DO user group, 23 September 2010 Mapping Deep Subsurface GIP 2011 and beyond Kennis voor Zaken Hans Doornenbal Business Unit Geo-Energie & Geo-Informatie.

DO user group, 23 September 2010

Mapping Deep Subsurface

GIP 2011 and beyond

Kennis voor Zaken

Hans DoornenbalBusiness Unit Geo-Energie & Geo-Informatie


Application areas of the deep subsurface

• Oil and gas production, mining (oil, gas, salt, coal etc.)

• Geothermal energy

• Underground storage (gas, CO2 etc.)

• Subsidence

• Climate, environment and safety

• Spatial planning / management


Main products

• DGM-deep - Digital Geological layerModel deep subsurface

• Stratigraphic borehole interpretations

• Fault database (~3000)

• Uncertainties

• ….

• Specific Reservoir properties(reservoir, seal and source rock; e.g. T, p, v, poro, perm, ….)

•Dissemination: Maps, reports and (web-based) digital products;

data access through NLOG and DINO-Loket


New trends

• Policy support + knowledge for sustainable solutions use

deep subsurface (geothermal energy, CO2-storage)

• Regional inventory “new” gas prospects (shallow gas, gas shales, tight gas, CBM, …)

• Climate & Safety (prediction, risks and human impact)

• Spatial planning (VRODO)


Special interest groups

• Governmental bodies (ministries, provinces, cities) and planning-offices• Policy support, oppertunities and risks• Supplies, suitainability, climate, safety

• Industry and MKB (E&P, salt companies, argiculture, etc.)• Areal studies• Product development DINO• Stimulus long/short term commercial applications

• Consultants and advisory offices• Product development DINO• Stimulus long/short term commercial applications

• Community• Climate, safety, suistainable solutions• Education

Needs (client):

• Access data and knowledge• Policy support• Risks and opportunities


Mapping program 2011 - 2013

• Guarantee the continuity of current programsNCP-2, BodDal

• Shift to (other) application areas of actual needs/questions and data needs• Onshore, ultra-deep and shallow• Upgrading and actualisation of knowledge needed for geothermal energy, CCS and

unconvential gas• Emphasis on dynamics (processes, prospectivity and forecasting/planning)• Thematic policy support

• Division/structure of projects on basis of disciplines

• Integral program adjusting with other teams (needs and priorities) !


Products & Activities 2011 – 2013+ (1 of 7)

• Onshore mapping for Geothermal energy / CO2

• On- en offshore mapping Tertiary (*) and ultradeep

• Dynamic modeling (evolution) of the subsurface

• Maintenance DGM-DEEP en Subsidence tool (*)

• Data and supporting tools (*)

(*) cooperation deep en superficial subsurface



• Onshore modeling for Geothermal energy/CO2

• Specific reservoir layers (structure and properties)

• Mapping ultradeep subsurface (structure, properties and evolution)

• Uncertainties

• Dynamical evolution subsurface and fault properties

• Temperature model and geothermal properties

• Prioritization: N & Z Holland, stakeholders demand

geology porosity Heat capacity Thermal conductivity Temperature



• On- en offshore modeling Tertiary

• Mapping of specific Tertiary reservoir layers and depositional units/traps (structure, properties, and evolution in 3D sequence-stratigraphic framework)

• Storage radioactive waste in clay

• Dynamical evolution subsurface (temperature model, fluid flow and pressure distribution)

• Fault properties

• Uncertainties

porosity Heat capacity Temperatureprioritization: in concordance with superficial mapping program



On- and offshore modeling Ultra-deep

• Mapping of specific ultradeep reservoir layers (structure, properties en evolution)

• Geothermal energy• Dinantian limestones• Carboniferous platforms• Rotliegend sandstones

• Coal-Bed Methane• Carboniferous coal• Jurassic en Tertairy browncoal

• Shale gas• Devonian -Bosscheveld Formation• Carboniferous - Geverik Fm (Zuid & Oost NL)• Jurassic -Sleen and Aalburg Fm, Posidonia Fm

(cetnral NL)

• Basin Centered Gas• Jurassic - Scruff, Schieland and Niedersaksen

group above Posidonia Shale• Carboniferous: synclinal structures > 5000 m

Basin Centered gas

Potential areas shale gas

CBM



• Maintenance DGM-DEEP

• Updates and improvement existing information, maps and models (from other activities)

• Embedding detailed dynamic models of evolution deep subsurface and new views on petroleum-geological history



• Subsidence (program ends in 2010)

• Data dissemination and production of historical subsidence maps.• Development subsidence software tool to identify the effects of subsidence

processes and evaluation of future-scenario’s• Knowledge transfer to policy makers

• Subsidence (2011)

• Maintenance subsidence webservice (maps, data dissemination DINO-QCDIEP)

• Establish GSN’s position as European contact for subsidence



• Supporting tools

• Complete, QC and analyse properties required by all applications

• Paleo-environment and paleo-climate reconstructions, age determinations (supporting mapping program deep/shallow)

• Complete/update geobiology databases, official standards, catalogs


Karteerprogramma 2011 – 2013+

Main projects• 3DMAP Mapping structures, properties, uncertainties

• 4DMOD Modeling dynamic processes

Supporting projects• QCDIEP Gathering, analysing and disseminating property data

• GEOBIO Geobiological interpretation and analyse

QCDIEP

3DMAP 4DMOD

GEOBIO

DINO

NLOG


GIP2011 - summary

• Continuation research conventional oil- and gas systems

• Dynamics (4D) of the subsurface (evolution and forecasting)

• New gas: “shallow gas”, “shale gas”, ….

• Geothermal energy

• Special planning / policy

• Properties (T, p, v, por, perm, …)

DO user group, 23 September 2010 Mapping Deep Subsurface GIP 2011 and beyond Kennis voor Zaken Hans Doornenbal Business Unit Geo-Energie & Geo-Informatie.

Documents

opportunitiesdo user

deep subsurfaceoil

deep subsurfacegip

dinoloketdo user group

gas shales

tight gas

gas production

products activities