PROJECTS

Decarbonisationin the real world.

Our work turns complex transition questions into practical decisions — helping industrial companies evaluate technologies, prioritise investments and move from ambition toward implementation.

Explore our projects

Selected engagements across industrial decarbonisation, technology strategy and transition investment.

Industrial facility representing Terravia's transition advisory projects

OUR WORK

Complex decisions.Practical outcomes.

Every industrial transition starts from a different position.

Assets, energy systems, technology maturity, infrastructure and investment cycles all shape what is possible. Our projects combine technical understanding with economic analysis to identify pathways that work in the real world.

WHAT CONNECTS OUR WORK

Technical credibility

Recommendations grounded in the realities of industrial processes and assets.

Economic clarity

Technology choices translated into capital requirements, operating costs and business implications.

Practical sequencing

Long-term ambition broken into decisions that can be made today, next year and at the next major asset cycle.

Industrial manufacturing facility at dusk

FEATURED PROJECT

Electrifying process heatacross six manufacturing sites.

Glass & Ceramics · Technology & Economics · Investment Roadmaps

A European manufacturer needed to understand where process-heat electrification could deliver meaningful emissions reductions across a diverse portfolio of production sites.

Terravia assessed the technical feasibility, energy requirements and economics of electrification across major thermal processes before translating the results into a phased investment programme.

IMPACT

68%
of process-heat emissions addressed
€42m
priority investments identified
6
manufacturing sites assessed
2030+
roadmap extending beyond 2030
View project

SELECTED PROJECTS

Different sectors.The same need for clarity.

GLASS & CERAMICS

Electrifying process heatacross six manufacturing sites.

A multi-site assessment of industrial heat electrification, combining technical feasibility, energy-system modelling and phased capital planning.

68%
process-heat emissions addressed
€42m
priority investment
6
sites assessed

Technology & Economics · Investment Roadmaps

View project

CHEMICALS

Building a transition pathwayfor an integrated chemical site.

An integrated assessment of electrification, low-carbon hydrogen and efficiency measures for a major European chemical production facility.

34%
near-term reduction opportunity
3
technology pathways
2.4×
potential electricity demand

Decarbonisation Strategy · Technology & Economics

View project

METALS

Planning the shift fromgas-fired heat to electrified production.

A portfolio-wide transition programme evaluating direct electrification, hybrid technologies and enabling grid investments across metals manufacturing operations.

74%
thermal emissions addressed
€58m
priority investment
5
production sites

Technology & Economics · Investment Roadmaps

View project

PROJECT OUTCOMES

Measured beyondtonnes of carbon.

A useful transition strategy does more than calculate emissions reductions. It improves the quality of the decisions behind them.

Carbon impact

Understand the scale and timing of emissions reductions available from each pathway.

  • tCO₂e avoided
  • Abatement potential
  • Reduction trajectory

Investment case

Understand what each pathway requires financially and how its economics change under different futures.

  • CAPEX
  • OPEX
  • Marginal abatement cost
  • Energy exposure

System readiness

Identify the external dependencies that determine whether technologies can actually be deployed.

  • Grid capacity
  • Hydrogen availability
  • CO₂ infrastructure
  • Site requirements

Implementation readiness

Turn analysis into clear decisions, actions and investment windows.

  • Decision gates
  • Asset windows
  • Priority projects
  • Implementation sequence

HOW PROJECTS PROGRESS

From the first questionto the investment decision.

The result is not simply a recommendation. It is a clearer basis for the next investment decision.

  1. 01

    DEFINE

    Frame the decision.

    Establish the business question, operational constraints and outcomes the project needs to support.

  2. 02

    ANALYSE

    Build the evidence.

    Assess assets, technologies, energy systems, emissions and economics.

  3. 03

    COMPARE

    Test the alternatives.

    Evaluate competing pathways under different technology, energy and market assumptions.

  4. 04

    PRIORITISE

    Identify what matters.

    Separate robust near-term actions from decisions that should remain conditional.

  5. 05

    ROADMAP

    Sequence the transition.

    Connect actions to infrastructure, asset cycles and capital planning.

SECTOR EXPERIENCE

Built around the realitiesof industrial production.

Chemicals

Energy, hydrogen, feedstocks and integrated process systems.

Explore Chemicals

Metals

Extreme heat, process transformation, electrification and new production routes.

Explore Metals

OUR EXPERTISE

The capabilities behindthe work.

Technology & Economics

Compare technologies, stress-test assumptions and understand the economics behind competing options.

Explore Technology & Economics

Investment Roadmaps

Translate strategy into sequenced investments aligned with assets, infrastructure and capital cycles.

Explore Investment Roadmaps

START A CONVERSATION

Bring us the decision you need to make.

Whether you are comparing technologies, planning the next major asset investment or trying to turn a long-term decarbonisation target into practical action, Terravia can help build the evidence behind the decision.

Talk to our team