Mining water circuits often operate with variable chemistry and high recycle rates, increasing the risk of mineral scaling. FLOSPERSE™ antiscalants inhibit crystal growth and keep precipitating solids dispersed to protect equipment surfaces and maintain process reliability
Mineral Scale Prevention
Reduced Cleaning & Downtime
Flow & Hydraulic Stability
Lower Energy Losses
Heat Transfer Protection
FLOSPERSE™
Scale Control Agents for Mining Water & Process Circuits
Product Overview
What is FLOSPERSE™ designed for?
Scaling occurs when dissolved ions (such as calcium, magnesium, sulfate or phosphate species) precipitate and form crystalline deposits on equipment surfaces. In mining circuits with high water recirculation and variable chemistry, scale build‑up can progressively reduce flow, foul heat exchangers, damage pumps and create unplanned downtime.
FLOSPERSE™ antiscalants act through three primary mechanisms:
Threshold inhibition, which delays precipitation;
Crystal modification, which disrupts crystal growth and weakens deposits;
Dispersancy, which keeps fine precipitates suspended and prevents them from forming scale nuclei.
Threshold inhibition, which delays precipitation;
Crystal modification, which disrupts crystal growth and weakens deposits;
Dispersancy, which keeps fine precipitates suspended and prevents them from forming scale nuclei.
This combined action helps maintain clean surfaces and protect critical water and process assets.
Key Benefits
Operational impact
Effective reduction of mineral scale formation across water and process circuits
Improved heat‑transfer and hydraulic performance in scale‑sensitive equipment
Lower energy losses by maintaining clean surfaces in thermal and flow‑dependent units
Reduced need for chemical cleaning and fewer maintenance‑related shutdowns
Extended service life of pipelines, heat exchangers, pumps and other critical assets
More stable operation with improved water reuse efficiency and fewer process disruptions
Application
Where / How FLOSPERSE™ is typically used
FLOSPERSE™ is used throughout mining water circuits where variable chemistry and recycled water increase the likelihood of mineral deposits. In water‑transfer and distribution networks, it helps limit scale formation inside long pipelines exposed to fluctuating ion concentrations. In recycling loops connected to thickeners and tailings, it protects pumps, piping, and instrumentation operating under high‑solids and near‑saturation conditions.
The product also reduces the formation of deposits in heat exchangers and cooling systems, where temperature changes can trigger mineral precipitation. FLOSPERSE™ helps stabilize clarified‑water, process‑water, and utility‑water circuits by limiting the buildup of dissolved ions that drive scaling. Finally, in leaching, hydrometallurgical processing, and solvent‑extraction systems, it helps control sulfate‑, carbonate‑ and other mineral‑based deposits generated by recycled solutions, supporting consistent flow and reliable plant performance.
Frequently Asked Questions
Everything you need to know about FLOSPERSE™
Scale forms when dissolved ions in process water exceed their solubility limits and crystallize on equipment surfaces. High conductivity, elevated temperatures, recirculated water and high pH all increase supersaturation and accelerate scale formation.
FLOSPERSE™ antiscalants act before precipitation occurs. They delay the saturation point, disrupt crystal growth and keep fine particles dispersed, preventing them from attaching to surfaces and forming hard deposits.
FLOSPERSE™ products are engineered to address common mining scale species, including calcium carbonate, calcium sulfate, barium sulfate, struvite, silicates and mixed inorganic deposits.
Injection points are selected based on water chemistry and scale‑risk locations such as recycle loops, inlet lines to heat exchangers, clarifier feeds, or thickener overflow lines. SNF provides full support to identify optimal dosage locations.
Yes. Each treatment is adapted to site‑specific water chemistry, temperature, ion balance, residence time and operational constraints. SNF engineers design the program, validate it through lab testing and support optimization at full scale.
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