European Ccs Project Network Knowledge Sharing Template 201101202

8/6/2019 European Ccs Project Network Knowledge Sharing Template 201101202

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European CO2 Capture and Storage (CCS) Demonstration Project Network

Information and experience gathering form


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European CO2 Capture and Storage (CCS) Demonstration Project NetworkInformation and experience gathering

Version 2011-01-20 4

Baseline

Form

Periodic

Update

Period: 2010-2

Periodic

Update

Period: 2010-1

Baseline

Form

Periodic

Update

Period: 2010-2

Periodic

Update

Period: 2010-1

Baseline

Form

Periodic

Update

Period: 2010-2

Periodic

Update

Period: 2010-1

Webform logic

The current implementation model foreseen is:

Each project completes a baseline form orstart form, i.e. the first time that they add content to theinformation and experience gathering application. The form aims to capture all planned figures in thecategory project progress and other data that are unlikely to change much over the course of reporting.

Thereafter, a periodic update form is completed, according to the tables in this document. Thiscontinues for each reporting period (projects will be able to access information submitted for previousperiods, but will not be able to change them).

The system will provide the Network Team with some tools for generating graphs and overviews peritem on the form with which to illustrate reports. We have chosen not to have report-generationfunctionality, aiming to prevent uncontrolled dissemination of detailed information.


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Structure of the tables

The tables presented below contain the following columns: ID: unique identifier for the sharing item (each item is grouped into a main, sub- and subsubcategory) Level: designation of the sharing level of the item (level 0: to be shared with the European Commission only, level 1: to be shared within

the Network membership, level 2: to be shared beyond the Network membership) Item Description: description of the item as it will be used in the online form Q1: question as it will appear on the online form (Q1 typically seeks information regarding planned values in a certain area) Value1: the value the respondent enters against Q1. Unit1: the unit of Value1. Unit1 will be shown on the form to aid completion. Q2: question as it will appear on the online form (Q2 typically seeks information regarding actual or forecasted values in a certain area).

Where Q2 is empty, no Q2 is envisaged (nor Value2 and Unit2) Value2: the value the respondent enters against Q2. Unit2: the unit of Value2. Unit2 will be shown on the form to aid completion. Baseline: this column identifies whether or not an item is part of the baseline form (and is to be submitted once, during first use of the

tool). Within the Network: this column describes what information will be shared within the Network Beyond the Network: this column identifies what information will be shared beyond the Network for this item, as part of reports

prepared by the Network Team.


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1. Technical set-up and performance

ID Level Item Description Q1 Value1 Unit1 Q2 Value2 Unit2 BaseLine?

Within theNetwork

Beyond the

NetworkPower PlantThe items in this section arevalid also for industrialplants as far as they areapplicable

1.1 Fuel Type

1.1.1 2 Fuel used in power plantto which CCS is applied

Fuel type used inpower plant

y Full, notanonymised

Full, notanonymised

1.2 Carbon content in fuel

1.2.1 2 Carbon content in fuelused

Percent of carbon infuel

% Full, notanonymised

Full, notanonymised

1.3 Electricity production

1.3.1 2 Electricity productionfrom power plant withoutCCS

Planned for last6 month period,annualised

MWh/yr Actual over last 6month period,annualised

MWh/yr Full, notanonymised

Full, notanonymised

1.3.2 2 Electricity productionfrom power plant withCCS

Planned for last6 month period,annualised

MWh/yr Actual over last 6month period,annualised

MWh/yr Full, notanonymised

Full, notanonymised

1.4 Availability, operatinghours and shutdowns

1.4.1 2 Availability of the powerplant, for operation withCCS, relative to wall-clock time

Plannedavailability for thelast 6 monthperiod

% Actual availability forthe last 6 month period


Full, notanonymised

1.4.2 2 Operating hours of thepower plant (includingboth with and withoutCCS)

Plannedoperating hoursfor the last 6month period

hrs Actual operating hoursin last 6 months

Hrs Full, notanonymised

Full, notanonymised

1.4.3 1 Number ofunintended/unplannedshut downs

Number ofunintended/unplannedshut downs in last 6

Full, notanonymised

Full, notanonymised


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month period

1.5 Process efficiency

1.5.1 2 Net efficiency of thepower plant without CCS

Planned netefficiency of thepower plant forthe last 6 monthperiod, full loadvalue

% Actual net efficiency ofthe power plant for thelast 6 month period,full load value


Full, notanonymised

1.5.2 2 Planned netefficiency of thepower plant forthe last 6 monthperiod, averagevalue

% Actual net efficiency ofthe power plant for thelast 6 month period,average value


Full, notanonymised

1.5.3 2 Net efficiency of thepower plant with CCS

Planned netefficiency of thepower plant forthe last 6 monthperiod, full load

value

% Actual net efficiency ofthe power plant for thelast 6 month period,full load value


Full, notanonymised

1.5.4 2 Planned netefficiency of thepower plant forthe last 6 monthperiod, averagevalue

% Actual net efficiency ofthe power plant for thelast 6 month period,average value


Full, notanonymised

Capture

1.6 Increase in fuelconsumption

1.6.1 2 Percentage increase in

fuel consumption due toimplementation ofcapture, i.e. the part ofthe power plant withCCS, includingcompression. Theconsumption ofsecondary energy inputs

Planned for last

6 month period

% Actual for last 6 month

period


Full, notanonymised


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shall be included asequivalents to theprimary fuel.

1.7 Capture performance

1.7.1 2 Average rate of CO2capture

Planned averagecapture rate forlast 6 monthperiod

% Actual averagecapture rate over last6 month period


Full, not

anonymised

1.7.2 Planned full loadcapture rate forlast 6 monthperiod

% Actual full load capturerate in last 6 months

%

1.8 Capture energyrequirement

1.8.1 2 Totalenergy requirement forcapturing CO2 (energyconsumption of allelements associated withcapture, excludingcompression)

Planned averageenergyrequirement forlast 6 monthperiod

MWh/tCO2captured

Actual average energyrequirement in last 6month period

MWh/ tCO2captured

Full, notanonymised

Full, notanonymised

1.9 Heat demand

1.9.1 1 Heat demand of thecapture system

Planned heatdemand for thelast 6 monthperiod

MWh/tCO2captured

Actual heat demand inlast 6 month period

MWh/ tCO2captured

Full, notanonymised

Aggregated,e.g. ranges

andaverages forplanned andactual and

deltasbetween thetwo, and with

comments asappropriate

1.10 Cooling demand

1.10.1 1 Cooling demand of thecapture system

Planned coolingdemand for thelast 6 month

MWh/tCO2captured

Actual cooling demandin last 6 month period

MWh/tCO2captured

Full, notanonymised

Ranges andaverages forplanned and


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period actual anddeltas

between thetwo

1.11 Compression energyrequirement

1.11.1 2 Totalenergy requirement forcompressing CO2(energy consumption ofall elements associatedwith compression)


MWh/tCO2compressed


MWh/tCO2compressed

Full, notanonymised

Full, notanonymised


1.12.1 2 Availability of capturesystem, relative to wall-clock time

Plannedavailability for thelast 6 monthperiod



Full, notanonymised

1.12.2 2 Operating hours ofcapture system

Plannedoperating hoursfor last 6 monthperiod


hrs Full, notanonymised

Full, notanonymised


Number ofunintended/unplannedshut downs in last 6month period

Full, notanonymised



deltasbetween thetwo, and withcomments as

appropriate

1.13 CO2 captured

1.13.1 2 Amount of CO2 capturedannually

Planned CO2captured for last6 months,

tCO2/yr Actual CO2 capturedin last 6 months,annualised

tCO2/yr Full, notanonymised

Full, notanonymised


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annualised

1.14 Composition of CO2stream

1.14.1 2 Composition of the

CO2 stream beforetransportation withconcentrations

List the most

relevantcomponents inthe CO2stream beforetransportation,withconcentrations(ppm).

ppm Full, notanonymised

Full, notanonymised

Transport(pipeline)

1.15 Flow rates

1.15.1 1 Maximum flow rate(transient)

Plannedmaximum flowrate for last 6month period

kg/sec Actual maximum flowrate in last 6 monthperiod

kg/sec Full, notanonymised

Ranges andaverages forplanned andactual and

deltasbetween the

two

1.15.2 1 Average flow rate(transient)

Planned averageflow rate for last6 month period

kg/sec Actual average flowrate in last 6 months



deltasbetween the

two

1.16 Inlet pressure

1.16.1 1 Inlet operating pressure(absolute)

Planned inletoperatingpressure for last6 month period

bara Actual (average) inletoperating pressure inlast 6 month period

bara Full, notanonymised


deltas


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between thetwo

1.17 Inlet temperature

1.17.1 1 Maximum inlettemperature

Plannedmaximum inlettemperature forlast 6 monthperiod

C Actual maximum inlettemperature in last 6month period

C Full, notanonymised


deltasbetween the

two

1.18 Water dew point

1.18.1 1 Water dew point Plannedmaximum waterdew point for last6 month period

ppm Actual maximum waterdew point in last 6month period

ppm Full, notanonymised


deltasbetween the

two

1.19 Transport energyrequirement

1.19.1 2 Totalenergy requirement fortransporting CO2(energy consumption ofall elements associatedwith transport)


MWh/tCO2transported


MWh/tCO2transported

Full, notanonymised

Full, notanonymised


1.20.1 2 Availability of transport

system, relative to wall-clock time

Planned

availability for thelast 6 monthperiod

% Actual availability for

the last 6 month period

% Full, not

anonymised

Full, not

anonymised

1.20.2 2 Operating hours oftransport system




Full, notanonymised


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Full, notanonymised



deltasbetween thetwo, and withcomments asappropriate

Storage

1.21 Average injection rate

1.21.1 2 Average injection rate Planned averageinjection rate forlast 6 monthperiod

kg/sec Actual averageinjection rate in last 6month period


Full, notanonymised

1.22 Maximum injection rate

1.22.1 2 Maximum injection rate Plannedmaximuminjection rate forlast 6 monthperiod

kg/sec Actual maximuminjection rate in last 6month period


Full, notanonymised

1.23 Mass of CO2 injected

1.23.1 2 Mass of CO2 injected Planned massinjection for last6 month period,annualised

tCO2/yr Average actual massinjected over last 12month period,annualised


Full, notanonymised

1.24 Storage energyrequirement

1.24.1 2 Totalenergy requirement forstoring CO2 (energyconsumption of allelements associated withstorage)


MWh/tCO2stored


MWh/tCO2transported

Full, notanonymised

Full, notanonymised


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1.25.1 2 Availability of storagesystem, relative to wall-clock time

Plannedavailability for thelast 6 month

period



Full, notanonymised

1.25.2 2 Operating hours of thestorage facility


hrs Actual operating hoursin last 6 month period


Full, notanonymised



Full, notanonymised



deltasbetween thetwo, and with


1.26 Injection pressure

1.26.1 2 Injection pressure, atbottom hole

Planned averageinjectionpressure for last6 month period

bara Actual averageinjection pressure forlast 6 month period


Full, notanonymised

1.27 Reservoir pressure

1.27.1 2 Reservoir pressure, atbottom hole

Planned averagereservoirpressure for last6 month period

bara Actual averagereservoir pressure forlast 6 month period


Full, notanonymised

Value Chain

1.26 Transient performance

1.26.1 1 Start-up and shut-down Planned start-up hrs Actual start-up time of hrs Full, notanonymised

Ranges and


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times time of valuechain (duration)

value chain (duration)in last 6 month period

averages forplanned andactual and

deltasbetween the

two

1.26.2 1 Planned shut-down time ofvalue chain(duration)

hrs Actual shut-down timeof value chain(duration) in last 6month period



deltasbetween the

two

1.27 Further research

1.27.1 2 Identified research needswithin CCS technologies.

Have youidentified anyareas or issuesthat need moreresearch?

Full, notanonymised

Full, notanonymised

1.28 Date of baseline

1.28.1 2 Date of the technicalbaseline, i.e. date ofplanned/budget values

Date of baselinefor plannedvalues in thissection 1


Full, notanonymised

NOTE: All planned values to be according to the projects currently valid baseline


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2. Cost levels

IDno.

Level ItemDescription

Q1 Value1 Unit1 Q2 Value2 Unit2 Baseline Within the Network Beyond the Network

Capture2.1 Additional

investment costsdue to applicationof CO2 capture

2.1.1 0 CAPEX for thecapture system, inclcompressing

Planned totalCAPEX

Current forecastfor actual totalCAPEX

y (forplanned)

Aggregated, e.g.ranges and averagesfor planned and actualand deltas between the

two, and withcomments asappropriate



2.2 Additionaloperating costsdue to applicationof CO2 capture

2.2.1 0 OPEX for thecapture system, inclcompression

Planned OPEX(fixed andvariable) for last 6month period pertCO2 captured

/tCO2 Actual OPEX(fixed andvariable) in last 6month period pertCO2 captured

/tCO2 Aggregated, e.g.ranges and averagesfor planned and actualand deltas between the




Transport

2.3 Additionalinvestment costsdue to CO2transport

2.3.1 0 CAPEX for thetransport system

Planned totalCAPEX

Current forecastfor actual totalCAPEX ()

y (forplanned)




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2.4 Additionaloperating costs

due to CO2transport

2.4.1 0 OPEX for thetransport system

Planned OPEX(fixed andvariable) for last 6month period pertCO2 transported

/tCO2Actual OPEX(fixed andvariable) in last 6months per tCO2transported





Storage2.5 Additional

investment costsdue to CO2 storage

2.5.1 0 CAPEX for thestorage system

Planned totalCAPEX

Current forecastfor actual totalCAPEX ()

y (forplanned)





2.6 Additionaloperating costsdue to CO2 storage

2.6.1 0 OPEX for thetransport system Planned OPEX(fixed andvariable) for last 6month period pertCO2 stored

/tCO2 Actual OPEX(fixed andvariable) in last 6months per tCO2stored






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Value chain

2.7 Design life

2.7.1 0 Design life of theCCS installationused for costcalculations.

Design life of theCCS installationused for costcalculationsabove.

yrs Y Aggregated, e.g.ranges and averagesfor planned and actualand deltas between the





2.8.1 0 Date of the costbaseline, i.e. date ofplanned/budgetvalues

Date of the costbaseline forplanned values inthis section 2

Y Aggregated, e.g.ranges and averagesfor planned and actualand deltas between the






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3. Project progress

ID no. Level ItemDescription

Q1 Value1 Unit1 Q2 Value2 Unit2 Baseline Within theNetwork

Beyond the Network

Capture3.1 Main milestone dates

capture plant

3.1.1 1 Detail Design Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised

Anonymised datesAggregated info,e.g. ranges and

averages forplanned and actual

and deltasbetween the two,

and with commentsas appropriate

3.1.2 1 Fabrication Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised

Anonymised datesAggregated info,

e.g. ranges andaverages for

planned and actualand deltas

between the two,and with comments

as appropriate

3.1.3 1 Installation Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised





3.1.4 1 Commissioning Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised



and deltas


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as appropriate

3.1.5 1 Operation Planned start date Currentforecast /actual start

date

y (forplanned)

Full, notanonymised





3.2 Other milestone dates

3.2.1 2 Permit(s) issued Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised

Full, not anonymised

3.2.2 1 Environment Impact

Assessment

Planned completion date Current

forecast /actualcompletiondate

y (for

planned)

Full, not

anonymised

Anonymised dates

Aggregated info,e.g. ranges and




Transport

3.3 Main milestone datestransport system

3.3.1 1 Detail Design Planned completion date Current


y (for

planned)

Full, not

anonymised

Anonymised dates






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3.3.2 1 Fabrication Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised



and deltas


as appropriate

3.3.3 1 Installation Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised





3.3.4 1 Commissioning Planned completion date Currentforecast /

actualcompletiondate

y (forplanned)

Full, notanonymised


e.g. ranges andaverages forplanned and actual



3.3.5 1 Operation Planned start date Currentforecast /actual startdate

y (forplanned)

Full, notanonymised




and with comments

as appropriate


3.4.1 2 Permit(s) issued Planned completion date Currentforecast /actualcompletion

y (forplanned)

Full, notanonymised



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date

3.4.2 1 Environment ImpactAssessment

Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised





3.4.3 1 Definition of routing Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised





3.4.4 1 Permissions from

landowners/acquisition ofland



y (for

planned)

Full, notanonymised

Anonymised dates

Aggregated info,e.g. ranges andaverages for



as appropriate

3.5 Transport concept

3.5.1 2 Transport concept Type of concept(s) Pipeline/Ship/Other

Y Full, notanonymised

Non-anonymisedpoint values

3.5.2 -if OTHER, describe

3.5.3 1 Selection of concept Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised






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3.6 CO2 streamcompositionspecification

3.6.1 1 Development of thespecification of CO2

stream composition

Planned completion date Currentforecast /


y (forplanned)

Full, notanonymised


e.g. ranges andaverages for



as appropriate

3.7 Transport concept ship

3.7.1 1 A suitable fleet of ships issecured


y (forplanned)

Full, notanonymised



and deltasbetween the two,and with comments

as appropriate

Storage

3.8 Main milestone datesstorage

3.8.1 1 Concept selection Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised





3.8.2 1 Final well design Planned completion date Currentforecast /actualcompletion

y (forplanned)

Full, notanonymised


averages for


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date planned and actualand deltas


as appropriate

3.8.3 1 Drilling and well

completion



y (for

planned)

Full, not

anonymised

Anonymised dates





3.8.4 1 Commissioning Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised



and deltas

between the two,and with commentsas appropriate

3.8.5 1 Begin injection Planned start date Currentforecast /actual startdate

y (forplanned)

Full, notanonymised






3.9.1 2 Storage permit(s) issued Planned completion date Currentforecast /actualcompletiondate

y (forplanned)

Full, not

anonymised


3.9.2 1 Environment ImpactAssessment

Planned completion date Currentforecast /actual

y (forplanned)

Full, notanonymised



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completiondate




3.10 Screening

3.10.1 1 Screening (no explorationpermit required)


y (forplanned)

Full, notanonymised





3.10.2 2 Number of potential storagelocations screened

Full, notanonymised


3.10.3 1 Number of potential storage

locations taken forwards into sitecharacterization

Full, not

anonymised

Anonymised point

values

3.11 Site characterization

3.11.1 1 Site characterization(exploration permittypically required)completed

Planned completion date whenstorage concept selection canbe made

Currentforecast /actualcompletiondate

y (forplanned)

Full, notanonymised





3.11.2 1 Type of

exploration/characterizationundertaken (seismic, explorationdrilling, appraisal drilling, welltests, etc)

Full, notanonymised

Anonymisedsummary

3.11.3 1 Brief description of the static anddynamic models used fordefining the storage complex

Full, notanonymised

Anonymisedsummary


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and well engineering solution

3.12 Storage solution

3.12.1 1 Storage complex and wellengineering solution

defined for primarystorage location

Storage complex and wellengineering solution defined for

primary storage location

Y/N Full, notanonymised

Percentage ofprojects that answer

Y

3.12.2 1 Final choice of storagecomplex and wellengineering solutionmade

Final choice of storage complexand well engineering solutionmade


Percentage ofprojects that answer

Y

3.12.3 2 Modelled capacity of the storagecomplex over the project lifetimeusing the defined injection andoperating plan

MtCO2 Full, notanonymised


3.12.4 1 Flowline and surface/sub-sea infrastructure conceptselected for developingthe site

Planned completion date Currentforecast /actualcompletion

date

y (forplanned)

Full, notanonymised


averages for



as appropriate

3.13 Monitoring

3.13.1 1 Baseline monitoringinitiated

Planned start date Currentforecast /actual startdate

y (forplanned)

Full, notanonymised





3.13.2 1 Preliminary monitoringplan submitted toregulator


y (forplanned)

Full, notanonymised



and deltas


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as appropriate

3.13.3 1 Risk levels andperformance targetsdefined and agreed with

regulator

Planned completion date Currentforecast /actual

completiondate

y (forplanned)

Full, notanonymised





3.13.4 1 Plan for the followingactivities produced:1) monitoring of thestorage site2) verification of themonitoring3) accounting ofemissions reductions

4) reporting of each andall of the above items of3.13.4


y (forplanned)

Full, notanonymised




and with comments

as appropriate

Value chain

3.14 Overall Project progress

3.14.1 1 Progress against projectplan at time of reporting

Planned aggregated totalprogress

% Actualaggregatedtotalprogress

% y (forplanned)

Full, notanonymised





3.15 Overall milestone dates

3.15.1 1 FEED study for the fullproject

Planned completion date Currentforecast /

y (forplanned)

Full, notanonymised



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3.15.2 2 Start-up of operation ofthe integrated (full valuechain) CCS system

Planned start date Currentforecast /actual startdate

y (forplanned)

Full, notanonymised


3.16.1 2 Date of the time baseline,i.e. date ofplanned/budget values

Date of the time baseline forplanned values in this section 3





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4. Environment

ID no. Level ItemDescription


Beyond the Network

4.1 Chemicals

4.1.1 2 Decision on solventtaken

Planned completiondate

Current forecast /actual completion date

Full, notanonymised


4.1.2 2 Solvent volumes etc Type/category ofsolvent

4.1.3 2 Volume of solvent(m3) in use duringthe capture process

m3

Y (forplanned)

Full, notanonymised


4.1.4 1 Turnover of solvent Planned turnover ofsolvent for last 6month period,annualised

% peryr

Actual turnover ofsolvent in last 6 monthperiod, annualised

% peryr

Full, notanonymised

Aggregated, e.g.ranges andaverages for

planned and actualand deltas between

the two, and withcomments as

appropriate4.1.5 2 Planned recycling

rate% Actual recycling rate in

last 6 month period% Y (for

planned)

Full, notanonymised


4.2 Emissions to air

4.2.1 1 Gaseous emissions(other than CO2), asfractions of the CO2stream

Planned emission ofH2O, H2S, SOx,NOx, H2, O2, otherfor last 6 monthperiod

%(ppmv)

Actual emission in thelast 6 months of H2O,H2S, SOx, NOx, H2,O2, other




the two, and withcomments asappropriate

4.3 Consumables

4.3.1 1 Consumption of waterdue to CO2 capture

Plannedconsumption ofwater for last 6month period

kg/MWh Actual consumption inlast 6 months of water

kg/MWh Full, notanonymised


planned and actual


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and deltas betweenthe two, and with


4.3.2 2 Consumption ofsolvents due to CO2

capture

Plannedconsumption of

solvents for last 6month period

kg/MWh Actual consumption inlast 6 months of

solvents

kg/MWh Full, notanonymised


4.4 CO2 loss/leakage

4.4.1 1 Losses and leakages ofCO2 throughoutcapture operations

Losses andleakages in last 6months fromcapture, annualised





4.4.2 1 Losses and leakages of

CO2 throughouttransport operations

Losses and

leakages in last 6months fromtransport,annualised

tCO2/yr Full, not

anonymised

Aggregated, e.g.

ranges andaverages for



4.4.3 1 Losses and leakages ofCO2 throughoutstorage operations

Losses andleakages in last 6months fromstorage, annualised




the two, and withcomments as

appropriate

4.5 Plot sizes

4.5.1 2 Plot size required forcapture, transport andstorage.

Planned plot sizeused for the facilitiesin each step of thevalue chain forprevious 6 months

m2

Actual/forecasted plotsize for the facilities ineach step of the valuechain for previous 6months

m2 Full, not

anonymisedFull, not anonymised


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4.6 Storage monitoringresults

4.6.1 2 Report the main resultsfrom the baselinemonitoring results from

the storage complex

Main results frombaseline monitoring

Full, notanonymised


4.6.2 2 Results from monitoringof the storage site andassessment of theresults.

Results frommonitoring of thestorage site andassessment of theresults, in the last 6month period.

Full, notanonymised


4.7 CO2 migration

4.7.1 2 Report andassess/interpretdevelopment in CO2plume anddisplacement of brine.

Contamination of soil orfreshwater?

How does CO2migrate in thestorage site?

Full, notanonymised


4.8 Observed storage sitedevelopment vssimulations

4.8.1 2 Report lessons learnedfrom calibration andhistory matching ofstorage site models

Main lessonslearned from historymatching of thereservoir model

Full, notanonymised


4.9 Other impacts

4.9.1 2 Other environmentalimpacts

Have youexperienced any

undesiredenvironmentalimpact incidents inthe last 6 months?If yes, mitigating,emergency and/orevasive actions to

Y/N

Full, notanonymised



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deal with theincidents

4.10 Further research

4.10.1 2 Identified researchneeds within

environmental impactof CCS.

Have you identifiedany areas or issues

that need moreresearch?

Full, notanonymised


NOTE: All planned values shall be according to the projects currently valid baselineNOTE: All values in this section 4 will be moved to sharing Level 2 at the latest when the project goes into operation


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5. Health and safety

IDno.

Level ItemDescription


Beyond theNetwork

5.1 Health and safety plan

5.1.1 2 Health and SafetyManagementPlan/System

Lessons learnt during safety planningspecifically relating to CCS


Full, notanonymised

5.2 Undesireable incidents

5.2.1 2 Health and safetyincidents

Have you had any accidents, near missesand/or hazardous conditions that are related toCCS in the last 6 months?


Full, notanonymised

5.2.2 2 If yes; mitigating, emergency and/or evasiveactions to deal with the incidents.

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Date post:	08-Apr-2018
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European Ccs Project Network Knowledge Sharing Template 201101202

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