Publications

Publications 
  • 4 November 2016 | V.C. Onishi, A. Carrero-Parreño, J.A. Reyes-Labarta, R. Ruiz-Femenia, R. Salcedo-Díaz, E.S. Fraga, J.A. Caballero, Shale Gas Flowback Water Desalination: Single vs Multiple-effect evaporation with Vapor Recompression Cycle and Thermal Integration, Desalination (Elsevier), Volume 404, Pages 230-248 (2017), doi: 10.1016/j.desal.2016.11.003 [access here]
  • 12 October 2016 | STRIOLO Alberto, Interfacial water studies and their relevance for the energy sector, Molecular Physics (Taylor & Francis Group), Volume 14 (18), Pages 2615-2626 (2016) doi: 10.1080/00268976.2016.1237685 [access here]
  • 5 October 2016 | V.C. Onishi, A. Carrero-Parreño, J.A. Reyes-Labarta, E.S. Fraga, J.A. Caballero, Desalination of shale gas flowback water: a rigorous design approach for zero-liquid discharge evaporation systems, Journal of Cleaner Production (Elsevier), Volume 140 (3), Pages 1399-1414 (2017) doi: 10.1016/j.jclepro.2016.10.012 [access here]
  • 4 August 2016 | PHAN Anh, COLE David R., WEIß R. Gregor, DZUBIELLA Joachim, STRIOLO Alberto, Confined Water Determines Transport Properties of Guest Molecules in Narrow Pores, ACS Nano (American Chemical Society), Volume 10 (8), Pages 7646–7656 (2016), doi: 10.1021/acsnano.6b02942 [access here]
  • 8 March 2016 | E. Rybacki, T. Meier, G. Dresen, What controls the mechanical properties of shale rocks? – Part II: Brittleness, Journal of Petroleum Science and Engineering, Volume 144, Pages 39–58 (2016) doi:10.1016/j.petrol.2016.02.022. [access here]
  • 26 October 2015 | E. Rybacki, A. Reinicke, T. Meier, M. Makasi,G. Dresen, What controls the mechanical properties of shale rocks? – Part I: Strength and Young’s modulus, Journal of Petroleum Science and Engineering, Volume 135, Pages 702–722 (2015) doi:10.1016/j.petrol.2015.10.028. [access here]
  • 7 August 2015 | T. A. Ho & A. Striolo, Water and Methane in Shale Rocks: Flow Pattern Effects on Fluid Transport and Pore Structure, American Institute of Chemical Engineers Journal, September 2015 Vol.61, No.9, pp.2993-2999 (2015) DOI 10.1002/aic.14869. [download pdf]
  • 2 June 2015 | T. Le & A. Striolo, CO2−C4H10 Mixtures Simulated in Silica Slit Pores: Relation between Structure and Dynamics, The Journal of Physical Chemistry, C 2015, 119, pp.15274-15284 (2015) DOI 10.1021/acs.jpcc.5b03160. [download pdf] 
Public Deliverables

Links to the project’s deliverables will be added as the project progresses. The expected date of delivery is indicated in brackets.

Work Package 1 – Project Management

D1.1 Project management manual [download pdf]

D1.2 Progress report 1 [download pdf]

D1.3 Progress report 2 [September 2017]

D1.4 Final report [September 2018]

Work Package 2 – Shale Core Acquisition and HTHP Handling Capabilities

D2.1 Report on PTx properties of shale rock samples [March 2018]

D2.2 Reservoir conditions for rock library samples [download pdf]

D2.3 Reservoir conditions for European samples [September 2018]

Work Package 3 – Advanced Imaging and Geomechanical Characterisation

D3.1 Full traditional characterisation on shale core samples representative of EU formations [March 2017]

D3.2 Experimental tomographic imaging of pore size, structure, networks and potential flow paths within selected shale core samples [September 2017]

D3.3 Fluid behaviour for water, methane, other hydrocarbons, fracturing fluids and their chemicals confined in the narrow pores found in shale rocks [March 2018]

D3.4 Experimental characterization regarding fracture permeability and healing properties, elastic mechanical data and creep behaviour under high pressure [September 2017]

D3.5 Relations between tomographic and geomechanical observations, implications for
reservoir conditions and sweet spot identification [September 2018]

Work Package 4 – Modelling of Confined Fluids 

D4.1 New models for clay and kerogen pores in shales [March 2017]

D4.2 Preferential distribution of water, methane, simple salts, hydrocarbons within clay and kerogen pores of various sizestypically found in shale rocks [March 2018]

D4.3 Diffusion coefficients of various fluid mixtures and their individual components in heterogeneous narrow pores typical of shale rocks [March 2018]

D4.4 Potential of migration of NORM and compounds used in hydraulic fracturing fluids through a shale formation [September 2018]

D4.5 Equation of states of fluids needed for process design and risk assessment [March 2017]

Work Package 5 – Formulation of Hydraulic Fracturing Fluids

D5.1 A report, along with laboratory scale samples, on hydraulic fracturing formulations effective at high salt content, along with laboratory scale samples of the best formulation prepared in the presence of large amounts of salt [September 2017]

D5.2 A report, along with laboratory scale samples, on the additives to be used in hydraulic fracturing formulations to reduce the amount of NORM extracted in flow-back and produced water [September 2018]

Work Package 6 – Analytical Models and Software 

D6.1 Analytical models and software for describing convective and forced fluid transport within fractured shale formations [September 2018]

D6.2 Analytical model and software to describe the transport of hydrocarbons/water/contaminants through shale rock formations, including convective and forced transport and diffusive behaviour [September 2018]

Work Package 7 – Engineered Materials 

D7.1 Characterization of fluid properties in zeolites [March 2017]

D7.2 Full experimental materials characterisation and fluid transport data within the engineered materials with dual porosity [March 2018]

Work Package 8 – Optimization   

D8.1 Multi-period and logistic optimizationbased approaches for wastewater management in shale gas operations [September 2018]

Work Package 9 – Risk Assessment 

D9.1 Application of well blowout model to an existing well to generate fire and explosion risk contours [March 2018]

D9.2 Likelihood of induced seismic / micro seismic activity in shale formations throughout Europe, including a risk assessment [March 2018]

Work Package 10 – Life Cycle Assessment 

D10.1 Comparative environmental footprint of shale gas vs. traditional energy sources and alternative low-carbon renewables [November 2017]

D10.2 Sensitivity analysis of the LCA of the environmental footprint of shale gas in Europe [March 2018]

Work Package 11 – Suggestions for Policy Formulation 

D11.1 Regulatory framework on environmental impacts and community acceptance of shale gas [March 2018]

D11.2 Policy recommendations for the effective governance of shale gas operations in
Europe [September 2018]

Work Package 12 – Dissemination 

D12.1 Journal reviews [March 2018]

D12.2 Work-In-Progress forums 1 [download pdf]

D12.3 Work-In-Progress forums 2 [November 2017]

D12.4 Website launch [download pdf]

D12.5 Summer Challenges 1 [download pdf]

D12.6 Summer Challenges 2 [March 2018]

D12.7 DCO and Doha international conferences 1 [November 2017]

D12.8 DCO and Doha international conferences 2 [July 2018]

D12.9 Rock library [September 2018]

D12.10 Material for academic course [September 2018]