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Multi-Disciplinary Framework for Multi-Disciplinary Framework for

Multi-Disciplinary Framework for - PowerPoint Presentation

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Multi-Disciplinary Framework for - PPT Presentation

BioEnergy Assessment Wim Hugo SAEON ICSU WDS July 2015 Interoperability Considerations Syntactic Service end point definitions for data metadata and processed Schematic Structure and expected content standards for data and metadata ID: 787839

biomass data infrastructure sets data biomass sets infrastructure availability analysis cost feasibility economic options reports zone annum planning applicable

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Slide1

Multi-Disciplinary Framework for BioEnergy Assessment

Wim HugoSAEON/ ICSU WDSJuly 2015

Slide2

Interoperability Considerations

SyntacticService end point definitions for data, meta-data, and processedSchematicStructure and expected content standards for data and meta-dataSemanticMeaning of the content, vocabularies, information on protocols and methodology, scales, caveats, …

Slide3

Compromises

Common analysis surface‘Mesozones’ – defined originally in 2005 for demographic and socio-economic data sets (’GeoSpatial Analysis Platform’).Homogenous in respect of administrative boundaries, settlement typology, conservation areas, and major topographical features.

Why not rasters?Data sets contain many attributes, sometimes in different time slicesDifficult to aggregate to meaningful spatial representations

Slide4

Scope of Data Sets

Basic Factors of Productivity

Infrastructure

Yield Potentials

Agro-Forestry Status Quo

Biomass Estimates

Analysis Zone

Biomass Potentials

Demography, Demand, and Economy

Processing Options and Locations

Feasibility Assessments

Impacts

Social

Environmentql

Economic

Assumptions

Slide5

Methodology

Base Layers, Climate, Soil, Protected Areas, Slope, …

Net Primary Productivity

Current Cultivation or Extent

ORDemography

Statistics and Published Assessments

Yield

:

Biomass Increment per Annum

Potentials

: Biomass per Annum per Planning Zone

Applicable Exclusions: Conservation Areas, Slope, …

Availability

: Biomass per Planning Zone per Annum

Current Uses

Available Land, if Applicable

Feasibility

: Optimal Size

Product Cost Location

Filters

:

Acceptable Cost, Logistics, Infrastructure, Size

Technology Options

Planning Scenarios and Demand

Theoretical

Crop Yields

Slide6

Data

Reports

Applications

Other Media

Web-Based

Typical Outputs and Resources

Spatial Data

Sets

Fact Sheets

Theme Reports

Dealing with specific aspects of the research

Meta-Data

Sheets

Synthesis

Reports

aimed at general audience

Case Studies

specific questions and topics

Interactive Web-Based Atlas

Interactive

Decision Support

Print Edition

DVD Edition

BAPEPSA

Advisory services/ data to Eskom

NACI

Recommendations

Website

Search

Facility

Slide7

Theoretical Yields

Data for Maize, Sugar Cane, Sorghum, Soy Beans, Groundnuts, Sunflower, Sweet Sorghum, Eucalyptus, Black Wattle, Pine Varieties.

Slide8

Examples of Potential and Availability

Based on Cultivation on Subsistence and Degraded Cropland

Slide9

Infrastructure

Slide10

Infrastructure: is it adequately

distributed?

Accessibility to Infrastructure

Poorly served population

Economic Activity

Biomass Availability

Slide11

Processing Technologies

20-year

levelised

cost was used to select technology representing the lowest cost option(s) out of 52 candidates – grouped by biomass feedstock and showing applicable size range.

Slide12

Feasibility Assessment

Quantity is a Function of Product Price

Cumulative Availability of Power (MW)

Slide13

Typical Feasibility Assessment

Slide14

Economy of Scale, Location, and Feedstock Costs

Slide15

District and Local Level Decision Support

Slide16

Online Decision Support

Slide17

Questions and Answers

What are the most feasible options and their impacts?How do we assist the rural poor?Can we supplement electricity generation?

What is the best option for combined ligno-cellulosic biomass?Can synthetic fuel production be supplemented?What are the knowledge gaps?

Can we develop a biomass utilisation strategy?

Slide18

Benefits of the Framework Remaining

QuestionsProcess interoperability

simplifiedCross-disciplinary analysis

and filtering of optionsAccess to data sets produced by third parties

Common vocabulary required for automationGlobal framework

not

practical

or

achievable

Slide19

Resources, Sustainability, and Capacity

Data Systems and WebsiteSustainable future availability within SAEON Data Platform

Community

WorkshopsNewsletterIRENA and GEO

Human Capacity1 Analyst

1 Scientist

2 Interns

1 Liaison Officer

1 Data Centre Manager

Content and Growth

Research Programme

NRF Grants

GCGC

SAEON Data Centre: Physically in Pretoria and Cape Town, linked via SANREN, with 72 TB online storage and backup and a portfolio of virtual servers