Jack Shore
Regional Manager, Europe
Jack is a Chartered Scientist with over 12 years’ experience working in the contaminated land industry as a consultant, contractor, and solutions provider. Since joining REGENESIS, Jack has specialised in the design and implementation of in situ remediation solutions in the UK and Nordic Countries. He has evaluated over 2,500 sites to date, reviewing their suitability for in situ remediation using REGENESIS technologies.
Read Jack’s CV
Connect with Jack on LinkedIn.
Meet Jack Shore in person or online
Discuss a project, learn something new or get your questions answered.
Whether you would like to discuss a specific project, have a question or request some training, Jack Shore is here to help. Simply fill out the form on the right-hand side and you will receive a call-back.
We also offer digital training talks for you and your colleagues which focus on in situ treatment techniques. These are aimed to provide Environmental Consultants or Remediation Engineers with the latest information and tools to formulate successful in situ groundwater remediation strategies.
Training sessions are free of charge and certificates are provided to evidence your learning. Each talk can be customised to your needs and are held via Zoom, Teams or LinkedIn and therefore can be enjoyed from the comfort of your home office. Example topics to choose from:
- In situ remediation of per- and polyfluoroalkyl substances (PFAS): experience from over fourty sites worldwide
- Integrated remediation treatment strategies for sites impacted with petroleum hydrocarbons / chlorinated solvents
- Options appraisals for injectable in situ remediation techniques
- Dual action activated carbon treatment using PetroFix – for rapid risk reduction on sites impacted with petroleum hydrocarbons
- Utilising an engineered <5 µm sulfidated, colloidal zero-valent iron (S-MicroZVI) for chlorinated solvent source remediation
- In situ remediation strategies for occupied and commercially active sites
- Remediation options for sites with restricted access and sensitive receptors
- Successful in situ remediation strategy for brownfield developments