Australian Approaches to Innovation and Transitioning to a Low - - PowerPoint PPT Presentation

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Australian Approaches to Innovation and Transitioning to a Low - - PowerPoint PPT Presentation

Australian Approaches to Innovation and Transitioning to a Low Carbon Economy Lessons for Quebec Andrew Pickford, Adjunct Research Fellow, University of Western Australia Mark Stickells, Director, Business Development and Innovation, University


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Australian Approaches to Innovation and Transitioning to a Low Carbon Economy Lessons for Quebec

Andrew Pickford, Adjunct Research Fellow, University of Western Australia Mark Stickells, Director, Business Development and Innovation, University of Western Australia

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Overview

  • Natural Resources and Innovation
  • Australia’s Energy System
  • Case study: Western Australia

Energy

  • Case study: Global Mining Trends
  • Innovation drivers
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Le réseau énergétique en Australie

  • ccidentale
  • Population
  • 2.5-million
  • Density of around one person per square

kilometre

  • Predominantly located in south west corner
  • Electricity
  • Islanded electricity system called the South

West Interconnected System

  • Peak demand in 2013-14 of 3,702 megawatts.
  • Approximately 6,000 megawatts of installed

power generation capacity

  • Gas: 3,400 megawatts
  • Coal: 2,000 megawatts
  • Wind: 500 megawatts
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Mining in the 21st Century

Image source - http://www.riotinto.com/documents/Mine_of_The_Future_Brochure.pdf

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Innovation: State of Play

Founded in 2012

Inaugural survey

55+ responses across Australia

2012 2014 2015 2016

CEO Insights

Interview series with 15 CEOs and Chairmen across the globe

Industry wide survey

330+ responses across the globe

Full ecosystem survey

800+ responses Launch in early 2017

Cross-industry report

Interview series with CEOs across the resources, agriculture, health, infrastructure, defence, and arts, culture & tourism industries to compare and contrast the state of innovation and identify share opportunities

2017

‘What this survey really does is drive an arrow through the major mining innovation

  • issues. I hope people pay a great deal of attention to it.’

MINING CEO

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We are at an incipient point

We asked: Which of the following macro trends will have the biggest impact on mining over the next 15 years?

62% 59% 37% 26% 22% 21% 15% 14% 10% 6%

Technological change and disruption Environmental pressures Technically aware generation entering the workforce Asian (inc. India) economic development Global integration Transparency and regulation Geopolitical tensions Ageing population Income inequality Urbanisation

‘The Market, Moore’s Law and Mother Nature are the three biggest forces shaping the world today.’ Thomas Friedman

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Different regions have different needs

We asked: Where in the value chain do you see the greatest value over the next 15 years?

Extraction Processing Extraction Exploration Environment End-to-end

  • ptimisation
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Society’s expectations are increasing

We asked: Why is mining perceived negatively in society?

31% 46%

76%

High profile accidents Community impact Environmental impact

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Innovation is more critical than ever before

Companies that claim innovation is critical to their company’s survival in the long term

62% 2017 41% 2015 37% 2013

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Being a follower is not an option

We asked: What is your company’s approach, and how successful have you been introducing new innovations into your business?

  • f minin

ning c compa panie ies describe ibe them hemselv elves as leader ers, c compared t d to f follo lower ers

½ ½

Less ss than

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Ecosystem health drives innovation

Actions and relationships that drive innovation in the ecosystem

Governments should facilitate collaboration platforms

48%

Mining companies should involve suppliers in their innovation process

57%

view CEOs as drivers of innovation in mining companies

24%

  • f services

companies say that all employees drive innovation

33%

Ser ervice ce I Industry Funding Res esearch ch Miner ers Government a and c community Larger service companies Smaller services companies Tier 1 Tier 2/3 Explorers

5 4

Applied research Fundamental research

7 5 10 8 9 6 11 13 2 12 1 3 14 4

2nd most important relationship Most important relationship Biggest driver of innovation 3rd most important relationship

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Diversity could be the answer

Greatest potential for technological disruption

61% 39%

EXTRACTION

40% 60%

NEW BUSINESS MODEL

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Innovation Drivers

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Thank you

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The mining industry is marked by cyclicality

Period 4 The post-China plateau Period 1 The rise of Japan Period 2 The post-Japan reversion and plateau Period 3 The rise of China

WHAT NEXT?

Note: Prices listed in chart are 2016 World Bank forecasts published on July 26th 2016

Gold Iron ore Copper Crude oil

8x 7x 6x 5x 4x 3x 2x 1x 8x 7x 6x 5x 4x 3x 2x 1x

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Systemic design is required for sustained success

We asked: How should investment in innovation achieve the best overall social, environmental and economic development outcomes?

37% 30%

Invest in local services and infrastructure

Companies should focus on 3 key areas of

  • utside the fence investment for the highest

return:

Focus on low footprint design

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The risk of technological disruption is real

Areas most subject to disruption over the next 15 years

4% 3% 16% 10% 26% 12% 15% 5% 4% 0% 11% 12% 37%

Biological and chemical engineering

3% 4% 11% 3% 15% 6%

Sensing and data Manufacturing techniques

0% 11% 21%

Energy technologies Advanced materials

13%

Integrated and continuous processes Communications technology and connectedness

12%

Robotics and automation Artificial intelligence, decision support and analytics

20% 4% 22% 2013 2017 2030

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Business leaders shape this culture

We asked: Which underlying technology areas receive the most innovation focus in your company?

0% 10% 20% 30% Head of information technology Head of strategy The board Frontline leaders (eg. Supervisors) Head of operations Head of technology Business unit heads Chief executive officer All – it is core to our culture 0% 10% 20% 30% Company-wide bonuses Employee share schemes Create a burning platform Career promotions Set stretch goals We don’t Individual incentives Public recognition Demonstrated leadership Communicate success stories

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Key skills are required to foster acceptance

We asked: When implementation programmes of new innovations fail, what is generally the reason?

2% 3% 6% 8% 8% 9% 9% 9% 10% 11% 24% 0% 5% 10% 15% 20% 25% 30% Partner relationships Schedule Skills Technology maturity Technology integration Insufficient benefits Unforeseen impacts Impatience Budget Project complexity Change management

“Many lead operators hate

  • automation. They struggle

to imagine a world where they are not leading large groups of people”

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A cultural shift to embrace innovation is required

A shift in industry culture as well as new skills are required to leverage technological change

Technological change and disruption (robotics, automation, and AI) are expected to impact innovation in mining over the next 15 years Resistance to change and skill availability are considered the greatest people challenge to implementing technologies One in five respondents reported industry culture as the biggest impediment to innovation in mining

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Supported by:

2017 Mining Industry Survey Initial Insights