Extending the Lifetime of Earth’s Inhabitants Through
Better Smokestack Management, Designed by Nobel Chemistry
Prize Nominee (2014)
At the links above, you will find our suite of Carbon Recovery Solutions conceived by nominee Viva Cundliffe. They lead to the ability to stop emissions and save money. Fuel is also made from CO2 via our flagship Carbon Catcher technology. CO2 and CH4 can be placed in a permanent cycle to power large generation plants; CO2- CH4-CO2-CH4.
The Company has consulted on several energy projects and is in the plans for a BC project, two Nicaraguan projects, and a group of four Norwegian projects near the Arctic Circle.
We build around your CO2 as an asset. We are in the stages of completing our industrial scale Carbon Catcher reactor, so stay tuned for updates here.
Stack operators are welcomed to confidentially inquire with GC Green Carbon Inc., here in Canada, or our new Green Carbon Recovery UK subsidiary which is fielding European inquiries GCRUK@gcgreencarbon.com.
Your innovative revenue generating private CO2 solution consultation is just a click away.
Donald Hugh D’Arcy Evans, Veteran International Project Contractor Joins the Team
“ We have a revolutionary technology spread. Although not entirely new, it is very innovative and clever (elegant even), but it has two sticking points: The traditional scientific mind can’t get past the doctrine of the impossible they have been schooled in about slitting CO2 and the energy balance and the laws of thermodynamics; And the Political mind can’t believe that the technology actually exists to make everything possible, let alone a “magic bullet” style technology at that.
The Scientists will be put to rest with a pilot plant. The technology is not hard to scale up and actually cheap to do for the result, and can be proved very easily as we have currently planned. Once the pilot plant is running the game is over – no more denial will be possible – it will exist and work and we can show that it does.
Rhombocoating Services for Tools
Introducing a cutting edge tooling treatment
… impregnate with Hyperdiamond RhombocoatTM
For Industry, Machining, Resource & Steel Fabrication tooling applications…
Today businesses are challenged to provide quality products and services at competitive prices. Equipment
needs to perform to its maximum capabilities. GC Green Carbon introduces a new coating process that prolongs bits, blades and die life spans, making Hyperdiamond Rhombocoat™treated tooling,stronger,sharper, having greater wear resistance. What does hyperdiamond coating and impregnation mean?
Subsequent deposits of carbon ions build on the initial graphite layer, and a hyperdiamond matrix begins forming on top and bonds to the graphite. The end result for bits, blades and die is a graphite-hyperdiamond coating that improves tooling performance and lifespan. This specialty coating is applied relatively quickly and is the result of very a fast reaction of charged carbon ions being strongly attracted to carbon atoms in the target tooling
Does the coating affect the integrity of tooling steel?
After application hyperdiamond Rhombocoat™ treated tooling has greater shear strength and tooling is stronger and more flexible. Graphite is in fact stronger than diamond but it is very bendable. Rhombocoat™ “traps” graphite flakes in the steel and works to form layers that are strong, ductile and flexible.
Does the coating change the size of the tool?
Utilizing a proprietary patented process GC Green Carbon works with CO2, refining it into a unique hyperdiamond coating– comprised of aggregated diamond or nanodiamond, the hardest known material, with stiffness comparable to that of natural diamond and superior wear resistance. Our specialty treatment impregnates, or saturates, the target tooling with a hyperdiamond coating of charged carbon plasma ions. The charged ions dissolve into carbon in the steel, forming strong links with carbon atoms in the tooling. The links are actually made of graphite inside the steel, resulting in an ultra-strong, yet flexible impregnation-matrix layer.
Using a drilling bit as an example, the size of a Rhombocoat™ treated bit increases the diameter of the drill bit tooling by less than 1/5th of a hair, or about 1/100 th of an inch.
For more information and pricing, contact us:
GC Green Carbon Inc. 2nd Floor, 9795 Wittner Road Kamloops, BC V2C 6Y7
Tel: 250.828.1702 Email: email@example.com
Why is this better than ordinary industrial diamond coatings?
Key benefits to using GC Green Carbon’s hyperdiamond Rhombocoat™:
Patented process and the only rhombohedra cutting diamond impregnation technology in the world.
Our hyperdiamond coating tooling treatment overcomes typical problems of steel tooling heating up during extended use.
It outperforms other diamond coatings as it offers low friction, enhanced cooling, longer lasting use of the bit, blade and/or die. Because the tooling does not heat as quickly as uncoated tooling or ordinary diamond coated tooling, the cutting process is cleaner and faster. Drill holes are better dressed, saw cuts are cleaner.
Tool seizing as a result of high temperature operation and material shavings is much less likely with Rhombocoat™.
Testing our hyperdiamond coating on hog bits has shown that GC Green Carbon’s specialty coating bits last longer and provide for faster drill speeds,as much as 2 seconds/ hole. On an 80,000 hole job, users of Rhombocoat™ treated bit save almost a month in operation man time (documented test results available on below in the video).
All bits, blades and dies must be sharpened – even when coated with Rhombocoat™ But because tooling treated with Rhombocoat™ last longer and incur both less friction and heating, tooling utilizing GC Green Carbon’s specialty coating need less sharpening.
Performance tested Rhombocoat™ Tooling Carbon Capturing– Preserve, Strengthen and Extend … to Tools & the World
Ordinary diamond coatings are comprised of industrial grade four or six point diamonds.
Our process produces diamonds that are eight sided– “Rhombohedra” - and ultra hard.
Hog bits showing a 1″Annular bit. Video Below is a video shows our progress with a “head to head-coated viagra sample v.s. uncoated” test on identical 1″ annular bits on the suggestion of Anvil Ironworks, Ltd. of Kamloops, BC, a leading metal fabrication company in Central British Columbia.
Here is our current “Head to Head” Hyperdiamond impregnation versus regular Hog bit Update Video We doubled the Bit life. (September 26th 2012.) Check out our GC Green Carbon YouTube Channel for Updates. The coated Hog Bit lasted twice as long and is still usable and able to cut after over double the holes. We expected to at least do the same for wood industry bits and have now documented the doubling of wood saw blade life.
New update: Dremel Bit cuts rose quartz after being impregnated with Hyperdiamond! Imagine The Possibilities
The Left video showing Hyperdiamond Impregnation on 1mm plastic balls where the high- strength properties are highly desired for pulverizing materials. The right side video is the result of tiny Hyperdiamond Nano fibers that scratched an ordinary cut and polished diamond, which means they are ultra hard.