" PLEASE SUPPORT THE HERMANATOR"
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I am Herman Peoples, CEO of The Peoples Technology Group. We currently have a patent-pending Ice Slurry FireFighting Technology for wildfires, and we are seeking funding for our research and development. With extensive research, we can potentially turn this groundbreaking technology into a force that can extinguish a forest fire within minutes of being dispersed.
We have a comprehensive business plan, 33 pages long, that is the result of our year-long research, which will be implemented.
Here's a link to our business plan. https://rb.gy/yb8chn
Build a prototype of the Hermanator/ Ice Slurry Fire Fighting Equipment within 90 to 120 days.
What is the intended use for this?
The goal of our ice slurry technology is to decrease forest fires by 50% to 60%, and to further enhance it through additional technical research and development.
What is the minimum unit of measurement for flow rate?
Our objective is to achieve a minimum flow rate goal of 500 gallons per minute of ice slurry, based on our research and data analysis. We aim to further enhance this goal and reach 1000 gallons.
What materials will be used to construct our prototype?
This prototype version will be made from currently available materials such as copper, stainless steel, aluminum, circuit boards, Bluetooth technology, software, and CO2. Also, with our research, we will design it for one-piece precision construction, providing greater reliability and easier maintenance. We are going with a modest design measuring at least 5 ft L x 5 ft W x 5 ft H.
Success Metric - A small prototype is now ready and will be tested within 90 to 120 days.
Conduct tests on the ability of the system to generate ice slurry.
The main objective during testing is how quickly the system can generate supercooling energy to cool water entering the slurry chamber so it can be transformed into ice slurry immediately and that would be groundbreaking research.
What will be the ideal size of the ice crystals that will form in the ice slurry?
We want any crystals forming to be less than half inch in diameter which is great for ground residual coverage and not to add extra weight to the slurry cause our delivery goal would be 60 yards with a minimum flow rate of 500 gallons per minute during our initial research testing.
What is the desired temperature needed for the ice slurry?
Research will enable us to fine-tune our controlled metrics between 32°F and -42°F, accounting for variations in water temperature from any local source, such as a river, lake, or reservoir.
How will the temperature be controlled and remain consistent?
We will use a variety of software-controlled sensors to measure the levels of CO2 and other refrigerants, ensuring a consistent ice slurry mixture and proper delivery for our intended targets during our rigorous testing. We can calculate and determine our MTBF (Mean Time Between Failures). This is a crucial point that highlights the design and functionality of our equipment.
Success Metric - System can generate 500 gallons of ice slurry within one minute.
Conduct experiments with the prototype to extinguish fires up to 1000 degrees or more.
We will test daily using stacked dried wood and old wooden pallets. Once it reaches its highest temperature, we will then test our ice slurry by spraying it from a determined distance and timing how long it takes to extinguish. Our goal is to achieve this within a few minutes. The success rate of 500 gallons of ice slurry per minute on fires at 1000 degrees or higher will determine the effectiveness of our technology.
Success Metric - Ability to extinguish a 1000-degree fire in minutes from a distance of 60 yards.
The feasibility of our technology.
The equipment can be hands-on based on the situation of that fire. Additionally, our technology can be controlled remotely, reducing the risk of harm for firefighters. We are aware of the possibility of this technology, which can extinguish a forest fire in minutes. It is a sustainable
The ice slurry will coat its target and
Will not change its structure as fast as
Regular water.
The ice slurry will not evaporate like
Regular water since it has to go through a three
Stages before it evaporates.
The ice slurry needs to go from a slurry to a liquid as it warms up. Once it reaches a warm temperature, it will begin to melt. Finally, it will transition from being warm to hot before it completely evaporates..
This will allow more of the ice slurry to be sprayed during the firefighting session, thus aiding in controlling the wildfires and ultimately extinguishing them.
The ice slurry will coat, and
when it melts, it spreads to cover its
Intended targets, thus extinguishing
and helping to control and slow down
the wildfire.
The ice slurry will not mystify during the spraying process like regular water, thus impacting more of the ice slurry.
This will extinguish fire more rapidly.
The cold infused slurry can also be mixed with
round crystals and they won’t melt rapidly due
to size and shape thus providing extra
coverage. Regular water would just soak into
The ground.
Thank you for taking the time to read and support this life-changing endeavor that will impact and save lives moving forward.
Destined To See It Through,
Mr. Herman Peoples CEO
Organizer
Herman Peoples
Organizer
Longwood, FL