Training Mineral Processing & Beneficiation Technology

Training Mineral Processing & Beneficiation Technology adalah program pelatihan teknis pertambangan yang membahas secara komprehensif proses pengolahan mineral (mineral processing) dan teknologi benefisiasi (beneficiation technology) untuk meningkatkan nilai ekonomis bahan tambang sebelum memasuki tahap pemurnian atau proses lanjutan.

Peserta akan mempelajari tahapan utama pengolahan mineral mulai dari crushing, grinding, screening, classification, gravity separation, magnetic separation, electrostatic separation, flotation, concentration, dewatering, hingga tailings management dan water recycle system.

Pelatihan juga membahas faktor-faktor yang mempengaruhi recovery dan grade produk, optimasi peralatan proses, efisiensi energi, pengendalian biaya, serta pemanfaatan teknologi modern seperti sensor-based sorting, digital monitoring, flotation control, dan AI monitoring dalam operasi mineral processing plant.

Mengapa Mineral Processing & Beneficiation Technology Penting?

Mineral hasil penambangan pada umumnya masih bercampur dengan material pengotor atau gangue sehingga diperlukan proses pengolahan untuk meningkatkan kadar mineral berharga dan menghasilkan produk yang sesuai dengan spesifikasi proses berikutnya.

Pemilihan metode benefisiasi yang tepat sangat menentukan recovery, product grade, throughput, energy consumption, biaya pengolahan, serta efisiensi keseluruhan operasi processing plant.

Pemahaman yang baik mengenai karakteristik mineral, liberation, comminution, separation, concentration, dewatering dan process control akan membantu perusahaan meningkatkan produktivitas sekaligus mengurangi losses selama proses pengolahan.

Manfaat Training Mineral Processing & Beneficiation Technology

Setelah mengikuti training ini, peserta diharapkan mampu:

• Memahami prinsip dasar mineral processing dan beneficiation technology.
• Memahami tahapan utama pengolahan mineral.
• Memahami proses comminution melalui crushing dan grinding.
• Memahami hubungan mineral liberation, particle size dan recovery.
• Memahami screening, classification dan size separation.
• Memahami prinsip gravity separation.
• Memahami magnetic dan electrostatic separation.
• Memahami prinsip flotation dan reagent control.
• Memilih metode benefisiasi berdasarkan karakteristik mineral.
• Memahami peralatan utama mineral processing plant.
• Menganalisis faktor yang mempengaruhi recovery dan grade.
• Memahami dewatering, filtration dan drying.
• Memahami tailings handling dan water recycle system.
• Mengevaluasi throughput, recovery dan grade plant.
• Memahami strategi optimasi proses dan efisiensi energi.
• Memahami penerapan digital monitoring dalam mineral processing.

Materi Training Mineral Processing & Beneficiation Technology

Hari 1 – Fundamental of Mineral Processing

1. Introduction to Mineral Processing & Beneficiation

• Konsep dasar mineral processing
• Konsep beneficiation technology
• Tujuan pengolahan mineral
• Peran mineral processing dalam mining value chain
• Ore characteristics
• Mineral characteristics
• Gangue mineral
• Concentrate dan tailing
• Overview mineral processing flowsheet

2. Mineral Liberation & Comminution Process

• Konsep mineral liberation
• Degree of liberation
• Particle size
• Comminution principles
• Crushing process
• Primary crushing
• Secondary crushing
• Tertiary crushing
• Grinding process
• Hubungan ukuran butir dengan mineral recovery

3. Crushing Equipment & Operation

• Jaw Crusher
• Gyratory Crusher
• Cone Crusher
• Impact Crusher
• Crusher capacity
• Reduction ratio
• Feed size
• Product size
• Crusher performance
• Crusher operating parameters

4. Grinding Equipment & Operation

• Grinding fundamentals
• Ball Mill
• Rod Mill
• SAG Mill
• Grinding media
• Mill speed
• Mill loading
• Grinding efficiency
• Product size control
• Energy consumption

5. Screening, Classification & Size Separation

• Screening principles
• Screen efficiency
• Particle size classification
• Vibrating screen
• Hydrocyclone
• Classifier
• Cut size
• Classification efficiency
• Particle separation berdasarkan ukuran dan densitas

6. Gravity Separation Process

• Prinsip gravity concentration
• Density difference
• Jigging
• Shaking table
• Spiral concentrator
• Dense Medium Separation
• Gravity separator performance
• Recovery dan concentrate grade
• Aplikasi gravity separation

7. Magnetic & Electrostatic Separation

• Magnetic properties of minerals
• Magnetic susceptibility
• Magnetic separation principles
• Low intensity magnetic separation
• High intensity magnetic separation
• Electrostatic separation
• Electrical properties of minerals
• Aplikasi pada hematite
• Aplikasi pada magnetite
• Aplikasi pada ilmenite dan mineral lainnya

8. Sampling & Assaying in Mineral Processing

• Tujuan process sampling
• Representative sampling
• Sampling point
• Sample preparation
• Assaying
• Sampling error
• Process quality control
• Feed sampling
• Concentrate sampling
• Tailing sampling

Hari 2 – Advanced Beneficiation & Plant Optimization

9. Flotation Process & Reagent Control

• Prinsip dasar flotation
• Surface chemistry
• Mineral hydrophobicity
• Collector
• Frother
• Depressant
• Activator
• Modifier
• pH control
• Flotation cell
• Rougher flotation
• Cleaner flotation
• Scavenger flotation
• Flotation recovery
• Flotation control

10. Dewatering, Filtration & Drying

• Prinsip dewatering
• Thickening process
• Thickener operation
• Vacuum filter
• Pressure filter
• Centrifuge
• Moisture reduction
• Concentrate filtration
• Concentrate drying
• Dewatering efficiency

11. Tailings Handling & Water Recycle System

• Karakteristik tailing
• Tailings handling
• Slurry management
• Tailings transportation
• Tailings storage
• Water recovery
• Process water recycle
• Water balance
• Reuse air proses
• Aspek lingkungan dalam tailings management

12. Metallurgical Balance & Process Performance

• Mass balance
• Metallurgical balance
• Feed grade
• Concentrate grade
• Tailing grade
• Recovery calculation
• Mass recovery
• Grade-recovery relationship
• Process losses
• Plant performance evaluation

13. Plant Optimization & Process Control

• Mineral processing plant optimization
• Process performance evaluation
• Throughput analysis
• Recovery analysis
• Grade analysis
• Process bottleneck identification
• Process parameter optimization
• Instrumentation
• Process control
• Digital monitoring

14. Energy Efficiency & Cost Optimization

• Energy consumption dalam mineral processing
• Energy intensive equipment
• Grinding energy efficiency
• Equipment utilization
• Process efficiency
• Reduction of process losses
• Operating cost analysis
• Cost optimization
• Energy performance monitoring

15. Modern Technology in Mineral Processing

• Sensor-based sorting
• Automated process control
• Online particle size monitoring
• Online grade monitoring
• Flotation control system
• Digital plant monitoring
• Process data analytics
• Artificial Intelligence (AI) monitoring
• Predictive process optimization
• Smart mineral processing plant

16. Beneficiation for Different Mineral Commodities

• Coal beneficiation
• Nickel beneficiation
• Gold ore processing
• Iron ore beneficiation
• Silica sand processing
• Copper ore beneficiation
• Beneficiation method selection
• Ore characteristics and process selection

17. Troubleshooting Mineral Processing Plant

• Low recovery
• Low concentrate grade
• High circulating load
• Overgrinding
• Undergrinding
• Poor classification
• Flotation instability
• Equipment performance problems
• Process losses
• Root cause analysis
• Corrective action

18. Case Study: Beneficiation Practice in Coal, Nickel & Gold Industry

• Studi kasus coal beneficiation
• Studi kasus nickel processing
• Studi kasus gold mineral processing
• Evaluasi process flowsheet
• Analisis recovery dan grade
• Identifikasi process bottleneck
• Process optimization
• Energy efficiency improvement
• Diskusi best practices industri pertambangan

Metode Training

Training Mineral Processing & Beneficiation Technology menggunakan pendekatan pembelajaran yang menggabungkan teori, pembahasan proses, perhitungan sederhana, analisis kinerja plant, diskusi dan studi kasus industri pertambangan.

• Presentasi dan pembahasan konsep
• Diskusi interaktif
• Process flowsheet discussion
• Recovery & grade calculation
• Metallurgical balance discussion
• Plant performance analysis
• Process troubleshooting
• Case study mineral processing
• Problem solving
• Sharing pengalaman industri

Target Peserta Training

• Mineral Processing Engineer
• Metallurgist
• Process Engineer
• Mining Engineer
• Plant Engineer
• Process Plant Supervisor
• Process Plant Superintendent
• Production Engineer
• Quality Control Personnel
• Laboratory Personnel
• Technical Services
• Operation Personnel
• Maintenance Personnel
• Profesional yang terlibat dalam pengolahan mineral
• Pihak-pihak terkait di industri pertambangan

Pembicara / Fasilitator

Tim Trainer Johnson Indonesia

Trainer berpengalaman dan fokus pada bidang mineral processing, metallurgy, beneficiation technology, mining engineering, process plant operation dan bidang terkait sesuai kebutuhan program training.

Jadwal Training Mineral Processing & Beneficiation Technology

Jadwal Training Tahun 2026

• 06–07 Januari 2026
• 12–13 Februari 2026
• 25–26 Maret 2026
• 20–21 April 2026
• 18–19 Mei 2026
• 25–26 Juni 2026
• 27–28 Juli 2026
• 19–20 Agustus 2026
• 28–29 September 2026
• 13–14 Oktober 2026
• 18–19 November 2026
• 21–22 Desember 2026

Jam Pelaksanaan Training

09.00–16.00 WIB

Durasi Public Offline Training adalah 2 hari.

Metode Pelaksanaan Training

Public Offline Training

• Pelaksanaan secara tatap muka.
• Lokasi di salah satu hotel bintang 4 di area setempat.
• Minimal 5 peserta untuk Fix Running.
• Durasi training 2 hari.
• Waktu training pukul 09.00–16.00 WIB.

In-House Training

Program dapat diselenggarakan secara khusus untuk perusahaan melalui In-House Training Mineral Processing & Beneficiation Technology.

Materi, jadwal, durasi, lokasi, studi kasus, dan ruang lingkup pembahasan dapat disesuaikan dengan kebutuhan perusahaan.

Fee Investasi Training Mineral Processing & Beneficiation Technology

Offline Training Jakarta

Rp 5.950.000,- / peserta / 2 hari

• Pelaksanaan secara tatap muka di hotel.
• Waktu training pukul 09.00–16.00 WIB.
• Termasuk fasilitas training.

Online Training

Rp 5.500.000,- / peserta / 2 hari

• Pelaksanaan live secara online.
• Menggunakan Zoom Meeting.
• Waktu training pukul 09.00–16.00 WIB.

Private Training Jakarta

Rp 8.000.000,- / peserta / 2 hari

• PASTI RUNNING.
• Pelaksanaan secara private.
• Lokasi di Johnson Indonesia Training Center.

Offline Training Luar Jakarta

• Rp 12.000.000,- / peserta – PASTI RUNNING
• Rp 8.500.000,- / peserta untuk pengiriman 1–5 peserta.
• Rp 8.000.000,- / peserta untuk pengiriman lebih dari 5 peserta.

Fasilitas Training

• Training Material
• Seminar Kit
• Certificate
• Lunch
• Snack / Coffee Break
• Souvenir

In-House Training Mineral Processing & Beneficiation Technology

Johnson Indonesia menyediakan program In-House Training Mineral Processing & Beneficiation Technology untuk perusahaan pertambangan, mineral processing plant, smelter, maupun perusahaan yang bergerak dalam pengolahan bahan tambang.

Materi dapat dikustomisasi berdasarkan jenis komoditas seperti coal, nickel, gold, copper, iron ore, silica sand, dan komoditas mineral lainnya.

Program juga dapat difokuskan pada kondisi aktual perusahaan seperti low recovery, rendahnya concentrate grade, tingginya energy consumption, grinding efficiency, flotation performance, dewatering, tailings management, maupun kebutuhan optimasi process plant.

Biaya In-House Training disesuaikan dengan jumlah peserta, lokasi, durasi, ruang lingkup materi, serta kebutuhan perusahaan.

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Keunggulan Training Johnson Indonesia

• Training Provider Since 2002.
• Trainer berpengalaman dan fokus pada bidangnya.
• Materi dapat disesuaikan dengan kebutuhan perusahaan.
• Tersedia Public Training, Online Training, Private Training dan In-House Training.
• Pembelajaran menggabungkan teori, process analysis, calculation, discussion dan case study.
• Program dapat disesuaikan dengan jenis mineral dan proses pengolahan perusahaan.

Informasi & Pendaftaran Training

Johnson Indonesia – Training Center
Training Provider Since 2002

Telp: (021) 5417516
HP / WhatsApp: 0858 8690 3082 (Komariah – Fast Response)
HP / WhatsApp: 0815 972 5020
PIC: Nur / Komariah / Nisa / Dinda / Fanni

Untuk informasi jadwal terbaru, proposal, Public Training, Private Training maupun In-House Training Mineral Processing & Beneficiation Technology, silakan menghubungi Johnson Indonesia.

Daftarkan peserta perusahaan Anda untuk meningkatkan kompetensi Mineral Processing, Beneficiation Technology dan Plant Optimization bersama Johnson Indonesia.