Timah Resources Ltd · ASX:TML
Timah Resources — Investor Presentation (March 2018)
18 slides from Timah Resources's investor presentation, March 2018
Slide 1: Timah Resources Limited Investor Presentation
INVESTOR PRESENTATION March 2018 TIMAH RESOURCES LIMITED Strictly Private & Confidential. For discussion purposes only.
Slide 2: Disclaimer
Disclaimer Important Notice This presentation has been prepared for the benefit and internal use of the Company in order to indicate, on a preliminary basis, the feasibility of possible transactions. All information contained in this presentation belongs to the Company and may not be copied, distrib
Slide 3: Table of Contents
Table of Contents Section Contents Page No. 1 Company Overview 4 2 Key Management 8 3 Environmentally Sustainable Business Model 10 4 Biogas Electricity Generation Process 12 5 Continued Improvement 15 6 Renewable Energy (Biogas) Industry Overview 16 Strictly Private & Confidential. For discussion p
Slide 4: Company Overview
Company Overview Section 1 Capital Structure Board of Directors ASX Code TML Executive Chairman Tan Sri Mah King Thian Current Share Price $0.050 Managing Director Dato’ Seri Mah King Seng (as at 2 March) Executive Director Soong Swee Koon Total Shares on Issue 93.48 million Independent Director Bil
Slide 5: Company Overview
Company Overview ▪ Timah Resources Limited (“Timah”) (ASX: TML) and its subsidiary, Mistral Engineering Sdn Bhd (“Mistral”) are principally involved in the renewable energy power generation business in Malaysia ▪ Mistral owns and operates a biogas power plant of approximately 4.0MW located in Sabah,
Slide 6: Company Overview
Company Overview Cepatwawasan Group Berhad 61.51% Timah Resources Limited (ASX: TML) 100% Mistral Engineering Sdn Bhd Strictly Private & Confidential. For discussion purposes only. 6
Slide 7: Company Overview
Company Overview The Plant is registered as a Clean Development Mechanism (“CDM”) project under the Kyoto Protocol whose main objective is to reduce emissions of greenhouse gases It is one of the very few Certified Emission Reduction Projects in Malaysia that are registered with United Nations Frame
Slide 8: Key Management
Key Management Section 2 EXECUTIVE CHAIRMAN: Tan Sri Mah King Thian Tan Sri Mah King Thian has almost 29 years of experience in palm oil cultivation, milling and construction. He graduated from Monash University with a Bachelor of Economics Degree majoring in Accounting. He also holds a Bachelor of
Slide 9: Key Management
Key Management CHIEF OPERATING OFFICER: Soong Swee Koon Soong Swee Koon is a qualified engineer and holds a Steam Engineers’ Certificate of Competency (First Grade). He started his career in power generation with Perak Hydro Electric Power Company (UK firm) in 1974. In the following years, he traine
Slide 10: Environmentally Sustainable Business Model
Environmentally Sustainable Business Model Section 3 ▪ The waste water discharged from the crude oil extraction process is generally referred to as Palm Oil Mill Effluent (“POME”) ▪ POME is traditionally processed through an anaerobic digester system. POME produces biogas gas from an anaerobic proce
Slide 11: Environmentally Sustainable Business Model
Environmentally Sustainable Business Model SUPPLIER Input/raw material: POME ▪ POME is a liquid waste from palm oil milling. Palm Oil Mills incur cost to treat and dispose their waste and the conventional method of treatment is an open ponding system to hold and treat the POME before releasing it to
Slide 12: Biogas Electricity Generation Process
Biogas Electricity Generation Process Section 4 The diagram shows the 1 2 3 electricity generation process in 4 steps: 1. Reception and conditioning of the POME 2. Methane recovery from the POME in digester tanks 3. Power generation from gas engines 4. Waste water and sludge treatment 4 Strictly Pri
Slide 13: Biogas Electricity Generation Process
Biogas Electricity Generation Process ▪ In Step 1 and Step 2, the Plant captures the biogas gas emitted from the POME, which is supplied by the adjacent Palm Oil Mill, through digestion in close digester tanks, replacing the conventional open ponding system to hold the POME as practiced by most palm
Slide 14: Biogas Electricity Generation Process
Biogas Electricity Generation Process ▪ Step 4 channels the remaining POME from the Digester Tanks to a water water treatment and polishing system, which polishes the POME further to meet the local environmental regulation standard before final discharge of the polished water to land application. Th
Slide 15: Continued Improvement
Continued Improvement Section 5 ▪ Mistral will replace four existing engines (1 x 1.204 MW engine, 3 x 900kW engines) with three new 1.200MW biogas engines assembled locally in Malaysia ▪ These new biogas engines will meet the bonus criteria for Sustainable Energy Development Authority Malaysia (SED
Slide 16: Renewable Energy (Biogas) Industry Overview
Renewable Energy (Biogas) Industry Overview Section 6 Local Industry Overview Local business environment ▪ Malaysia is one of the largest palm oil producers in the world, accounting for 39% of world palm oil production ▪ In 2012, Malaysia produced 18.79 million tonnes of palm oil, resulting in 59.8
Slide 17: Renewable Energy (Biogas) Industry Overview
Renewable Energy (Biogas) Industry Overview Supportive Authorities in Malaysia Government Support In the 8th Malaysian Plan (2001-2005), the Malaysian Government declared Renewable Energy (“RE”) as the country’s fifth fuel in the nation’s energy supply mix to diversify its energy source and launched
Slide 18: Thank You
THANK YOU Strictly Private & Confidential. For discussion purposes only.