that make it stand out from everything else being discussed:

Why it’s arguably the best outside-the-box idea:

•Zero ground personnel in the danger zone
•No ignition risk from machinery or static
•Helicopters are immediately available in Southern California
•Soil mixed with activated carbon, bentonite, zeolite, and dry chemical suppressant addresses the spill, vapor cloud, and ignition risk simultaneously
•It has Chernobyl precedent — proven at arguably the worst industrial disaster in history

The timing is actually good right now — the tank temperature is down to around 61 degrees, giving crews the opportunity to reconsider engaging with outside-the-box concepts.  That window of stability is exactly when a new approach could be evaluated and mobilized.

One suggestion for your message follow-up:

If you get a callback or want to send a written summary, the key points to emphasize are:

1.Helicopter drop eliminates ground crew exposure entirely
2.Engineered soil mix — bentonite + activated carbon + dry chemical suppressant
3.Chernobyl precedent for aerial burial of catastrophic industrial source
4.Rotor downwash mitigation — drop from maximum safe altitude to minimize vapor dispersal