We help businesses reduce carbon, save energy, and increase profits — leading the way in climate action, one business at a time.

Contact Info

Contact Info

Ireland: +353 (21) 2455199

Contact Info

United States: +1 617 982 7731

Contact Info

info@climeaction.com

Design

Energy efficient design for industrial facilities

Heat pumps, heat recovery and energy systems engineered by independent designers, not equipment sellers.

Identified Opportunity

Heat recovery, electrification, controls and optimization

Engineering & Design

Technical feasibility, sizing, integration and modelling

Investment Case

CAPEX, savings, payback, funding and risk assessed 

Build-ready Project

Scope, specification and tender documentation

Develop

From Opportunity
to Solution

Your strategy identified the opportunities. This stage is where we engineer them into real capital projects you can cost, fund, and build with confidence.

Heat pumps, heat recovery, controls upgrades, Solar PV, and fabric improvements all need proper engineering before anyone commits capital.

This is the stage most businesses find hardest to resource, and where a weak design quietly adds cost and risk to everything that follows.

Our engineers take each opportunity from concept to a defined, deliverable design.

Investing

Engineering the decision to invest

A good opportunity isn't automatically a good project.

Before capital is committed, we determine how the solution will work, what it will cost, how it integrates with your existing operation and what return it can realistically deliver.

Our engineers take projects from an initial opportunity through the technical and commercial work required to make a confident investment decision.

Technical Confidence

Engineered, sized and modelled before investment

Clear Investment Case

CAPEX, savings and payback clearly defined

Build-ready

Scope, specification and documentation ready to progress

OUR DESIGN PROCESS

01

Concept development

Define the solution, assess the opportunity, technical constraints, available technologies and potential system configurations

02

Feasability Study

Prove that it works. Test the technical and financial viability of the project before significant engineering or capital is commited

03

Basis of Design

Define the solution, assess the opportunity, technical constraints, available technologies and potential system configurations

04

Detailed design & specification

Prove that it works. Test the technical and financial viability of the project before significant engineering or capital is commited

05

Business case & Funding

Define the solution, assess the opportunity, technical constraints, available technologies and potential system configurations

06

Construction ready documentation

Prove that it works. Test the technical and financial viability of the project before significant engineering or capital is commited

What We Design

Solutions that turn strategy into action

We design practical, site-specific solutions that reduce energy use, operating costs and carbon emissions.

From heat recovery and electrification to renewable energy, process optimisation and intelligent controls, our engineers develop solutions built around how your facility actually operates.

Heat Recovery

Recover and reuse waste heat across processes and utilities.

Heat Pumps & Electrification

Replace fossil fuel heat with efficient electric solutions

HVAC & Building Systems

Optimise heating, cooling, ventalation & controls

Proccess & Utility Systems

Compressed air, steam, hot water, pumping and other energy users.

Renewable Energy

Onsite generations solutions such as solar PV.

Controls & Energy Management

Metering, monitoring and system optimization.

Implementing

Designed to be built

We don't design projects to sit in reports.Our engineering work is developed with implementation in mind.

Once the project is approved, Climeaction can continue through procurement, implementation, commissioning and measurement.

Latest insights

Continue exploring

Decarbonization
Climeaction •
3 min read

FAQs

Your questions, answered.

  • What does the design service cover?
    Heat recovery, heat pumps and electrification, HVAC and building systems, process and utility systems, renewable energy, and controls and energy management.
  • What do we get at the end of a design package?
    A build-ready project: the engineered design, an investment case setting out capital cost, energy and carbon savings and payback, and documentation a contractor can price and build from.
  • Can you work from an audit or feasibility study someone else produced?
    Yes. We can pick up an identified opportunity and take it through engineering, sizing and the investment case. Where the underlying data is too thin to design from, we will say so before design starts.
  • How do we know the savings in the investment case are real?
    Savings are engineered from measured site data rather than manufacturer figures, and the same basis carries into measurement and verification after installation, so the design case and the verified outcome are directly comparable.

Let’s talk

Have an opportunity that needs engineering?

Whether you identified a project through FAST, an energy audit or your own internal team, tell us about it and we will come back to you on whether it is technically viable, commercially attractive and ready to progress.

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Climeaction

Through a combination of data-driven insights and innovative approaches, we work closely with you to reduce carbon, save energy, and increase profits.

NSAI Certified: Energy, ISO 50001:2018
NSAI Certified: Quality, ISO 9001:2015
Certified B Corporation

Our Locations

United States

77 Summer Street
Boston, MA, USA

+1 617 982 7731 | info@climeaction.com

Ireland

11 South Mall
Cork City, T12 CYF7

19 High Street
Kilkenny, R95F2KD

+353 (21) 2455199 | info@climeaction.com

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