Energy resource endowments - TIAM-UCL - Revision history

Matthew Winning at 19:52, 15 December 2016

2016-12-15T19:52:19Z

← Older revision		Revision as of 21:52, 15 December 2016
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	Fossil reserves and mining technologies are presented in Table ~~3.1.1~~. A supply curve for each type of the sources shown is defined within region. Each step is characterised by the cost of the resource and the total amount of energy available at this cost.		Fossil reserves and mining technologies are presented in the Table below on Non-renewable primary resources. A supply curve for each type of the sources shown is defined within region. Each time step is characterised by the cost of the resource and the total amount of energy available at this cost.

	The Resource Module contains ~~these~~ data~~. The module~~ separately characterises resources which are situated in regions with members of OPEC and those resources found in all other Non-OPEC regions. The module was originally based upon that provided in ETSAP-TIAM although significant changes have been made to their characterisation and dynamics of production including: adding Arctic oil and gas, shale gas and separately considering natural bitumen and kerogen oil produced by mining and by in situ methods. Geological constraints are also imposed upon oil and gas production that represent empirical depletion rate constraints.		The Resource Module contains the data which separately characterises resources which are situated in regions with members of OPEC and those resources found in all other Non-OPEC regions. The module was originally based upon that provided in ETSAP-TIAM although significant changes have been made to their characterisation and dynamics of production including: adding Arctic oil and gas, shale gas and separately considering natural bitumen and kerogen oil produced by mining and by in situ methods. Geological constraints are also imposed upon oil and gas production that represent empirical depletion rate constraints.

	'''Table ~~3.1.1~~: Non-renewable primary resources'''		'''Table: Non-renewable primary resources'''

	{\| class="wikitable"		{\| class="wikitable"
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	\|Arctic oil<br />		\|Arctic oil<br />
	\|-		\|-
	\|Natural bitumen ('oil sands'?) by in situ means of production<br />		\|Natural bitumen ('oil sands') by in situ means of production<br />
	\|-		\|-
	\|Natural bitumen ('oil sands'?) by mining<br />		\|Natural bitumen ('oil sands') by mining<br />
	\|-		\|-
	\|Extra-heavy oil<br />		\|Extra-heavy oil<br />

Matthew Winning at 14:15, 14 October 2016

2016-10-14T14:15:26Z

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Rineke Oostenrijk: 1 revision imported

2016-08-17T10:05:17Z

1 revision imported

← Older revision

Revision as of 12:05, 17 August 2016

Rineke Oostenrijk at 14:10, 16 August 2016

2016-08-16T14:10:40Z

New page

{{ModelDocumentationTemplate
|IsDocumentationOf=TIAM-UCL
|DocumentationCategory=Energy resource endowments
}}
Fossil reserves and mining technologies are presented in Table 3.1.1. A supply curve for each type of the sources shown is defined within region. Each step is characterised by the cost of the resource and the total amount of energy available at this cost.

The Resource Module contains these data. The module separately characterises resources which are situated in regions with members of OPEC and those resources found in all other Non-OPEC regions. The module was originally based upon that provided in ETSAP-TIAM although significant changes have been made to their characterisation and dynamics of production including: adding Arctic oil and gas, shale gas and separately considering natural bitumen and kerogen oil produced by mining and by in situ methods. Geological constraints are also imposed upon oil and gas production that represent empirical depletion rate constraints.

'''Table 3.1.1: Non-renewable primary resources'''

{| class="wikitable"
|width="100%"|'''Technology Description'''
|-
|'''Oil'''
|-
|Existing proved plus probable reserves 
|-
|Reserve growth 
|-
|Undiscovered oil
|-
|Arctic oil 
|-
|Natural bitumen ('oil sands'?) by in situ means of production 
|-
|Natural bitumen ('oil sands'?) by mining 
|-
|Extra-heavy oil 
|-
|Kerogen oil by in situ means of production
|-
|Kerogen oil by mining
|-
|Natural gas liquids 
|-
|'''Natural gas''' 
|-
|Existing proved plus probable reserves
|-
|Reserve growth
|-
|Undiscovered gas
|-
|Arctic gas 
|-
|Tight gas 
|-
|Coal bed methane 
|-
|Shale gas 
|-
|Associated gas 
|-
|'''Coal'''
|-
|Existing reserves 
|-
|Additional resources 
|-
|'''Uranium'''
|-
|Uranium (dummy) - Reserves
|}

Table 3.1.2 presents technology for renewable resources that are modelled in the TIAM-UCL. Renewable electricity resources such as hydro, geothermal, solar, tidal and wave are modelled. Solid biomass, energy crops, municipal waste and landfill gas are also modelled. Biomass technologies compete directly at energy service demand level with fossil fuel technologies. No distinction is made between OPEC and Non-OPEC countries for primary and secondary biomass production. Annual availability of renewable resources are controlled in different scenario files. Renewable production can be constrained through annual bounds on capacity and growth constraints.

'''Table 3.1.2: Renewable primary resources'''

{| class="wikitable"
|width="100%"|'''Technology Description'''
|-
|Hydro potential
|-
|Geothermal potential
|-
|Solar potential
|-
|Tide potential
|-
|Wind potential
|-
|Prod of Solid biomass 
|-
|Prod of Industrial wastes
|-
|Prod of Municipal wastes
|-
|Prod of Gas from biomass (landfill gas)
|-
|Prod of Energy crop
|}