Safe Organic - Production GMO

Safe Organic - Production GMO

GENETIC MODIFICATION 

Growing materials once thought to be only found in raw form accessible through mining then Repurposing & Remanufacturing in a Cycle

Metals 

Sand & rock 

Safe production fast-grown wood

Unlike past unsafe GMO Foods & Pesticides or Fossil Fuel reliance materials & practices all contributing to different negative concentrated effects from design to sourcing & manufacturing to retail & use then Repurposing this is a different approach

Under the right conditions, giant kelp can grow as much as 60 centimeters (2 feet) per day

Bamboo is the world's fastest-growing plant, shooting out of the ground at an astonishing four centimeters per second. At this rate, certain bamboo species can grow 91 centimeters (about 35 inches) in a single day

A SUSTAINABLE PROCESS

Working in Raw Materials in a Safe Organic Natural form to Grown Materials for production use & Repurposing then Remanufacturing or bio-degradation in a Life Cyle or Half-Life in cycle 

Conductive materials we mine & process then substitute equivalent alternatives that are grown using a hybrid Safe GMO form that then separate into natural organics for disposal & extracted conductive minerals & elements grown rather than sourced & processed 

I, Dr Nic Bennett - Sydney Nicola Bennett expect to master the fast-growing Silo-Farm process for all production manufacturing requirements creating equivalent substance from Seed to Final Product leaving less reliance on mining or toxic processing & Fossil Fuels that contribute to the Green House effect - Global Warming & biologically dangerous harmful chemicals & toxins

Growing Copper Wire equivalency to cut costs & disregard areas of Public - Private market commodity trading focusing on other new found & developing stronger areas of focus 

Periodic Table + Plant Life & Not Plant Life meets & grows together where we have created self-healing metals & we can create a programmed growing partial living metal that can biologically shut off from growth for use in tangible physical inaminant or animate object for motion or stationary use 

Self-healing - growing - plant based metals or plant based metal hybrids 

Grown Materials

Grows from a Seed. Nothing to something & processing water - oxygen & electrical current with safe natural fertilizers to achieve growth faster

Raw Materials

Is & can be used then Repurposing then remanufacturing yet cannot duplicate or expand biologically



Fabric grown Materials versus Raw Materials + Repurposing & Remanufacturing

www.ecoenclose.com/resources/guide-to-fabric-sustainability

Metals can be grown in a few ways:

Phytomining

A technique that uses plants to grow crops of metal. There are over 700 plant species that can hyperaccumulate metals, meaning they can thrive in soil that would be toxic to most plants. These plants can be used to bio-concentrate metals into their shoots, which can then be removed from the soil

Growing metal crystals

Metal crystals can be grown by melting metal and allowing it to crystallize as it cools. The metal needs to be fairly pure for crystals to form. Another way to grow metal crystals is to react solutions that contain metal ions

Electroplating

A conventional method that uses electricity to create a metal coating on a surface. Modumetal is a startup that uses nanotechnology to grow metal on a surface in a similar way to electroplating, but with more control over the conditions

Metal ores are considered non-renewable resources, as they can take millions of years to replenish. However, the world's metal resources are not at risk of depletion

SUBSTANCE SPECIFIC 

Copper can be grown in a few ways, including:

Growing copper sulfate crystals

Stir copper sulfate into hot water until it stops dissolving, then pour the solution into a jar. Crystals will grow on their own over a few days, but growing a seed crystal first can produce larger, better-shaped crystals

Growing copper crystals with electricity

This process is called electrolysis. You can use a beaker with copper sulfate electrolytes, copper rods, and a battery. The copper rods conduct electricity and are connected to the battery's negative terminal. Electrons are pushed to the copper rod, known as the cathode, where crystals form

Electroplating copper onto a surface

This is a reduction-oxidation (REDOX) reaction where copper ions gain electrons to become neutral copper metal crystals. For example, you can electroplate copper onto a dime using a copper ion solution and a power supply

Solid copper sulphate does not conduct electricity, but when it is dissolved in water, it does conduct electricity

Copper sulphate is a powerful oxidizing agent and depending upon the dose ingested, it can lead to widespread cellular damage. The systemic effects of poisoning are seen primarily on red blood cells, gastrointestinal system, kidneys and cardiovascular system. The ingestion of poison can be lethal in severe cases

When an electric current passes through a copper sulphate solution, the solution decomposes into positively charged copper ions and negatively charged sulphate ions. These positively charged copper ions get attracted towards the plate which is connected to the negative terminal of a battery

Copper sulfate is a extremely hazardous chemical. It is toxic if ingested or absorbed into the body through the skn. Prolonged exposure can lead to skin rashes, burns, eye damage, organ failure and even death

THE CHEAPSKATE BOARD

Skateboard - Snowboard - Wakeboard - Wakesurf - Wake Skate - Surf Board

Air-Core - Snap-Together

Gravitational Pull-In - Pull Together

No Glues + Minimal Finishing Products

Renewable Grown & Repurposed Materials

Lightweight + Natural Rebound

Faster Renewable Bases

Japanese Click-Together Manufacturing

Renewable Edges

Fast-growing minimal wood integrated engineered for flex & rebound

Equivalence & strength + weight ratios

Lower cost manufacturing & repair costs

BOOTS + BINDINGS

A less is more equivalency & ability to repurpose old models through grinding materials down to use as 3D Print filament or in molds 

Understanding weight & stiffness in design + materials 

EU COALITION