C/M Train - Energy

 

TRAIN CARS - LOCO. LOCOMOTIVE

Piston-Punch Energy

Revoking all non-perishable Emissions - non-Zero Cycle or close to options for locomotives

Trains

EV Battery Electric & Hydrogen trains are attractive yet Piston-Punch is lower cost to install & maintain plus a safer option utilizing less material to achieve the same result if not higher performance 

Voiding coal & all dirty Energy Sourcing


INTERNATIONAL STANDARD 

Regenerative braking modern reference

https://m.youtube.com/watch?v=TX_QW6h1jH0&pp=ygUacmVnZW5lcmF0aXZlIGJyYWtpbmcgdHJhaW4%3D

THE BENNETT BROTHERS JORDAN & NIC

The concept owned by CIG - S.B.G & majority shareholder Dr Sydney N Bennett & minority shareholder Jordan R Bennett 

PISTON-PUNCH 

The easiest way to describe Piston-Punch is to describe a waterfall & Pelton wheel placed at the bottom spinning from the water falling then energy generated from converted to electricity for storage, grid or alternative uses

Now consider a Wind-tunnel that does the same yet the Wind is always constant or controlled in speed & pressure

Piston-Punch is that. A contained Air Wind Tunnel that self-refills creating endless energy in perpetual motion

A turbo fountain contained water version exists also

As created - invented by Dr Sydney N Bennett between 1988-1995/1996 & patented + copyrighted then trademarked in 100-170 of 195 countries between 1996-2001 with updates since & another between 2024-2025

Invented between 75 Catharine Drive, Astorville, Ontario, Canada & 370 Ridge Road, Grimsby, Ontario, Canada from a basic science project then the conceptual idea from Dr Sydney N Bennett based on an RC Car design. Credited to Dr Sydney N Bennett not parents of or others bass on recorded & documented sketches & verbal conversations as confirmed by P.K-K.T Labs  

GLOBAL ADAPTATION 

The concept works as an Energy Source in all Stationary & Motion options

Trains,  Automobiles, Aviation - Aircraft & Helicopters, Marine smaller & larger vessels

Agricultural - Farming, Mining & all Yard - Maintenance Toold & Powertools in Residential - Commercial form 

All Stationary small to larger Energy plants 

LPT - ATMOSPHERIC CLIMATE TECHNOLOGY 

As an Additive Accessory 

Advanced accumulative Co2 + Atmospheric Emissions Capture equipment can be installed & a train care that collects can be emptied then contents transferred for safe ground storage between trips 

Anti-Pollution filters & Emissions collection 

Any Passenger - Freight + advanced rail systems can adapt this technology within immediately 

C/M - C/M Partners or Blueprinters

JORDANS MINORITY SHARE OF CIG - S.B.G

Dr Sydney N Bennett had set aside US $1.2 Billion in earnings + shares in CIG S.B.G & US $30 Million for Jordan as minority shareholder then US $10 Million for parents Rod & Marie's earned pension of 35-40 years hard work of $3-10 Million Canadian 

For 100-170 of 195 countries + 25 remaining

Electric Gyrocar. Like motorcycles could become something. Better safety features & motorcycle performance. Some are enclosed like a car

https://youtu.be/tOb2nbyzYXc?si=91o-jRnuox3_B3t6

AIR COMPRESSION - PRESSURIZED

Switch-Backs

If in heavier weight models & high performance output pressure may decrease in use requiring a switch back option so there is no effect then once switching between as it dies it switches back to a fully pressurized system in a back & forth process yet you can install more than one with two or three & even more to guarantee constant pressure yet it is unlikely not required unless towing 100,000 lbs or more or close to such demands then high output performance for leaving the haul truck & trailer close to a spirt car performance model despite retrofit kits & traditional designs lacking characteristics require to adjust to such which increases flat, uphill, downhill or curved turn performance separate from partial to full automation in backing to load - unload

AIR COMPRESSION

The fastest way to compress air is to use a rotary screw air compressor, which offers high efficiency and continuous operation. These compressors use a rotating screw mechanism to compress air, minimizing noise and maintenance requirements compared to traditional piston compressors. They are particularly well-suited for heavy-duty applications and high-volume air delivery. 

Here's a more detailed look at how rotary screw compressors achieve fast air compression: 

Rotary Screw Mechanism:

Instead of using a piston, these compressors use two helically-opposed screws that rotate within a cylinder. The screws trap air, progressively squeezing it between them as they rotate, leading to rapid compression.

Efficiency:

Rotary screw compressors are known for their high efficiency, meaning they can compress air quickly and effectively with less energy consumption.

Continuous Operation:

Their robust design allows for continuous operation, making them ideal for applications where high air volume is needed consistently.

Simpler Design:

Compared to reciprocating compressors, rotary screw compressors have fewer moving parts, which contributes to their durability and reduced maintenance requirements.

Noise Reduction:

The way the air is compressed in rotary screw compressors also contributes to quieter operation.

In essence, the rotary screw mechanism provides a more efficient and robust way to quickly compress air for various applications, from industrial settings to specialized uses like rock drilling in remote areas. 


FAST AIR PRESSURE

The term "fastest air pressure" can be understood in a couple of ways: the fastest rate of pressure change or the highest possible air pressure. The fastest rate of change in air pressure is associated with rapidly moving weather systems, with changes of around 0.001 to 0.002 atmospheres per hour, depending on the storm's speed. The highest air pressure ever recorded was 1,084.8 hPa (32.03 inHg) in Tosontsengel, Mongolia.

Elaboration:

Rate of Change:

Atmospheric pressure is not static; it fluctuates continuously due to various factors, including weather systems, temperature, and altitude. The rate at which these changes occur can vary depending on the intensity and movement of the weather systems.

Highest Pressure:

The highest sea-level air pressure ever recorded was 1,083.8 hPa (32.01 inHg) at Agata in Russia. This occurred due to a very cold and dense air mass.

Lowest Pressure:

The lowest non-tornadic atmospheric pressure ever measured was 870 hPa (25.69 inHg) during Typhoon Tip.

CIG