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Technology

Nano One has discovered and is developing patented and scalable processing technology to make high performance energy storage materials affordable for the lithium-ion batteries used in consumer electronics, vehicles and industrial storage.

The core technology assembles low-cost raw materials in solution (such as lithium, cobalt, magnesium) at high rates of production, prior to industrial driers and kilns completing the reaction. The three-stage process can produce many kinds of ceramic powders, uses equipment common to industry and is already being engineered, with industrial partners NORAM and BC Research, for high volume production and rapid commercialization.

Nano One believes that efficient nanostructuring of composite materials, can bring the cost and performance improvements needed to cut cathode material costs by up to 50% in terms of $/kWh. The technology also has growth potential in many other markets, where the game changing properties of nanoscale materials can be realized if made affordable.

Advantage

Nano One’s advantage is a low cost process to enable high volume production of a wide range of advanced materials. The first target market is $2-3 billion in lithium ion battery cathode materials.

The patented technology enables rapid formation of high performance nano-scale structures early in a three-stage production cycle. Innovative control of particle size eliminates the need for repetitive grinding, milling, filtering and prolonged thermal treatment that are common to other dominant industrial processes.

Crystal structures are formed from inexpensive raw materials reacting at mild temperatures under atmospheric pressures in fast acting, versatile conditions. Through clever manipulations, the process avoids complexing agents, surfactants, templates, emulsifiers and other chemicals.

http://nanoone.ca/technology/

Celluforce:

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Our Products Advantages
The core properties of CelluForce NCCTM allows its use in diverse applications leading to new or improved products and processes
Explore the Core Properties

Self-assembles
The crystals that comprise CelluForce NCCTM interact with one another to form a structured liquid crystal.

Strong
CelluForce NCCTM is an inherently strong material because of its high crystallinity.

Thixotropic
Fluids containing CelluForce NCCTM are shear thinning, meaning they decrease in viscosity with the application of shear.

Active
CelluForce NCCTM surface is comprised of hydroxyl and acidic groups that are reactive and can be functionalized with other chemicals.

Photonic
CelluForce NCCTM forms solids with structural colour. As the ordered CelluForce NCCTM fluid becomes a solid, its colour is created by the interaction of light with the layered structures that are developed.

High surface area
CelluForce NCCTM has an inherently high surface area. This is a result of the size of its separated particles, which is a function of the source of the cellulose and the process of extraction.

Electro-magnetic
CelluForce NCCTM is a charged material. The functional groups impart a negative charge to the surface of the crystal which, in turn, transmits electromagnetic properties to the crystal.