161117_Jordan_ASEZA_SECAP_Revised

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Population Infrastructure Built Environment Infrastructure Infrastructure Population Infrastructure Receptors Transport Receptors Public Transport Health Energy Public Health Energy Water Transport Transport Social Energy Energy Building stock and material Floods Weather Extreme Sensitivity heat Landslides Extreme heat Landslides Weather Sensitivity Droughts Extreme heat Floods Landslides Droughts Extreme heat Landslides Droughts Droughts Floods Landslides Extreme heat Extreme Droughts Floods heat Landslides Landslides Droughts Extreme heat Floods Floods Extreme Landslides heat Extreme heat Landslides Droughts Floods Landslides Extreme heat Droughts Landslides Floods Extreme heat Floods Landslides Extreme heat Landslides Droughts Floods - Increased frequency numbers and means of injuries - and Increased deaths infectious diseases Air quality Future problems Risk Impact - Epidemics Altered allergic of water patterns Higher maintenance and costs foodborne - Chronic diseases respiratory diseases Damages on road and rail High - Damages Vector Born on Diseases road and (VBD) network rail Low - network Skin diseases Melanoma and Modification of transport - Modification frequency Increased sunburn number and of means transport of deaths High - frequency Higher Reinforcement Increased number maintenance and means of heat of injuries costs stress and Medium - Air Difficult Increased deaths quality Future transport infectious problems Risk of diseases Impact bulk Low - Higher material Altered More respiratory maintenance allergic patterns problems costs - Chronic Increased respiratory on allergic road incidents Damages and diseases rail High High - network Vector Decreased Born air Diseases quality (VBD) Mobility problems - Modification Skin More diseases respiratory of Melanoma transport problems and - frequency sunburn Consumption Blackouts and and and inability means use of to unsafe cover High - Higher Increased (contaminated) demand load Damages, maintenance number water of especially in costs injuries for and Medium - the Difficult deaths drinking Higher maintenance thermal transport due to water costs power plants of bulk scarcity Low - material More Malnutrition Cooling respiratory problems problems in power Damages in the transmission High - Damages Increased Food plants shortages allergic incidents and distribution grid High - Mobility Decreased Limitations Damages / Damages problems air power to quality the healthcare cuts High Medium in any power Blackouts More access - respiratory generating Water scarcity and plants, inability problems including to cover RES High Medium demand Consumption Increased numbers (PVs) in afflicted load and use of injuries - Water quality issues of unsafe areas Damages, (contaminated) and deaths - Water scarcity especially due water to in for the Medium thermal drinking Epidemics power due of to water plants water and scarcity foodborne diseases infrastructure damages Damages Malnutrition - Water quality in the issues transmission due to High and Food Damages distribution shortages on road and rail Low infrastructure damages grid Damages Limitations network - Water scarcity in to any the power healthcare High High generating access Modification of transport - Water quality plants, issues including RES (PVs) Increased frequency in afflicted numbers and means areas of injuries - and Air Increased quality damages deathsproblems and related High maintenance costs Epidemics Higher maintenance of water and costs foodborne Damages diseases on road and rail High - Water management issues - Water quality issues Damages network on road and rail Low - network Modification Increased needs of transport for air Medium conditioned public spaces Modification frequency and of means transport - frequency Higher Damages maintenance and meanscosts Medium - Mobility problems Air Difficult quality transport problems of bulk Low - Higher material Increase in the numbers of maintenance costs people burdening the health - Damages on road and rail High care facilities network Mobility problems - Increased numbers of people Medium Modification Blackouts andof inability transport to cover High presenting respiratory problems frequency demand load and means and burdening the health care - Higher Damages, maintenance especially in costs the facilities Difficult thermal transport power plants of bulk Low - Inability to cover the water material Damages in the transmission High demand Damages and distribution grid - Difficulties in the operation of High Mobility Damages problems in any power certain facilities due to lack of - Blackouts generatingand plants, inability including to cover RES water (e.g. swimming pools) High demand (PVs) in afflicted load areas - Damages High - Damages, Increased especially maintenance in the costs - thermal Flooding power at the plants city level of the - Damages afflicted public in the building transmission High and infrastructure distribution (schools, grid - Damages hospitals, in etc.) any - power Difficulties in generating providing the plants, envisaged including services RES - (PVs) Concrete’s in afflicted damages areas Low - Increased cooling demands - Higher maintenance costs - Urban heat island effect - Damages Low - Higher water demand Medium - Damages - Increased maintenance costs Medium 105
Receptors Receptors Weather Sensitivity Weather Sensitivity Future Risk Future Risk Impact Impact Economy Economy Biodiversity Biodiversity Tourist Tourist Agriculture Agriculture Coastal zone ecosystems Coastal zone ecosystems 4.6 Adaptation Actions - Change of the tourism season – Medium lower touristic flows Extreme heat - Reduction Change of the of the tourism tourism season related – Medium economy lower touristic flows Extreme heat - Potential Reduction damage of the tourism touristic related Low Landslides infrastructures economy and sites - Increased Potential damage water supply to touristic costs Low Landslides - Potential infrastructures increase and of sites indirect Droughts - costs Increased for the water tourists supply costs Low - (infrastructure Potential increase related) of indirect and Droughts reduction costs for the of touristic tourists flows - Damages (infrastructure to touristic related) facilities and High - Potential reduction effects of touristic on the flows touristic Floods - flows, Damages in areas to touristic with flooding facilities High - history Potential effects on the touristic Floods - Changes flows, in areas in growth with cycle flooding High - Damages history / loss of harvest Livestock loss and impacts on Extreme heat - Changes in growth cycle High - health Damages / loss of harvest - Lower Livestock crop loss yields and impacts on Extreme heat - Increased health fire risks - Damages/ Lower crop loss yields of harvest Medium Landslides - Loss Increased of soil fire and risks reduction of - cultivated Damages/ lands loss of harvest Medium Landslides - Damages Loss of soil / loss and of reduction harvest of High - Lower cultivated crop lands yields Livestock loss and impacts on Droughts - Damages / loss of harvest High - health Lower crop yields - Land Livestock degradation loss and impacts on Droughts - Increased health fire risks - Damages/ Land degradation loss of harvest in High Floods Floods Extreme heat - Loss Livestock of specific loss species (fish, High - etc.) Surface soil erosion Landslides Extreme heat - No Loss expected of specific risks species (fish, - High etc.) Droughts Landslides - Increase No expected of coastal risks water salinity Medium - - afflicted Increased areas fire risks - Livestock Damages/ loss of harvest in High - Surface afflicted soil areas erosion Floods Droughts - Soil Increase erosion of coastal water salinity High Medium Floods - Soil erosion High The 4.6 ASEZ Adaptation Authority, Actions having compiled the vulnerability analysis and risk assessment, has identified a specific set of actions that will allow it to adapt to the situation it faces. The The suggested ASEZ adaptation Authority, having actions compiled have been the identified vulnerability from the analysis international and risk literature assessment, and best has practices identified available, a specific and set are of actions in line with that the will national allow it adaptation to adapt to actions the situation adopted. it faces. The suggested adaptation actions have been identified from the international literature and best practices available, and are in line with the national adaptation actions adopted. 106
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This project is funded by the Europ
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Sustainable Energy and Climate Acti
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2.3 Local electricity production ..
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3.6.14 Promotion of new technology
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Figure 23: See level variation ....
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Table 70: Action 5.12 in numbers ..
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Executive Summary In the year 2001
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Regarding the total energy consumpt
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Action Energy Savings (MWh) Energy
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Action Energy Savings (MWh) Energy
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Chapter 1: Introduction 1.1 ASEZA 2
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1.2.2 Climate characteristics Aqaba
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1.2.6 Infrastructures Aqaba compris
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Prime Minister Revenue Audit Unit S
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Chapter 2: Baseline Emission Invent
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Table 6: Total Energy consumption p
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Solar thermal 16,308.58MMMMh ∗ 11
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Heating Diesel LPG 2% 8% Kerosene 0
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2.2.7 Final Energy Consumption In t
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Kerosene According to the SECAP gui
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2.4.3 Final CO 2 emissions The emis
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Kerosene 0.11% Solar thermal 3.04%
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Calculations for both scenarios hav
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products of high efficiency that mi
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3.2.5 Awareness raising activities
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3.2.8 Awareness raising campaigns t
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economic advices regarding their en
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emphasizing on highly energy effici
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insulation, as well as paint the bu
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household have been retrieved from
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glazing with double. This action ca
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consumption with simple actions. Al
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Consequently the substitution of el
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Table 53: Action 4.9 in numbers Use
Page 72 and 73: Table 57: Action 4.13 in numbers Th
Page 74 and 75: 3.6.3 ASEZA fleet maintenance (for
Page 76 and 77: Figure 21: Planned bike lane Table
Page 78 and 79: to undertake the promotion campaign
Page 80 and 81: Funding Source Own funds, EU Funds
Page 82 and 83: Street Lighting Action Energy Savin
Page 84 and 85: Municipal fleet Private & Commercia
Page 86: 3.9 Monitoring Monitoring of the Au
Page 90: Action Key Performance Indicators M
Page 94: Action Key Performance Indicators M
Page 98: 5.11 Improvement / development of p
Page 102 and 103: Chapter 4: Adaptation to climate ch
Page 104 and 105: Figure 25: Seasonal (winter: Decemb
Page 106 and 107: In line to the above, the Southern
Page 108 and 109: Therefore, there is severe scarcity
Page 110 and 111: Climate change Projections Figure 3
Page 112 and 113: 4.5 Risk Assessment and Vulnerabili
Page 115: Population Population Population In
Page 119: Built Environment Economy Biodivers
Page 124 and 125: For each one of the five sectors, a
Page 126 and 127: Actions’ characteristic Strategic
Page 128 and 129: Enforcement of building codes for m
Page 130 and 131: 4.6.4 Economy Climate changes and e
Page 132 and 133: Chapter 5: Project Fiches 5.1 #1 -
Page 134 and 135: A sustainable building may consume
Page 136 and 137: Design and Production of Project Br
Page 138 and 139: Site / Place Status of the action A
Page 140 and 141: 186 (from Green Building) Energy Sa
Page 142 and 143: asset-intensive and use large amoun
Page 144 and 145: Expenditure verification/Audit Appl
Page 146 and 147: 2. Technical Description Area(s) of
Page 148 and 149: 8. Assumptions and risks 1. ASEZA d
Page 150 and 151: that since the suggested actions ar
Page 152 and 153: Subtotal: 25,000 Total: 1,433,500 O
Page 154 and 155: Staff allocated to prepare, impleme
Page 156 and 157: 5.4 #4 - Rationalize energy consump
Page 158 and 159: Perfecting of Construction and Cali
Page 160 and 161: Implementation plan / Construction
Page 162 and 163: 5.5 #5 - Aqaba landfill development
Page 164 and 165: Regarding the budget, in the next t
Page 166 and 167: Environmental impact assessment Cur
Page 168 and 169: Chapter 6: Citizen Awareness Promot
Page 170 and 171: Steps to follow: The SECAP team o
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where the climate change might soun
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6. Cost estimate Estimated implemen
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6.2.4 Template 2.3 - Proposed Commu
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Key Messages: It is important to ra
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Engage with schools and university
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Challenges: Increased pressure on t
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SECAP Priority Actions Energy ratio
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SECAP Priority Actions ECO- Science
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SECAP Priority Actions Related CAPP
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SECAP for the Aqaba Special Economi
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References [1] Wikipedia, https://e
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