Main Menu

Mining & Resources Conveying

Better Powder Handling
for Battery Minerals

The aero-mechanical method of conveying is ideal for the bulk materials handling of powders and granules. Floveyors with FloDisc® Technology are particularly suited to battery minerals conveying.

Quick Links

Capability Statement
Video
Request White Paper
Contact Us

Download our capability statement:

Better Powder Handling for Battery Minerals

Floveyor adds value in multiple ways and at different phases of battery manufacturing. Our FloDisc® Technology ensures safe, gentle, and contamination-free handling of battery-grade minerals.

Download

Floveyor's experience in the battery minerals value chain

How we contribute to total performance

BATTERY CHEMICALS
AND REFINERY

  • Finished product out of dryer
  • Finished product out of mill
  • Into silos
  • Into packaging routes
  • Reclaim handling
  • By-product handling
  • Additive handling

BATTERY CELL
.

  • Precursor materials into reactor vessel
  • Dried precipitate into storage
  • Dried precipitate into mixer
  • LiOH > lithiation mixer

RECYCLING
.

  • Product removal from granulation/pelletizer
  • Product removal from sieve
  • Concentrate powder into hydrometallurgy
  • Post hydro-metallurgy to packaging/cell- manufacturing process

Our capability with materials used for batteries

  • Lithium Carbonate [LiC03]
  • Lithium Chloride [LiCI]
  • Lithium Sulphate [Li2SO₄]
  • Lithium Bromide [LiBr]
  • Sodium Carbonate (Soda Ash) [Na2CO3]
  • Calcium Hydroxide (Slaked/Hydrated Lime) [Ca(OH)2
  • Beta-Spodumene (Post roast & mill)
  • Dried Powdered Precipitate (Filter cake)
  • Graphite
  • Nickel Sulphate [NiSO₄]
  • Cobalt Sulphate [CoSO₄]
  • Manganese
  • Nickel Powder
  • Alumina
  • Calcium Carbonate [CaCO3]
  • Sodium Sulphate [Na2SO4]         
  • Potassium Chloride [KCL]
  • Sodium Chloride [NaCl]
  • Potassium Sulphate [K2SO4]
  • Boric Acid [H3BO3]
  • Magnesium Hydroxide [Mg(OH)2
  • Ammonium Sulphate [(NH4)2SO4]
  • Aluminosilicates

Where Floveyor can add value in a traditional LiOH process

Why the battery minerals industry relies on Floveyor

  • Meets ATEX 2014/34/EU safety standards, suited for potentially explosive applications
  • Contamination-free conveying of hazardous materials via a fully enclosed system
  • Ability to 02-free purge to maintain the integrity of LiOH
  • Ability to substitute stainless steel for engineered polymers contact parts, to minimise ferrous contamination
  • Total batch transfer with negligible residue, to minimise waste
  • High availability, even with heavy use, to maximise uptime
  • Fast, easy cleaning with dry- and wet-clean options available, including clean-in-place (CIP)
  • High throughput with a small footprint
  • Energy efficient conveying
  • Integrates easily with existing plant and equipment
  • Operates at any angle without diminishing throughputs
  • Requires minimal operational maintenance.

Related case studies

A selection of companies with Floveyor systems

8_Orica
7_Hanwha
6_Sumitomo
5_Avantor
4_Covalent
3_Hellenic Minerals
2_Northern Minerals
1-customer-tile

Watch the video:

Better Powder Handling for Critical Minerals

Floveyors with FloDisc® Technology optimise the process route for powders so you get the highest production, performance and end-product quality from your plant.

Play Video

Ready to get started?

We’re ready to show you how better powder handling can create positive change and reshape the future of battery/critical minerals processing.

For a confidential chat or to request the white paper, contact me directly:

Tristan Bower

Floveyor Global Head of Sales
Phone: +64 27 839 6353

Email me
Floveyor logo with solid cyan symbol

Floveyor specialises in the engineering and manufacturing of machines and equipment for the efficient bulk material handling of powders and granules.

Contact Us

Products

Industries

Process

Services

Floveyor

© 2022 Floveyor. All rights reserved. Privacy Policy

Youtube Linkedin-in