From concept to commissioning, YPT delivers integrated engineering, procurement, construction, manufacturing and quality management for mineral processing projects.
Carbon, metal and mercury recovery equipment, together with reagent management systems, that convert enriched streams into saleable metal safely and efficiently.
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.
Industrial minerals recovery is specification-led processing where purity, particle size distribution, brightness, and moisture are engineered to meet product standards consistently.
Three Decades of Field Expertise — Service You Can Measure
Beyond Design — Engineering Support for a Lifetime of Performance.
Proven field experience, vertical integration, global reach with local execution, QMS-driven reliability, and a continuous improvement loop that feeds design and manufacturing with real operating data.
Fatih Bitnel YPT General Manager
Beyond Design — Engineering Support for a Lifetime of Performance
YPT Services Engineering
Services Engineering is YPT’s continuing commitment after the last drawing is issued — ensuring reliable installation, operation, and continuous improvement through Life Cycle Services, Spare Parts & Site Services, and Supervision for Mechanical Erection, executed under the QMS.
Complex Design
Material Integrity
Heavy performance
Speed, flexibility
Sustaining Performance from Commissioning to Renewal
Life Cycle Services
Performance audits; process re-engineering as ore or targets evolve; maintenance strategy development (preventive/predictive); modernization/retrofits; structured training and capacity building. Closed feedback loop to the Engineering Division for continuous improvement.
Availability Engineered — Because Every Hour Counts
Spare Parts and Site Services
Spare-part engineering and codification; critical/recommended/operational inventory strategies; supply-chain integration for JIT delivery worldwide; on-site replacement & inspection; warranty & after-sales management. All actions logged in QMS life-cycle records.
Expert Supervision — Precision in Every Assembly
Supervision for Mechanical Erection
Foundation/anchor checks; erection planning and sequencing; alignment & installation supervision with tolerances and torque values; inspection & verification per ITPs; real-time field problem resolution; mechanical completion dossiers under QMS.
Key Deliverables
Life-Cycle Service Plans & maintenance schedules
Performance Audit & Optimization Reports
Spare-Part Catalogues & interchangeability lists
Site Service Procedures & safety checklists
Erection Supervision Manuals & inspection records
Mechanical Completion & Punch Lists
As-Built & Maintenance Documentation
Training & Handover Packages
Services Engineering — Connecting Design, Delivery, and Operation — Seamlessly
Procurement:
vendor compliance verification and spare-part documentation.
Construction:
site services bridge design and installation, recording all field adjustments for as-built updates.
Quality:
all field activities are QMS-controlled for safety, traceability, and warranty.