Bayan Mining And Minerals Limited · ASX:BMM
Bayan Mining And Minerals — Investor Presentation (April 2025)
22 slides from Bayan Mining And Minerals's investor presentation, Apr 9, 2025
Slide 1: Microwave Joule Heating Technology
Microwave Joule Heating Technology A Clean Energy Transition April 2025 ASX:BMM | Corporate Presentation | AprilBayan 2025Mining and Minerals Limited | Corporate Presentation | April 2025 | 1
Slide 2: Important Notice & Disclaimer
Important Notice & Disclaimer This document is confidential and may not be reproduced, redistributed or passed on, directly or indirectly. This document has been prepared by Bayan Mining and Minerals Limited (the Company, BMM, or Bayan Mining). This Actual results and developments may differ materia
Slide 3: New Technology To Improve Recycling
New Technology To Improve Recycling Microwave technology invented at Macquarie University will improve the manufacture of solar cells and make them easier to recycle. • Patented Innovation: A family of patents have been secured from Macquarie University, covering both Australia and the United States
Slide 4: Market Overview
Market Overview Market Trends Driving the Future of Clean Energy and Resource Recovery By 2035, Australia alone is projected to accumulate 1 million tones of end-of-life solar Market Potential panels, with a total recoverable material value exceeding $1 billion¹ By 2045, Australia could dispose of 3
Slide 5: Solar Panel Recycling Facts
Solar Panel Recycling Facts Rising Demand and Urgent Need for Sustainable Recycling Solutions 15% Currently only 15% of Solar Panels are recycled in Australia and Worldwide 18X The amount of e-waste created from solar PV is forecast to increase 18x by 2030 $57B The global economy suffers a loss of a
Slide 6: Valuable Minerals Lost From Inefficient Recycling Practices
Valuable Minerals Lost From Inefficient Recycling Practices Silicon Silver Gallium Indium Key material in solar Essential for high- Key material in solar cells Used in thin-film solar panels, acting as the efficiency solar panels and LEDs, enhancing panels for improved semiconductor that due to its
Slide 7: Inefficiencies In Traditional Solar Panel Recycling
Inefficiencies In Traditional Solar Panel Recycling Once a panel has reached its 20-25 year life span, its components should be recycled. Currently, the end-of-life solar panels are first crushed, and the raw materials are extracted by thermal and chemical processes. This is because of the difficult
Slide 8: Delaminating Solar Cells
Delaminating Solar Cells Revolutionising Solar Panel Recycling with Microwave Technology Traditional solar panel fabrication requires high-temperature annealing in ovens, consuming significant energy. A proof of concept has been achieved by Macquarie University for the Delaminating and laminating of
Slide 9: How Does it Work?
How Does it Work? The Power of Microwave Delamination Solar Panel Microwave energy targets silicon cells, rapidly heating them while keeping surrounding materials Frame cool. The EVA plastic layer softens and degrades, allowing easy separation of glass, silicon, and metals. Front Glass Encapsulant (
Slide 10: How Does it Work?
How Does it Work? The Power of Microwave Delamination Backsheet delamination Front glass EVA Solar cell EVA The targeted heating enables the easy separation of layers, allowing for efficient back sheet and front glass delamination Front glass delamination Front glass EVA EVA EVA Bayan Mining and Min
Slide 11: Delamination vs Crushing
Delamination vs Crushing Transforming Processes for a Better Tomorrow Solar (PV) demand for Silver (Moz) 232.0 Method Crushing Delamination 5-year CAGR: 22.9% 193.5 Process Mechanical shredding of Layer-by-layer separation full panel (thermal, chemical, or mechanical) Material Integrity High contami
Slide 12: Advancing Solar Panel Recycling with Microwave-Based Delamination
Advancing Solar Panel Recycling with Microwave-Based Delamination Laminated Glass Structure – Solar panels are encapsulated with EVA, making separation of high-value materials difficult. As the demand for semiconductors, renewable energy, and advanced electronics grows, the need Silver-Silicon Bondi
Slide 13: Advancing Solar Panel Recycling with Microwave-Based Delamination
Advancing Solar Panel Recycling with Microwave-Based Delamination Preserves silicon wafers for potential reuse in semiconductor and solar applications, reducing reliance on raw materials. Microwave Joule Technology based delamination Increases potential silver recovery efficiency, outperforming soft
Slide 14: Solar Panel Recycling
Solar Panel Recycling Flow sheet to illustrate current process of Solar Panel Recycling Glass powder Landfill De-glass Toxic Gases Produced, Pyrolysis to silicon cell Silver in Solar Panel De-frame remove solution EVA Chemical Hot knife process Burn to Silicon remove Aluminum, EVA CO2 produced, Carb
Slide 15: Solar Panel Recycling
Solar Panel Recycling The Proposed Model to recycle Solar Panels with MQ technology *Gallium* *Indium* Solar cell Delamination to remove EVA, back sheet EVA *Solid silver* Solar Panel De-frame Delamination Reverse plating Pyrolysis *Silicon* remove EVA Gases, Aluminum, Glass Junction box sheet Silic
Slide 16: Silver Market Overview
Silver Market Overview 16 Bayan Mining and Minerals Limited | Corporate Presentation | April 2025 | 16
Slide 17: Silver Market - Price and Volume
Silver Market - Price and Volume Deficit of silver supply versus demand driving silver price increases Silver Supply and Demand (Moz) 10-Year Silver Price Trend (USD/oz) 35 Significant price increases in face Persistent deficit of silver over past 4 years of silver shortfall 1,278.9 1,219.1 30 1,195
Slide 18: Industrial Uses of Silver
Industrial Uses of Silver Industrial use is a major driver of growth in silver use globally Major industrial uses for silver Industrial demand for Silver (Moz) 710.9 5-year CAGR: 6.9% 654.4 588.3 Electric Nuclear Medical 561.3 Solar (PV) Batteries Vehicles (EV) industry devices 509.7 Global industri
Slide 19: Silicon Market Overview
Silicon Market Overview 19 Bayan Mining and Minerals Limited | Corporate Presentation | April 2025 | 19
Slide 20: Silicon Market
Silicon Market Use Cases and Growth Major industrial uses for silicon Electric Vehicles Solar (PV) Semiconductors Construction Medical devices (EV) Crystalline silicon (c-Si) is the primary material in over 95% of solar panels, enabling the conversion of sunlight into electricity. Silicon carbide (S
Slide 21: Glass Crushing VS Glass Recovery
Glass Crushing VS Glass Recovery Delamination unlocks nearly 2x more value per panel by preserving high-value materials Total: +58% increase in recovered Total: $75 value with delamination $119 $140.00 $120.00 $80.00 $100.00 50 $70.00 6 6 $80.00 $60.00 6 $50.00 $60.00 35.25 $40.00 35.25 $30.00 $40.0
Slide 22: For further information, please contact:
For further information, please contact: Fadi Diab Executive Director Tel: +61 8 6188 8181 E: fadi.diab@bayanminerals.com.au Bayan Mining and Minerals Limited | Corporate Presentation | April 2025 | 22
Bayan Mining and Minerals — Investor Presentation (April 2025) on 6ix