- Inside YPT
YPT at a Glance
See how YPT is structured as a group, how it is governed, and how its story has evolved through key milestones in mineral processing.People, Academy & Connections
Discover the people, learning culture, events and contact channels that connect you with YPT for collaboration and careers.Engineering Solutions
From concept to commissioning, YPT delivers integrated engineering, procurement, construction, manufacturing and quality management for mineral processing projects.Reference Projects
Explore selected reference projects from turnkey plants to engineering and equipment supply, filtered by scope, commodity, process and region. - Process Equipments
- Material Handling
- Size Reduction
- Size Control
- Ore Enrichment
- Concentrate Conditioning
- Recovery
- Slurry Pumps
Material Handling
Systems that receive, convey, feed and store bulk ore and process material between all main areas of the plant.Size Reduction
Equipment that reduces ore size by grinding to liberate valuable minerals for downstream enrichment processes.Size Control
Screening, classification and enlargement equipment that shapes the particle size distribution to the ranges required by the process.Classification Equipment
Enlargement & Agglomeration Equipment
Ore Enrichment
Physical and chemical process equipment that increases ore grade by separating valuable minerals from gangue.Concentrate Conditioning
Sedimentation and mechanical dewatering equipment that adjusts the moisture, density and handling properties of the enriched concentrate.Recovery
Carbon, metal and mercury recovery equipment, together with reagent management systems, that convert enriched streams into saleable metal safely and efficiently.Slurry Pumps
Pumping equipment that transports, circulates and distributes abrasive mineral slurries between all wet-process stages of the plant.Filter Press Feed
/Thickener Under Flow PumpsThickener Over Flow
/Light Duty Pumps - Mineral Processes
- Physical Separation Processes
- Hydrometalurgical Processes
- Adsorption and Metal Recovery
- Water, Tailings and Environmental Processes
Comminution & Feed Classification
Crushing, grinding and sizing circuits that prepare run-of-mine ore for efficient separation and leaching.Physical Beneficiation
Physical separation methods that upgrade ore based on particle properties before any chemical or hydrometalurgical treatment.Pre-Treatment & Preparation
Refractory ore treatments and feed conditioning steps that make leaching faster, higher-recovery and more stable.Solution Purification & Reagents
Processes and reagent systems that purify pregnant solutions and control chemistry ahead of final metal recovery.Leaching-Core Processes
Core leach technologies that dissolve valuable metals from ore into solution under controlled chemical conditions.Carbon Adsorption & Regeneration
Carbon-based gold circuits that load metals onto carbon and thermally regenerate it for repeated high activity.Elution & Metal Recovery
Elution and downstream circuits that strip gold from carbon and produce cathodes, doré and final metal products.Resin Adsorption & Regeneration
Carbon-based gold circuits that load metals onto carbon and thermally regenerate it for repeated high activity.Solid–Liquid Separation & Washing
Thickening, filtration and washing stages that separate solids from liquors and recover dissolved values from pulp.Cyanide & Reagent Management
Special circuits that recover, detoxify or optimize cyanide and reagents for safe and economical plant operation.Tailings & Water Reclaim
Integrated management of tailings deposition and reclaim water to close the water loop and support ESG targets.Mercury & Emissions
Mercury capture and off-gas treatment solutions that control emissions and protect people, equipment and the environment. - Ore Commodities
- Precious Metals
- Base Metals
- Ferrous Metals
- Light Metals
- Energy Metals
- Polymetallic Ores
- Industrial Minerals
Precious metals recovery focuses on translating ore character and mineral hosting into stable recovery routes that protect value from mine variability to metal production.Base metals recovery is built around selectivity and concentrate quality—engineering flotation and separation to deliver marketable products under changing mineral associations.Ferrous metals recovery targets consistent grade, sizing discipline, and moisture control by exploiting density and magnetic contrasts across variable feed domains.Light metals recovery is chemistry-sensitive recovery where fines behavior, impurity control, and water balance stability determine the most reliable processing route.Energy metals recovery is driven by route selection under chemistry and compliance constraints, converting reactive feeds into controlled products with stable residue and water management.Polymetallic ores recovery manages complex mineral associations to produce clean, saleable products through engineered selectivity, product strategy, and water chemistry control.
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