C/M Weather Treatment

WEATHER PROOFING COVERS - HAIL

Comparing Covers to Finishing

Polycarbonate - Lexan or Aluminum - Stainless Steel hybrids

The concept of integrating a weatherproof material as part of the finish rather than as a cover for when the vehicle is parked for our automotive devision

ENVIRONMENTAL & EMISSIONS ASPECTS

Integrated material & foam with eco-rubber

An are dynamic light-weight equivlant treatment which can feature aluminum & composite materials for esthetics yet the anti-hail aspect is integrated allowing for a form of rebound as protectant

Different exterior color treatment & graphics are required especially for wraps due to materials demanding different applications, adhesives & materials change in transition

1970'S BMW OPEN WINDOW CS INSPIRED

4 door Sedans & vehicles in our Automotive segment are similar as a coupe more than grand tourer with just suicide doors or pop-sliding while hyper sport have vertical pop doors

Luxury Sport Performance. Roll cages only have 4 supports & are designed to take a 10+ roll-over scenario with integrsted cab effects

360 degree or close to panoramic glass treatment with weight controlled impact - bullet proof or light bullet proof glass treatment or equivalent bio-polycarbonate with controlled roll cage designed off scenarios with safety features in a track spec race performance design. Less is more. Just what you need

Interior blind-spot & 360 degree cameras integrated voiding climate - weather disturbance with sensoring

Sedans will have a integrated sunroof option & convertible effect creating open space where the roof contracts & can be stored safely above the trunk - boot panel acting as a second lifted layer. Manual or automatic

C/M P&T Vintage Practical Trucks are similar just slight higher stance & a rear box with vast options

250 - 300 - 600 - 900 + HP Horsepower & TQ at 20/20 % of HP options. Trucks are 300-400+

Generic Weather Cover shown as reference

C/M. SPEEDING UP THE PROCESS IN COMPACT SIZING

Advanced Emissions Catalyst to Rock & Debris which is biodegradable in a separate muffler system

"While industrial processes work in a slower effect over under 2 years we speed up processing for direct efforts then dispose into Brown not Blue or Black & Green bins"

Emissions capture to rocks—often called carbon mineralization or enhanced rock weathering—is a process where \(CO_{2}\) is chemically transformed into solid stone. It accelerates nature's way of locking up carbon by reacting \(CO_{2}\) with calcium or magnesium-rich rocks (like basalt or olivine) to form stable carbonate minerals.

This process can be deployed in two primary ways:

1. Underground Mineralization (In-situ)
This method takes captured \(CO_{2}\) and stores it deep beneath the earth's surface.

The Process: \(CO_{2}\) emissions from direct air capture or industrial plants are dissolved in massive amounts of water. This carbonated water is injected deep underground into reactive, porous volcanic bedrock (such as basalt).

The Result: The natural chemical reaction causes the dissolved carbon to turn into solid calcium/magnesium carbonate (limestone) within the rock pores. The \(CO_{2}\) is permanently mineralized and trapped.

Real-world Example: Projects like Carbfix in Iceland use this technology to turn emissions into stone in under two years.

2. Enhanced Rock Weathering (Ex-situ)
This approach spreads ground-up silicate rocks on land to absorb \(CO_{2}\) directly from the atmosphere.

The Process: Basalt or other silicate rocks are crushed into a fine powder and spread across agricultural land or forests.

The Result: Rainwater reacts with the rock dust and \(CO_{2}\), creating bicarbonates that wash into the watershed and eventually the ocean, where the carbon remains securely stored for thousands of years.

Co-benefits: In addition to capturing carbon, the rock dust adds vital nutrients to soils and corrects soil acidity.

Because mineralization turns a volatile gas into a stable solid, it offers an incredibly secure, permanent way to remove \(CO_{2}\) without the risk of future atmospheric leakage.

OUR WASTE COLLECTION EFFORTS

Black - Sorted safe garbage for eco-gasification not landfill land leakage to water tables or soil voiding contamination

Brown - Emissions Capture rock & debris

Blue - Sorted safe recycling

Green - Sorted safe compost

Black requires limits of 1-2 bag on weekly household pick up & fee for extra bags & Brown requires safe disposal for ground carrying at waste treatment centers (centres)