Set the cake acceptance basis
Define moisture, discharge, storage and downstream transport requirements.
Concentrate filtration based on representative testwork
Gold Concentrate Dewatering with Disc Filters
Evaluate vacuum or ceramic disc filters for gold concentrate dewatering, including feed properties, moisture targets, testing and equipment selection.
ConcentrateDuty
Slurry testPrimary proof
Moisture + fluxKey balance
Defined conditionsCommercial basis
Application dutyProduct Recovery Capacity
Define the Gold Concentrate Product Duty
Gold concentrate value makes solids retention, accountable sampling and controlled filtrate handling important alongside cake moisture.
Control solids in filtrate
Measure clarity and valuable-fines loss using an agreed sampling method.
Protect dry-solids production
Evaluate flux and availability across normal and difficult feeds.
Application boundary
Vacuum filtration may be unsuitable where very fine, clay-rich or poorly conditioned material cannot form a permeable, releasable cake. Validate the difficult campaign; do not infer performance from the mineral name.
Feed evidence
Variables That Control the Filtration Result
Treat these inputs as measured ranges. A single nominal value does not describe seasonal, orebody or campaign variation.
Particle-size distributionFull PSD and fine/clay fraction, not P80 alone.
Feed solidsNormal, design and upset concentration with stability.
Mineralogy and chemistryMinerals, oxidation, pH, temperature and relevant reagents.
Dry-solids dutyNormal and peak mass flow with operating schedule.
Product targetCake moisture, discharge behavior and downstream handling.
Filtrate requirementClarity, valuable-solids loss and intended reuse.
Engineering sequence1 2 3 4 5
Build Evidence from Sample to System
Test the representative and limiting feeds before equipment performance is fixed.
Select samples
Include normal and difficult ore campaigns.
Characterize feed
Record PSD, solids, mineralogy, chemistry and temperature.
Screen media
Compare cloth or ceramic options appropriate to the duty.
Run cycles
Measure flux, cake, moisture, filtrate and release.
Size system
Apply the tested basis to area, vacuum and auxiliaries.
Equipment decisionCloth media Energy priority Ceramic media
Compare Media and System Options on One Basis
Use the same feed, outcome and operating envelope when comparing routes.
Flexible media screening
Compare weave, retention and release on representative concentrate.
Review this pathEvaluate annual vacuum demand
Use a common tested duty and complete system boundary.
Review this pathTest compatible fine feed
Verify plate behavior, cleaning response and scraper release.
Review this pathContinue the project path
Move from Application to Project Evidence
Use testing, sizing and system pages to convert the mineral duty into an auditable selection.
Practical answers
Frequently Asked Questions
These answers support project preparation; the final recommendation depends on the actual duty.
Why is representative slurry data required?
Mineral names do not define filterability. Particle-size distribution, mineralogy, clay, reagents, solids and temperature can change cake formation, permeability and release. Use filterability testing when results matter commercially.
What should be sent for a preliminary review?
Provide dry-solids throughput, feed solids, particle-size data, target cake moisture, operating schedule, elevation and available utilities through the quote request.
Can BOYUN promise cake moisture from the mineral name alone?
No. A defensible target must be tied to representative feed data, test conditions, equipment scope and an agreed operating basis.
Define the Next Engineering Step
Share the feed, throughput, operating target and site constraints. BOYUN will identify missing information and recommend testing, sizing or the appropriate equipment scope.