| In 2011, what does it take to be the best Nanostructured Fe2O3 for Remediation + Catalytic applications? 1. Best in class SURFACE AREA: More surface area = more remediation + catalytic capacity. Nearly all high surface area nanostructured iron oxides sold today have a surface area <100m2/gram. Our nanostructured Fe2O3 has a surface area >255m2/gram. 2. Rare NANOPOROUS ARCHITECTURE : Solid particles & solid fibers use only their external surface area to perform remediation & catalytic functions. Our nanostructured Fe2O3 uses interior surface area (pore size 3-9nm) AND exterior surface area for greater remediation & catalytic capacity. 3. Rare MICRON-SCALE PARTICLE SIZE: Nearly all high surface area nanostructured iron oxides sold today have a particle size <100nm. Particles this small often dissolve, and those that don’t are difficult to recover from water/soil mixed in with remediated media. Our nanostructured Fe2O3 has a particle size range of 1-10 microns (+/- 500x larger than than nm-scale particles) and is easier to safely contain inside of remediation equipment. 4. Best in class PRICE: Nanotechnologies that lack a conjoined nanomanufacturing process that enables mass production + low manufacturing costs rarely get to market. Our nanomanufacturing process can reduce price to ($15-$30 per lb; a fraction of what nanostructured medias cost today) & improve quality (+/-300m2/gram). Unique contract opportunities available for entities seeking technical superiority in remediation + catalytic industries. Explore your options. Contact Engineered Data today. |
