Skip to main content
UCL Logo Navigate back to homepage

Main navigation

  • Home
  • Study

    Study

    • Study at UCL
    • Prospective students
    • Current students
    • Accommodation
    • Careers
    • Doctoral School
    • Immigration and visas
    • Student finances
    • Support and wellbeing
  • Research

    Research

    • Research at UCL
    • Engage with us
    • Explore our Research
    • Initiatives and networks
    • Research news
  • Engage

    Engage

    • Engage with UCL
    • Alumni
    • Business partnerships and collaboration
    • Global engagement
    • News and Media relations
    • Policy and political engagement
    • Schools and priority groups
    • Give to UCL
  • About

    About

    • About UCL
    • Who we are
    • Faculties
    • Governance
    • President and Provost
    • Strategy
    • UCL's Bicentenary

UCL Shale Gas Hub

Currently UCL makes use of its diverse academic staff to address the issue of shale gas from the fundamental processes within shale formations to engineering operations to developing policies for countries looking to use shale gas as an energy resource. Such projects include:

How is Shale Gas Extracted?

How is shale gas extracted?

Link

Hydraulic fracturing or fracking is the extraction of natural gas, mainly methane, from shale formations. These rocks have high porosity (6 – 12 %) but low permeability, which means large volumes of gas can be trapped within a formation.

Shale Gas Geochemistry

Shale Gas Geochemistry

Link

BG group awarded full sponsorship for the four year project ‘A new strategy for predicting free gas in shale gas using carbon, nitrogen and noble gases’ based in UCL that commenced on 1st January 2013.

Shale Gas Extraction

Shale Gas Extraction

Link

The main aim of this research is to reduce the risk of hydraulic fracturing to communities by improving the understanding of factor controlling shale deposition, its mechanical properties and gas generation. 

Fracturing in Shale

Fracturing in Shale

Link

Hydraulic fracturing is important in obtaining gas from shale formations, but accurate predictions of the directions and extent of fractures are required to perform operations safely and improve the efficiency of gas extraction

Fracking: What Can Physical Chemistry Offer?

Fracking: What Can Physical Chemistry Offer?

Link

Within the chemical engineering department at UCL ongoing research is exploring physical chemical properties of water, salt, and hydrocarbons confined within narrow pores such as those present in subsurface shale formations

Associated Research

Associated Research

Link

Shale gas is commonly known as an unconventional energy source, from which many have the potential to replace fossil fuels as one of the major source of energy. research at University College London also focuses on other forms of unconventional energy.

 Shale Gas in the News

The potential for shale gas extraction in the UK:

  • ‘Fracking’: The potential for shale gas in the north west
  • Could Shale Gas Power the World?
  • Fracking: answer to our energy crisis, or could it be a disaster for the environment?
  • What is fracking and why is it controversial?

Seismic activity associated with hydraulic fracturing:

  • Earth tremor risk of fracking on Lancashire coast ‘low’
  • Britain’s new Eldorado: Forget North Sea oil, new map shows massive gas deposits under UK that could keep us self sufficient for years

 

Fractracker 

Hydraulic fracturing is a widespread technique to extract shale gas, which is currently being implemented across the US. FRACTRACKER is a website designed to highlight where current operations occur.

Group members

Academic staff

Prof. Philip Meredith
Prof A. Striolo (Chemical Engineering)

Prof T. M. Mitchell
Dr. Sudeshna Basu
Dr. Anna Bogush
Dr. Pedram Mahzari
Dr. F. Lacoviello (Chemical Engineering)

General Enquiries:

Dr Sudeshna Basu-Gupta
sudeshna.basu@ucl.ac.uk
+44 (0)20

UCL footer

Visit

  • Bloomsbury Theatre and Studio
  • Library, Museums and Collections
  • UCL Maps
  • UCL Shop
  • Contact UCL

Students

  • Accommodation
  • Current Students
  • Moodle
  • Students' Union

Staff

  • Inside UCL
  • Staff Intranet
  • Work at UCL
  • Human Resources
UCL Logo

University College London, Gower Street, London, WC1E 6BT

Tel: +44 (0) 20 7679 2000

UCL social media menu

  • Link to Instagram
  • Link to Youtube
  • Link to TikTok
  • Link to Facebook
  • Link to Soundcloud
Here, it can happen.
Back to top

Essential

  • Disclaimer
  • Freedom of Information
  • Accessibility
  • Cookies
  • Privacy
  • Slavery statement
  • Log in

© 2026 UCL