Empire Metals Share Price (EEE)

Looks genuine this time.

If SOH opened and oil tankers free flowing then could be major catalyst for many mining firms... obviously precious metal miners will spike up tomorrow.

EEE was 38p a few days ago before today's flow sheet news. So agree, could see a decent pop to retest 38/39p zone.

Markets will be cautious as many false dawns of late but this does seem like the real deal according to a few sources.

Just in time for US to drop the largest IPO in years ...Space X. mmm! Timing is everything isn't it Mr Trump?

If you believe anything trump says I have a bridge to sell you

Just announced

Will be a push to 40p here next few days imho

From the RNS.......

“Whole-of-ore flotation confirms selective recovery of titanium minerals with rejection of more than 90% of unwanted gangue, producing concentrate grades above 34% TiO2.”

I didn't understand this bit so I AI'd it. Answer copied below if anyone else needs it.

Whole‑of‑ore flotation is a mineral‑processing strategy in which the entire ore, without prior removal of waste rock (gangue) through pre‑concentration steps such as gravity separation or optical sorting, is ground and sent directly to flotation.

The core idea is simple: instead of upgrading the ore first and only floating the enriched fraction, everything goes into the flotation circuit.

⚡ Concise takeaway

Whole‑of‑ore flotation means flotation is applied to 100% of the mined ore, relying entirely on chemical conditioning and froth flotation to separate valuable minerals from gangue.

🔍 How it works (based on flotation fundamentals)

Whole‑of‑ore flotation uses the same mechanisms as standard froth flotation:

Ore is crushed and ground to liberate mineral particles.

Slurry is conditioned with collectors, frothers, and modifiers to make target minerals hydrophobic.

Air bubbles are introduced, and hydrophobic particles attach and rise to form a froth.

Froth is skimmed to produce concentrate; hydrophilic gangue remains as tailings.

The difference is not in the mechanism, but in the scope: no pre‑treatment to remove barren material.

🧭 When whole‑of‑ore flotation is used

It is typically chosen when:

Ore grades are low, making pre‑concentration ineffective.

Minerals are finely disseminated, requiring full grinding anyway.

Pre‑concentration methods fail due to similar physical properties between ore and gangue.

High recoveries are essential, even at the cost of higher processing volumes.

📈 Advantages

Maximises recovery of fine or complex mineralisation.

Simplifies flowsheet (no dense‑media separation, no sorting).

Ensures all liberated mineral reaches flotation.

⚠️ Disadvantages / trade‑offs

Higher energy consumption (full‑ore grinding).

Larger flotation circuits required to handle full tonnage.

Higher reagent consumption, since gangue also consumes reagents.

Potentially lower selectivity, because more gangue enters the system.

🧪 Typical applications

Whole‑of‑ore flotation is common in:

Copper porphyries

Gold‑copper systems (e.g., refractory ores)

Polymetallic sulphide deposits

Fine‑grained tungsten, fluorite, and phosphate ores where liberation requires full grinding.

Nice RNS.

GLA

Danno

Yes if we can supply it cheaper and enlarge the number of uses and the size of the market. A long way off but we really could be a disrupter in the titanium market.