Global Counter Attacks - H.I.3 Case

THREAT LABS 

Global Counter Attacks - H.I.3 Case 

The Situation 

Just under 500,000 Canadians are executing just over 40 million Canadian's with 2-5+ Billion international interests 

Just under 90 million people connected to just under 1.5 billion are getting loosing their lives before 2029 at the hands 2-5+ billion 

Efforts taken against

Applied restrictions 

Assets & earned income + savings seized with minimal options & efforts to wireless  technology to hold down target subject candidates from threat labs

The use of forced Public Charge - Welfare + Social Assistance 

OUR TARGET & DIRECT GLOBAL THREAT

The people ages 0-17 & those ages 18-100+ & separately those since turned age 18 that had physically operated at the responsible neurological technology threat labs housing full-body wireless devices connected to the four Bennett's & specific other people

Going into our heads with people we had & had not met while connecting with people we had & had not met in our past-present or on-going professional & private lives

H.O.R.B - CIG has a large scale counter attack plan in place

LARGE SCALE - WILDFIRE SOLUTION 

Low cost - Efficient solution

To extinguish a man-made or natural fire, wild fire of different 

A three step plan using advanced fast-growing P.M.E accumulative practices with Zero-Emissions energy vehicles

A flying grid - Flight Line

Explaining the Flight Line

With a flight line, when you hear people talking about the flight line, they generally mean either the portion of the airfield itself where aircraft are maintained, or the flight path of the aircraft featured in the air show. The flight line isn't to be confused with the runway

Multiple aircraft in a flight line connected as a grid

Option 1

A grid blanket that smoothers all fire & connected properties causing a spread that can easily be reeled up for re-use after it is flown over top & dropped from the air onto the area with safe - enviromentally focused chemicals to extinguish the fire & explosive properties causing a spread in the fire

Option 2 

Fighter jet level grid flights to send extinguisher materials onto the blanket if used or in general to attack the spreading fire threat & secure the area neutralizing the threat in all ways possible while monitoring forests & plantation in man-made & natural ecosystems in a low cost effective approach voiding risk of personal human or any biological lice death or injury in the process 

Aircraft

EV - P.M.E Accumulative Energy

Safe Electric

S.P.C.A - P.M.E Accumulative Energy

Air Compression

Cloud Capture + Water Tanker Jet Equivalent 

Canadian Data 2018-2024

According to GFASv1. 2 data, the wildfires that started to take place in early May emitted almost 480 megatonnes of carbon, which is almost five-times the average for the past 20 years accounting for 23% of the total global wildfire carbon emissions for 2023

A forest fire is an ecological attack man-made or natural on our earth's atmosphere & ecosystems which assist in sustaining life

Natural forrest fires do not need to occur at all on planet earth regardless of climate, heat or cold & seasonal changes with El-nina or El-nino or rotations closet to or away from the sun

INSECTS & ANIMALS VERSUS MAMMALS

The geographic food-chain in preservation of ecosystems for earth's atmosphere versus invasive dangerous species that threaten such efforts

A property grid monitoring system with seismic, flood, fire risk & tornado - hurricane with all man-made & natural disaster risk using low cost technologies & grid systems from wired & wireless to effectively maintain as a cross public - private infrastructure effort has to be interconnected in all countries borders & airspace 

An interconnected health - human, insect, animal & mammal with rooted plant life monitoring system for viral & infection or disease spread & control using different efforts intertwined 

Reference Articles

https://www.aljazeera.com/news/2024/5/13/thousands-evacuate-as-wildfire-grows-dramatically-in-western-canada

Fire Extinguishers

https://www.ccohs.ca/oshanswers/safety_haz/fire_extinguishers.html

Section 2

Reference Articles

https://www.aljazeera.com/news/2024/5/13/thousands-evacuate-as-wildfire-grows-dramatically-in-western-canada


Types of Fires

Fires are grouped into classes which depend on the material or substance that is present.

Class A - Fires involving ordinary combustibles such as paper, wood, cloth, rubber, or plastics.

Class B - Fires involving flammable liquids, gases, oil, paints, or lacquer.

Class C - Fires involving energized (live) electrical equipment such as motors, appliances, or power tools.

Class D - Fires involving combustible metals such as magnesium, titanium, sodium, and potassium.

Class K - Fires involving combustible cooking oils, or fats in cooking appliances.


What should I know about fighting fires?Back to top

Never fight a fire if:

You do not know what material is burning.

You do not know what type of fire extinguisher to use.

You do not know how to use the fire extinguisher.

The fire is spreading beyond the spot where it started.

Your instincts tell you not to.


Fire Extinguishers

What are the different types of portable fire extinguishers?

To fight the different classes of fires, there are different types of fire extinguishers. Each has its own characteristics, capabilities, and limitations.

Three main types of portable fire extinguishers include:

Water extinguishers: Water extinguishers are filled about two-thirds with water and then pressurized with air. When used for Class A fires, these extinguishers remove the heat from the burning materials.

Do not use water to extinguish an electrical fire. Water is a good conductor and can increase the possibility of electrocution.

Do not use water to extinguish flammable liquid or cooking oil fires. Water is ineffective as it helps to spread the liquid and the fire.

Carbon Dioxide (CO2) extinguishers: The extinguishing media is pressurized CO2. When used for Class B and C fires, the CO2 covers the fuel by blanketing it, and stops the reaction at the surface by displacing oxygen. Be thorough when using a CO2 extinguisher. It has a moderate spray range and last only 10 to 30 seconds. A hard horn attached to the end of the spray tube helps to contain and aim the spray at the target area.

Do not use CO2 extinguishers in confined spaces as CO2 can displace the oxygen in the air, making breathing difficult. Only use in a confined space if workers have appropriate respiratory protection. Do not use CO2 extinguishers for Class A fires because the fire may continue to smolder and re-ignite after the CO2 disperses.

Dry Chemical extinguishers: Dry chemical extinguishers are the most common and available in few types. These extinguishers will be marked for the classes they are designed to extinguish (e.g., ABC type extinguisher will put out Class A, B and C fires). The extinguishers discharge a blanket of fine powder which creates a break between the fuel and the oxygen in the air. The powder also works to break the chemical reaction. Be accurate when using as they have a short to moderate spray range and last only 10 to 25 seconds.

Be cautious of the residue after using dry chemical extinguishers. The residue can damage motors, computers and other electrical equipment.

Portable Fire Extinguisher Use

When using an extinguisher, use the PASS system - Pull, Aim, Squeeze, Sweep.

Pull the pin on the extinguisher. Aim the extinguisher. Squeeze the trigger or top handle. Sweep the fire area with the extinguisher's spray until the fire is completely out.

For floor fires, sweep from the edges in. For wall fires, sweep from the bottom up.

Never walk away from a fire, even if you think it is out. The residue may reignite. Always stand between the escape route and the fire so you can leave safely if the fire grows. If the fire grows too large, leave the area. Activate the fire alarm to evacuate the area.