ENERGY UPGRADES & DECARBONISATION
Cut energy use, stay ahead of the F-Gas phase-down and build a practical route to net zero.
F-GAS · NET ZEROYour plant is one of your biggest energy costs. Make it work harder.
Refrigeration, air conditioning and HVAC often account for a large share of a building's energy use. We start with an assessment, then recommend upgrades that reduce consumption and emissions — explained clearly, so you can decide what to do and when.
A survey of your plant and how it runs, with clear recommendations.
Controls, EC fans and efficient replacement equipment.
A planned move to lower-GWP and natural refrigerants.
FROM ASSESSMENT TO NET ZERO
Efficiency Upgrades
Controls and setpoint optimisation, EC fan retrofits, electronic expansion valves, floating head pressure control and replacement of inefficient equipment.
Low-GWP Refrigerant Transition
Plans to move away from high-GWP refrigerants affected by the F-Gas phase-down, including natural refrigerants such as CO₂ (R744).
Decarbonisation Roadmap
A staged plan — efficiency first, then refrigerant transition and heat pumps — timed around your budget and plant life.
Ongoing Optimisation
Planned maintenance keeps upgraded systems running efficiently, so savings don't drift away over time.
UPGRADES WE DELIVER
SECTORS WE SERVE
FREQUENTLY ASKED
What is an energy assessment?
We survey your refrigeration, air conditioning and HVAC plant, review how it is running and identify upgrades that could reduce energy use, with each recommendation explained clearly.
What kinds of upgrades do you carry out?
Typical upgrades include controls and setpoint optimisation, EC fan retrofits, electronic expansion valves, heat recovery and replacing inefficient plant with modern equipment.
How does the F-Gas phase-down affect us?
The EU F-Gas Regulation is phasing down high-GWP refrigerants. Planning a move to lower-GWP or natural refrigerants such as CO₂ at the right time reduces future cost and compliance risk.
What is a decarbonisation roadmap?
A staged plan for reducing your building's emissions — for example efficiency upgrades first, then refrigerant transition and replacing fossil-fuel heating with heat pumps — timed around your budget and plant life.
How does maintenance help energy use?
Clean coils, correct refrigerant charge and well-set controls keep systems running efficiently. Planned maintenance keeps performance from drifting between upgrades.
“We have been working with Wayne and his team since the beginning. The service they provide is first class. Their response time to an emergency breakdown is always within 4 hours. They communicate extremely well and always keep us up to date.”
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START WITH AN ASSESSMENT
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