Mineral Extraction from Seawater: Difference between revisions
Jump to navigation
Jump to search
(Added some more links under the "Internal Links" section) |
m (Minor Clarification) |
||
| Line 1: | Line 1: | ||
=Basics= | =Basics= | ||
*This Page Aims to Determine | *This Page Aims to Determine | ||
#What Minerals Can be Extracted from [[Seawater]] | #What Minerals Can be Extracted from [[Seawater]] (Brine) | ||
#How Can This Be Done / What Machines Does it Require | #How Can This Be Done / What Machines Does it Require | ||
#How Does This Fit Into Existing / Future [[Product Ecologies]] | #How Does This Fit Into Existing / Future [[Product Ecologies]] | ||
Revision as of 01:37, 26 May 2023
Basics
- This Page Aims to Determine
- What Minerals Can be Extracted from Seawater (Brine)
- How Can This Be Done / What Machines Does it Require
- How Does This Fit Into Existing / Future Product Ecologies
- What Environmental Impacts Would Seawater Mineral Extraction Have, and how does Scale effect this?
- Can the Same Process(es) be Applied to Brine from Conventional Desalination Plants (A Waste Product with Potential for Ecological Harm), or Produced Water ?
Internal Links
- Mineral Extraction from Industrial Brine / Mineral Extraction from Spent Drilling Fluid
- Similar concept, less universal feedstock (for better or for worse)
- Sodium-Ion Battery
- Open Source Solar Water Distiller
- Solar Still