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3.MIP2021ResearchRoadMapsPresentation.pdf
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RESEARCH ROADMAPS
Information provided by Nick Kastelein & Klaas van Alphen
This information is provided for the confidential and exclusive use of students of RMIT University enrolled in the unit USM4547: Management in Practice
January 2021
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RP1 – Future Fuels Technologies,
Systems & Markets
RP3 – Network Lifecycle
Management
RP 2 – Social Acceptance, Security of
Supply & Public Safety
• Education • Training
• Utilisation • Commercialisation
RP2
Research Advisory
Committee
RP1 RP3 WG
3.3
WG 3.2
WG 3.1
Network Lifecycle ManagementTechnologies
& markets
Society & Safety
Metal Assets
Integrity Management
Plastic Assets
Offshore Assets
Steering Committees
Working Groups
WG 3.4
WG 2.2
WG 2.1
Organisational safety
Social Acceptance
WG 1.3
WG 1.2
WG 1.1
Systems Modelling
Production Technology
End-use Technology
WG new
Operation of Assets
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The FFCRC are developing a series of roadmaps, to add definition and specificity to the FFCRC’s objectives across its main research areas.
They provide a detailed plan for 5-years, including implementation.
Initial R&D plans
Initial research & Lit. reviews Roadmaps
ORGANISATIONAL SAFETY
SOCIAL ACCEPTANCE
METAL ASSETS
STRUCTURAL INTEGRITY
PLASTIC ASSETS
OFFSHORE ASSETS
ECONOMIC MODELLING
PRODUCTION TECHNOLOGY
END-USE TECHNOLOGY
OPERATING ASSETS
RP 2
RP 1
RP 3
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The roadmaps are intended to:
- Define a destination
- Identify knowledge gaps that must be closed in order to get there
- Find a pathway to obtaining that knowledge
- Assign resources to conduct the research
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Internal. To clarify our purpose / intended outcomes, and deploy our resources optimally and coherently.
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Turning a complicated problem into a sequence of steps through time with milestones and a means of measuring success.
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External. To communicate our purpose, and engage with external partners who complement our objectives.
To define how our research can be utilized by industry.
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Some contents of the roadmap: - Broad industry needs, end-goals - Specific objectives of this working group - Discrete research questions - Discrete research projects (current and future) - Resources – people, expertise, equipment, data - Potential research partners – international and local - Research plan – schedule - Immediate next steps
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Discussion
Write a discussion draft
Review meeting
Final draft
Implementation NOTE: It is not expected that the content will be novel. Most likely we already know what the roadmap will say, but it is valuable to document it with broad agreement.
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It is useful to create visual representations for the roadmap, showing the “big picture”.
For example:
…from ENA’s Gas Vision 2050.
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ELECTRICITY GRID, SOLAR, WIND, other
FEEDSTOCK METHANE, WATER
P R O D U C T IO N
STORAGE VESSELS & TANKS, DEPLETED RESERVOIRS/
SALT CAVERNS, PIPELINES, other
C O N S U M P T IO N CONVERSION
ELECTRICITY GENERATION, METHANATION, other
S O U R C E
H A N D LI N G
HYDROGEN
HEAT / RADIATION
BYPRODUCTS CO2, OXYGEN, WATER, BRINE, other
PROCESS ELECTROLYSIS, STEAM REFORMATION, etc.
TRANSPORT PIPELINES, VEHICLES (TRUCK/ SHIP),
POWERLINES
PROCESS ‐ STATE LIQUIFY, COMPRESS
END‐USE FUEL‐CELL, HEAT, ENGINES, CHEMICAL
PROCESS ‐ QUALITY FILTRATION, DRYING
COST TECHNOLOGY CONSTRAINTS
+ LOCATION, AVAILABILITY, QUANTITY
+ LOCATION, AVAILABILITY, QUANTITY
+ QUALITY, PRESSURE, EFFICIENCY
– CAPTURE, QUALITY
+ VOLUME, PRESSURE, DENSITY,
CYCLING FREQUENCY, STATE & QUALITY, LOSSES
+ DISTANCE, VOLUME, FREQUENCY, FLOW CAPACITY, DESTINATIONS,
LOSSES
+ WASTE, EFFICIENCY
+ QUALITY REQUIRED, BYPRODUCTS
= COMPATABILITY, SAFETY, QUALITY
REQUIRED
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Enabling the decarbonisation of Australia’s energy networks
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