C/M Alternatives - Metal & Plastics +

C/M Alternatives - Metal & Plastics + 

GETTING TO ZERO WITH C/M

A shift away from Fossil Fuels & all Dirty-Energy & damaging Toxic-Chemical processing from raw material sourcing to processing for manufacturing & assembly then maintenance - repair before repurposing & remanufacturing 

This includes the retail aspect & all things that could affect Earths atmosphere then the ground - air & water to preserve biological life for longer healthier life on Earth meeting equivalency

Zero-Emissions 

TREATED FABRICS & WOODS +

Treated Fabric as an alternative to metal - alloy aluminum or steel & plastics

Safer fire retardants & environmental natural chemical treatments advancing on safe chemistry voiding cancer & unhealthy practice for Earths atmosphere & biological life 

Organic natural Seed + safe GMO production cycle seed over unsafe GMO then water & light in fast grown with safe fertilization & harvesting for multi-use in silo-farming 

Seed propagation + plant propagation to devide & increase production yields in compact spaces 

Modern cotton pickings (plantation & all the Niger - Negro - Niga - Nigro or simply the "Black Babies" all grown up go to pick cotton for the mean assh*le white man (or black & brown man) which own them as slaves or wireless slaves of course & fu*k sexually the thin blackies when they get outta hand. Bad Girls & little families cotton pick). I say boi. I say girl. Down & well

Oh my god the one had decent looking black girl GOTS to be bad or she won't get a talk'in to & a secret fu*king so she doesn't do the bad again (how dare dare that trouser snake)

Partial automation & modern racism is appropriate in a repetitive effort for higher yields 

A STUDY 

Treated Fabrics & Hardening Balsa Wood to compete against Bamboo

Looking at environmental - health focused alternatives without discrediting bio-plastics

Cornstarch is a great way to stiffen fabric at home. Mix it with water until it's smooth. Then, heat it in a pot until it gets thick. Spread this paste on your fabric and let it dry

Polyester (polyethylene terephthalate) is a synthetic fabric derived from petroleum-based products obtained from fossil fuels, which are non-renewable resources and a big pollutant. To produce plastic-based textiles for the fashion industry, an estimated 342 million barrels of oil are used every year

Over 60% of all clothing is made from synthetic fibres, such as polyester, nylon and acrylic - and they all contain plastic. Polyester is a popular synthetic material, as it's cheap and easy to produce, durable and wrinkle-resistant

In addition to gesso or glue, there is a product called ModgePodge that will make fabric stiff and dries clear. Gesso is what is traditionally used for stiffening canvas prior to painting. In addition to stiffening, the products seal the fibers so that the paint won't get absorbed too much by the fabric

Starch: Spray or soak the fabric with starch and then iron it to add stiffness

Gelatin: Dissolve gelatin in water, soak the fabric, and let it dry flat for a firmer feel

Sugar Water: Mix sugar with water, dip the fabric in the solution, and let it dry to add stiffness

On top of that, cotton fibers don't produce microplastics as synthetic fabrics do. Microplastics wreak havoc on ecosystems, wildlife and humans. As shared below, a slew of research has shown that cotton biodegrades more quickly and thoroughly than synthetics

A specially formulated glue will do a much better job of gluing fabric to plastic than standard adhesives, creating strong, long-lasting bonds. Another thing to consider is flexibility. When you're choosing a glue for fabric and plastic, make sure it's flexible, so it doesn't crack when the materials move

Hemp. Don't overlook hemp, the OG in eco-friendly clothing. Hemp pieces, reminiscent of cotton or wool, can be perfect for both cold and warm weather. Fast-growing and low-impact, hemp is a great substitute for interior layers

Linen comes from the fibres of the flax plant: it thrives in poor-quality conditions, requires less water than cotton, and doesn’t need fertilisers and pesticides (although, sadly, some companies still add them)

Durable – Linen is moth-resistant and gets stronger after each wash. So, you can rewear linen clothes for years (= less waste)Biodegradable and recyclable – As long as it’s untreated! Hint: avoid extremely white linen, as it was probably bleached

Organic cotton is kinder to the planet than traditional cotton and can be one of the most sustainable fabrics

Organic – It’s not genetically modifiedLess water – It relies more heavily on rain and groundwaterNo toxic substances – Its production doesn’t involve pesticides or toxic substances and dyes Kinder to the soil – It actually promotes soil regeneration

Why did we emphasise ‘certified’? Because organic cotton is a vague term that leaves room for greenwashing (for example, it can use more water and land to make up for the lack of fertilisers!)

So, consider looking for third-party certifications like GOTS or BCI

Breathable and versatile, bamboo is incredibly green (pun intended).

Good carbon footprint – Bamboo absorbs more carbon dioxide and produces more oxygen than trees

Fast and renewable – It can grow more than 1m per day!

Sturdy and resistant plant – It doesn’t require pesticides and fertilisers Less water – Bamboo can grow in areas with only 20 inches of rainfalls a year

Strong and durable – Bamboo is stretchable and robust

Biodegradable – If it hasn’t been treated chemically, it biodegrades naturally in as little as a year

Unfortunately, bamboo is often grown in monocultures (which cause biodiversity loss), and the greediest companies still use fertilisers

So, even though it can be one of the most sustainable fabrics in fashion, it all depends on how it’s grown

GOAL 

Voiding forever chemicals 

Voiding microplastics 

Voiding cancer + health concern based (carcinogenic+)

Ground 3D Print filament for in mold to create parts for assembly 

Ground material + liquid hardener for in mold to create parts for assembly 

Lowering reliance & alternative to plastics

Repurposing - remanufacturing  

HOW IT'S MADE - PLASTICS & METALS + FOAM

How it's made

HOW IT'S MADE

Foam 

Dirty - Toxic-Chemical + Fossil Fuel to Natural-Safe Zero Emissions no it low Toxic  

Foam + foam densities then spray in versus cube block foam molds

Different kind of foams for different purpose

Foams are made by forming gas bubbles in a plastic mixture, with the use of a blowing agent.

Foam is made in big blocks or it can be injected into a mould depending on the application. By mixing oil-based chemicals together, they react and change from a liquid to a solid state. Natural BioFoam grades are made from soy bean oil which is a renewable feedstock

Commercial foam rubber is generally made of synthetic rubber, natural latex, or polyurethane

Foam padding is usually made from polyurethane and is used in applications where it can help protect, support or add comfort to items

Polyurethane foams are produced by reacting polyols and diisocyanates, both products often derived from crude oil

The two polyisocyanates are diphenylmethane diisocyanate (MDI) and toluene diisocyanate(TDI)

Today, both natural foam and synthetic foam is used. The most common type in use today is Polyurethane

What Chemicals Create Spray Foam Insulation? The two chemicals that create spray foam insulation are isocyanate and polyol resin

HOW IT'S MADE 

Plastics

Dirty - Toxic-Chemical + Fossil Fuel to Natural-Safe Zero Emissions no it low Toxic

The environmental aspect & process start to finish & what it is then where did it come from then process to repurposing or remanufacturing

https://m.youtube.com/watch?v=Y7e2yHxZl3A&pp=ygUWSG93IGl0cyBtYWRlIHBsYXN0aWNzIA%3D%3D

The impact on biological health then the Earth atmosphere & ground then water


HOW IT'S MADE 

Metals - Steel + Aluminium + Alloys

Dirty - Toxic-Chemical + Fossil Fuel to Natural-Safe Zero Emissions no it low Toxic

The environmental aspect & process start to finish & what it is then where did it come from then process to repurposing or remanufacturing

From ground dirt processed through heating & chemical options to a compressed final product rather than light compressed earth

https://m.youtube.com/watch?v=OjWWcsocnJk&pp=ygUSSG93IGlyYSBtYWRlIG1ldGFs

The impact on biological health then the Earth atmosphere & ground then water

HISTORY ON PLASTICS 

Modern silo-grown rubber trees versus fossil fuel & dirty energy process

Dirty - Toxic-Chemical + Fossil Fuel to Natural-Safe Zero Emissions no it low Toxic

Plastic has been around for much longer than most of us know. In its earliest form (some say as early as 1600 B.C.), plastic was produced by Mesoamericans who harvested latex from the Panama Rubber Tree and processed it with liquid from the Morning Glory Vine

Fast forward some 

However, the production of plastic (as we now know it) started many years later when Polyvinyl Chloride (PVC) was invented during the 1930s. Since then, there have been other types of plastic discovered and invented with each having its own strengths and weaknesses, which ultimately determine the end use

So, how is it made?

Step 1: Raw Material Extractions

Crude oil and natural gas are extracted (drilled) from the ground then transported to a refinery

Step 2: Refining

During the refining process, these natural materials are turned into multiple products including ethane and propane (which are the foundation of plastics). The refining process is very similar to how gasoline is made. With the assistance of a high-temperature furnaces, as well as pressure, ethane and propane are broken down into smaller molecules creating ethylene and propylene

Step 3: Polymerization

In this stage, catalysts (a.k.a. chemicals) are added into the process and bond individual molecules into a polymer. When heated, polymers are incredibly moldable, making them great for plastic products. There are two ways in which this polymerization process can occur, and each way makes its own polymer (or resin), and each resin has its own set of pros and cons (which ultimately determines the end product it’s used in). You can find resin types in the Resin Identification Codes (RICs) on plastic products. Resins include Polyethylene Terephthalate (PET), High-Density Polyethylene (HDPE), Polyvinyl Chloride (PVC) and Polystyrene (PS) among others. PET is the most commonly used plastic in the world

Step 4: Nurdle Making

You read that right… now it’s on to nurdle making! Nurdles are little plastic pellets made from the resins created in the polymerization process. The process to do so is through melting and cooling operations. Once these lentil-sized pellets are produced, they are shipped from a petrochemical refining facility to manufacturing facilities where they are melted down and formed into a final product

Step 5: Plastic Forming & Fabrication

Manufacturers compound, mix, and melt the plastic pellets with other ingredients to very specific recipes. When followed, these recipes determine the characteristics and properties of the plastic product. The melted plastic is then formed into shape by plastic forming machinery, which is determined by the application of the product

Common Machinery Used to Form Rigid Plastic Products Includes:

Injection Molding
Extrusion Molding
Blow Molding
Compression Molding
Thermoforming
Rotational (Roto) Molding
Polymer Casting

If you are a plastics manufacturing company, or someone who has worked in a plastics manufacturing facility, you likely fully understand this process

ALTERNATIVE TO STEEL FRAME 

Alternative to a steel frame on an automotive application

A rolling chassis of a full sized pick up truck

Fast-grown Wood

The wood engineered & cut into a specific wrapped shape for flex & rebound properties like skis or a snowboard

A composite ground - mold-healed & treated wrap around the wood

Less is more. If the material does not need to be there it is not

An X pattern using a shaped arched bridge style for reinforcement. Picture a flat bar then subtle light arch below to add strength. This allows strength & weight savings so we can in some areas add a strong light mesh with light treated fabrics to gain equivalency

This allows us to create an equivalent strength fast-grown Zero-Emission process in material sourcing & processing 

Plastic Bottle & Packaging Alternatives

Transparent (See-through Clear) & Opaque (Solid)

1. Treated cardboard & composites
2. Bio-grown Fast-grown stocks like Hemp & Bamboo then rubber tree injected for a flexible finished plastic equivalency in a non-toxic zero emissions process at lower cost & faster process 

Alternatives to Windows - Glass & the process to then mirrors from raw materials to processing before manufacturing & assembly

 

DARK SHADOWS & RUBBER TREE PLANTATIONS

Yeah they put her in the movie when she wasn't very old

The rubber tree plantation girl from India (Lake Louise) & the Moretz kid they put in the movie. They liked when she read for them I guess... millions of ladies & she got the gig

We were comparing Roger Ouellette's old Ridge Road place in Grimsby Ontario to the Dark Shadows movie the Moretz girl from the Atlanta Georgia suburb was cast in

Ursala the Viking Tranagender Woman knocks out women because they are stupid

Haha stupid (Ursala is like Nicole Sydney Bennett a bisexual Tom boy female born female with a vagina that licks at vaginas sometimes just stronger) 

Sustainable Fabric 

https://www.projectcece.com/blog/432/most-sustainable-fabrics-in-fashion/

Rubber trees + Silo-farming & alternative fast-grown options for all products 

www.flextrades.com/blog/this-is-how-plastic-is-made

https://www.flextrades.com/blog/flextrades-delivers-rapid-production-ramp-up-in-renewable-energy/

Plastics

https://m.youtube.com/watch?v=2KhKlHNlP4Y&pp=ygUQSG93IGZvYW0gaXMgbWFkZQ%3D%3D

https://m.youtube.com/watch?v=50BnErcJwHA&pp=ygUQSG93IGZvYW0gaXMgbWFkZQ%3D%3D

https://m.youtube.com/watch?v=NJNqkiEUoAk&pp=ygUQSG93IGZvYW0gaXMgbWFkZQ%3D%3D

C/M CYPRESS MOTORS