Risk Reduction Technologies

02/20/2026

I just ordered some Parmesan fries from Burger King! Examine the picture and note that the damn thing is hollow!! It wasn’t just one but most of them!! 🤦‍♂️

12/02/2023

$3 Wimpy Burgers all day for our 3yr Anniversary! We just want to thank all of you for supporting our small business and, most importantly, becoming our friends! We love you all!

09/27/2023

Today we're remembering singer and actress Olivia Newton-John on what would have been her 75th birthday.
https://bit.ly/48tYfT4

10/21/2022

10/21/2022

At National Hair Centers, we understand the emotional toll hair loss takes on men and women. We’ve performed over 25,000 medical hair transplants and helped ...

06/21/2022

I don’t want to enter a debate over the environment I just figured you guys might find this interesting.

Before HMPA I tried about every unconventional oil exploration method out there including soil gas sampling, geochem, radiometrics, satellite, horizontal radar- you name it.
Unlike HMPA all of these methods are looking for microseepage of light hydrocarbon gasses that migrate to the surface from an oil reservoir at depth. The methodology is flawed and full of false positives however back in the 2003 time frame I tried Microbe sampling as a microseepage tool.
I created my own way of culturing a small amount of soul from each sample point, in a jar filled with water and a fertilizer which basically created a crude form of a Petri dish. I put a small amount of crude oil in each jar. If the microbes were present in the soil they would consume the crude and the faster they did it I concluded the “ hotter the sample was” .

This picture shows a jar that had a soil sample in it taken right by a strong producing oil well.

You can see the microbe colonies and how they consumed a large part of the crude oil.

This is why oil spills both on shore and off shore have no lasting effect.
It is a fact that there are microbes that consume hydrocarbons and actually things much harsher than that like xylene etc.., because they mutated to eat whatever diet was readily available.

08/22/2021

Headed back to West Texas to use my HMPA technology to try and find some Tannehill Sand! It’s a hike to find it but when you do it can put some meat on your bones!
As a bonus my plane has automatic and constant virus foggers which is nice lol.
Have a great week everyone!

05/27/2021

WE FIND OIL BY STUDYING ELECTRICAL SIGNALS AT THE SURFACE OF THE EARTH!

Remember these old CARBON batteries?
They simply converted chemical energy to electrical energy as all batteries do!

Our HMPA oil exploration technology follows the same concept. We explore for oil looking for specific electrical signals that we discovered occur over oil reservoirs at depth.
When people ask how an HMPA signal is created it is most easily compared to the battery.
Hydrocarbons are chemically charged with energy. At depth, hydrocarbons interact with fluids and minerals and the result is a chemical reaction that converts the hydrocarbon energy into electrical energy.
When we do an HMPA field survey we first look for the presence of this signal and if we capture it, our proprietary software breaks down the genetics of the signal and helps us tell you where TO drill and where NOT to drill.

HMPA can be used to determine if 3-D features contain oil at depth, or it can be used to find oil in traps 3-D cannot see such as sand channels.

HMPA is fast, non-invasive, and costs a fraction of a seismic survey!

Call me at 316-772-3475 for more info. and visit our website at https://lnkd.in/eqAZ-cZ.

As always good luck out there in the oil fields!

RRT- Finding oil since 2008

05/27/2021

Remember these old CARBON batteries?
They simply converted chemical energy to electrical energy as all batteries do!

Our HMPA oil exploration technology follows the same concept. We explore for oil looking for specific electrical signals that we discovered occur over oil reservoirs at depth.
When people ask how an HMPA signal is created it is most easily compared to the battery.
Hydrocarbons are chemically charged with energy. At depth, hydrocarbons interact with fluids and minerals and the result is a chemical reaction that converts the hydrocarbon energy into electrical energy.
When we do an HMPA field survey we first look for the presence of this signal and if we capture it, our proprietary software breaks down the genetics of the signal and helps us tell you where TO drill and where NOT to drill.

HMPA can be used to determine if 3-D features contain oil at depth, or it can be used to find oil in traps 3-D cannot see such as sand channels.

HMPA is fast, non-invasive, and costs a fraction of a seismic survey!

Call me at 316-772-3475 for more info. and visit our website at https://lnkd.in/eqAZ-cZ.

As always good luck out there in the oil fields!

RRT- Finding oil since 2008