Climate Change Adaptation and Resilience | Water in the Oil & Gas Sector
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Transcript of Climate Change Adaptation and Resilience | Water in the Oil & Gas Sector
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Climate Change Adaptation and ResilienceWater in the Oil & Gas Sector
OutlineDefinitionsClimate change background Hazards, risks and opportunitiesDrivers for changeKey principlesAdaptation actions and resilienceIPIECA's support to industry
DefinitionsAdaptation makes changes to prepare for and negate the effects of climate change.Resilience is the desired outcome of adapting to cope with the effects of climate change.Mitigation deals with the causes of climate change and works to reduce man-made effects on the climate system.
Climate change – the "new normal"• Climate change has become a
reality• 2016 was the hottest year
on record, globally• 16 out of 17 of the hottest
years ever recorded have occurred since the year 2000
• Failure of climate change mitigation and adaptation was identified as the global risk with the greatest potential impact in 20161. Impacts of water crises ranked third.
Observed global mean annual (top) and decadal (bottom) surface temperature changes between from 1850 to 2012. Changes are relative to the mean of 1961−1990 (IPCC AR5, 2013).
1World Economic Forum (2016): Global Risks Report 2016
Two challenges: mitigation and adaptation• Mitigation through emission reduction will not be
sufficient on its own. • Adaptation to climate change will also be required to
achieve resilience.
• Increasing temperatures over land and sea
• Increasing risk of heat waves• Decrease in water quality• Rising sea levels• Changing rainfall patterns• Increasing storm intensities - storm
surge, wave heights
CONF
IDEN
CEHigh
Low
Climate change hazards
Flood riskGround stabilityDrainage capacityAsset integrityHVAC efficiencyEquipment reliabilityStorage/transportationProductivityEmergency planning
Water supplyGround stabilityPower supply
Transportation
Workforce H&S
Water supplyWater qualityVector borne diseasesCommunity health
Discharge limits
Water qualityErosionCoastal habitatsRegulation
Moving waterHeatingCooling
Power outagesHydropower
Risks and opportunities O&GAssets and operations
Logistics and supply chains
Community impact
Environmental performance Energy demand
Beyond Fenceline
In Fenceline
Wider Stakehold
ers
Risks and opportunities O&G
Advisian / 8
Area benefitting from adaptation actions
Area at risk pre- & post-adaptation
New area at risk post-adaptation
Flood riskCritical to understand impacts of adaptation actions.Adaptation actions should provide wider benefits:• Sustainable drainage
systems (SuDS)• Compensatory
storage• Flood storage
reservoirs can be used to enhance water supply
Drivers for change: water
Increased water security and competition for resources
Increased costs of water supplies
Costs associated with water efficiency measures
Costs associated with asset protection
Ensuring security of supply chain
Drivers for change: waterIncreased costs of water:• Water tariff increases 3.6% globally (large variation)1
• Penalties increased seven fold 2015-20162
1Global Water Intelligence’s 2016 Global Water Tariff Survey2CDP 2016 Annual Report of Corporate Water Disclosure
Impact of climate change: Projected annual losses from fluvial and pluvial flooding in OECD countries (Source: OECD (2016) Financial management of flood risk)
Drivers for change: water
Water scarcity: 30%-70% decrease in groundwater recharge by 20503 in semi-arid zones>50% of global population will be living in areas of severe water scarcity by 20501
Competition: Demand will be 40% greater than supply by 20302
Food security: Agriculture main user of water comprising 70% of withdrawals
Asset protection: Increased likelihood of extreme events (droughts and floods) affecting supply, business continuity and worker safety1Metals & Mining: a sector under water pressure, CDP 2013
2Sustainable Insight: Water Scarcity a dive into global reporting trends, KPMG 20123United Nations World Water Development Report 4. Volume 1: Managing Water under Uncertainty and Risk, 2012Konikow, 2011, Contribution of global groundwater depletion since 1900 to sea‐level rise Geophysical Research Letters, Vol. 38
Drivers for change: investors“Investors need to know that their holdings in water-intensive value chains in water-stressed regions are able to generate robust cash flows into the future.”HSBC, Water: resilience in a thirsty world, January 2013
5818
617
Number of countries with miti-gation and adaptation frame-
work laws or policies
Mitigation & adaptation frameworksMitigation framework onlyAdaptation framework onlyNone
CERES Investor Handbook for Water Risk Integration– Aqua Gauge financial risk tool
Key principle: coping ranges, critical thresholds and vulnerability
After Willows and Connell, 2003
Identifying coping ranges and critical climate-related thresholds is a vital step in understanding vulnerabilities and planning for adaptation
Key principle: climate extremes vs. incremental changes
Impacts of incremental, small, relatively slow changes should not
be ignored.
Key principle: flexible adaptation planning in the face of uncertainties
Flexible or “adaptive” solutions can work to limit risk
over timeAcceptable level of
risk
Time2017 2050 2100
Risk
Adaptation and resilience measuresEcosystem based adaptation
Engineered/hard structural solutions
Combination of green and grey measures
Changes in processes and procedures, developing emergency response plans
Data collection, research, monitoring, awareness raising
Stakeholder engagement, water stewardship
Updating design standards
Building adaptive capacity Delivering adaptation actions
Adaptation actions and resilienceProject examples
Engineering Solutions (Design)Location: Middle EastSector: HydrocarbonsRisk: Construction of critical assets and infrastructure in areas at risk of flooding.Approach: Quantification of impacts of climate change on future flood events. Assessment of impacts on critical infrastructure. Adaptation of design and emergency planning procedures.Outcomes: • Asset protection through hard engineering
(flood bunds and ground re-profiling) and land use planning (movement of at-risk assets)
• Emergency planning• Incorporation of actions in Environmental and
Social Management Plan
Economic securityLocation: Central AmericaSector: InfrastructureRisks: Strategically important port and a critical regional traffic hub at threat from climate change impacts across entire value chain –flooding, sedimentation, trade/economic impactsApproach:• Hydrological and oceanographic analysis of
future conditions• Financial and economic analysis of adaptation
(NPV)• Prioritization of adaptation actionsOutcomes: Adaptation plan
Training and GovernanceLocation: GlobalSector: HydrocarbonsRisks: Physical risk to assets and operations. Reputation.Approach:• Portfolio wide risk assessment and
adaptation plan• Revision of risk management policies and
codes• Training of key staffOutcomes: Adaptation plan
Location: Middle EastSector: HydrocarbonsRisk: Decrease in water quality and availability with climate changeApproach:• Evaluation of changes in future water
requirements and users• Determination of Total Economic Value of
water over 20 year timeframe• Assessment of investment case into re-useOutcomes: • Policy initiation - no groundwater abstraction
Water governance
Location: Southern AfricaSector: HydrocarbonsRisk: Construction of LNG terminal required resettlement of villagers. Future water availability at proposed locations a key consideration.Approach: • Assessment of climate change impacts on future
water availability and quality• Determination of saline intrusion potential and
extent• Development of water quality and quantity
mappingOutcomes: • Identification of exclusion areas for resettlement
based on future water availability
Water availability
Water availabilityLocation: North AfricaSector: HydrocarbonsProblem: Climate change projections indicated reduced water availability that may not meet unconventional gas project demandApproach: • Extrapolation of climate change predictions on
precipitation to impacts on water availability• Water demand prediction for two specific
exploration blocks • Climate change sensitivity analysis with water
balance prediction for three climate change case scenarios out to 2060
Outcome: • Groundwater wellfield• Resilience through additional source (dam);
engagement with catchment stakeholders
Location: EuropeSector: UtilitiesRisk: Notable risks to assets from climate change identified including flooding, erosion and impacts to supply chain.Approach: Development of climate risk mapping tool using high, medium and low emissions scenarios.Outcomes: Tools to support decision making on risk management relating to:• River bed and bank erosion exposing pipelines• Flash flooding impacting bridges carrying gas
mains• Flooding of assets• Impacts on critical supply chain• Contaminant mobilisation and migration
Masterplanning
Integrated planningLocation: South-East AsiaSector: Cross-sector initiativeRisk: Flooding and water security risks for an urban centreApproach: • Development of a waste management plan • Assessment of shallow water supply and soil
infiltrationOutcomes: • Control of waste management to prevent
blocking of drains and pollution of rivers• Community plan for ‘biopore’ (small bores
filled with leaf litter) installation to reduce run-off
Hydropower operationLocation: Latin AmericaSector: UtilitiesRisk: Operational and financial risk to assets from changes in hydrological behaviourApproach: Develop hydrological scenarios and statistical analysis to quantify risks and contingenciesOutcomes: • Risk matrix and scenarios of future outcomes
- Spillway capacity- Revenue changes (+/-)- Dam safety requirements- Normal and Emergency Operational
Procedures
Adaptation and resilience summary
Building adaptive capacity Delivering adaptation actions
Focus to date around hard engineering
Continual emergence of
drivers
Contact Details:
Mike Lelliott | Practice Lead Water Solutions
Email: [email protected]: +44 (0) 208 326 5231 Mobile: +44 (0) 7785 277176
Contact Details:
Dr Richenda Connell | CTO
Email: [email protected]: +44 (0)1865 554466 Mobile: +44 (0)7909 840731
Discussion:
How can IPIECA support the industry?
How can IPIECA support the industry?
Suggestions
Common approach to climate change scenarios considered in design
Facilitating sharing of best practice with regards to climate change adaptation and resilience
Providing guidance on approach to incorporating climate change into operations
Providing guidance on reporting standards (e.g. on resilience, sustainable use of water, climate risk disclosure, etc.) WHAT
ELSE?
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