Independent geochemical expertise

Complex geochemistry.Clear decisions.

Specialist modelling, independent review and scientific advice for water–rock interaction, mine waste and carbon removal.

Work directly with Dr Peter Wade.

WATER · ROCK · EVIDENCEWGC / 01
Abstract mineral layers and water pathways, a conceptual illustration rather than measured data.
Look beneath the surface.Field evidence. Laboratory science. Modelling.
Conceptual illustration, not model output.
Scientific experienceMore than four decades of research
An integrated perspectiveLaboratory · Field trials · Modelling
Specialist modelling toolsPHREEQC · PHAST · VS2DRT · R

The questions I help resolve

Understand the system.
Know what you can conclude.

Start with the decision you need to make. The modelling, review and interpretation should serve that question.

A practical first engagement

Start with an independent review.

When the full scope is unclear, a bounded review or diagnostic can identify the assumptions, evidence gaps and next steps.

Explore a technical review
  • 01One clearly defined question or decision.
  • 02An agreed evidence base and written scope.
  • 03A concise findings note with limitations.
  • 04Recommendations for the next stage.

The approach

A transparent route
from evidence to interpretation.

The scope, assumptions and limits of the work are part of the answer, not an afterthought.

01

Define the decision

Agree the question, available evidence and what a useful answer needs to contain.

02

Examine the evidence

Review the data, conceptual model and assumptions before adding complexity.

03

Test & interpret

Use a proportionate review or modelling approach and make uncertainty explicit.

04

Deliver a clear answer

Document conclusions, limitations and the next steps the evidence supports.

Meet the scientist

Dr Peter Wade

Peter's research career spans academia, applied research institutions and industry, with more than four decades of work in environmental geochemistry and related scientific systems.

His work brings together laboratory experimentation, field trials and reactive-transport modelling, including enhanced rock weathering, soil–mineral processes and contaminant mobility.

PHREEQCPHASTVS2DRTRVensim

More than a list of tools

See the work.
Understand the contribution.

Explore university-attributed model development, published analysis and industrial-speciation work. Each example links to the source and states Peter’s role.

Explore selected work

Published scientific work

Research behind the expertise.

View selected research
Applied Geochemistry · 205 · 106863 · 2026

Geochemical Modeling of CO₂ Sequestration via Weathering of Steel Slag: Reactive Transport and Mineralization Dynamics

Read the publication
Frontiers in Climate · 2025

Quantifying potential carbon dioxide removal via enhanced weathering using porewater from a field trial in Scotland.

Read the publication
Water SA · 2004

Gold tailings as a source of water-borne uranium contamination of streams: the Koekemoerspruit (Klerksdorp goldfield, South Africa) as a case study. Part I: Uranium migration along the aqueous pathway.

Read the publication

Selected co-authored publications from Peter's research career. These are not client case studies or projects delivered by the new practice.

Start with the question, not the software.

Tell Peter what you need to decide, what evidence you have and when you need an answer.

Discuss a project

Recruiting a geochemist or looking for longer-term scientific support? Enquiries about employment, fixed-term research and paid scientific contracts are also welcome.

Scientific roles & contracts