"Hydrocarbon" sounds technical. But it's just the name for a family of natural gases you already live with, every single day.
Most air conditioners are charged with synthetic chemical refrigerants — chemical blends with names like R410a or R134a. They work, but they're rough on the environment if they leak, and they're being phased out worldwide.
Natural hydrocarbon refrigerants are different. They occur in nature, they're refined for use in cooling systems, and their impact on the climate is a tiny fraction of the synthetic chemicals they replace.
They also absorb heat better. That means your system shifts the same heat using less electricity — and reaches the set temperature faster. Same controls, same comfort, smaller bill.
We're not replacing your unit. We're swapping out the gas inside it.
From supermarkets to high-rises to industrial cold storage — hydrocarbon refrigerants are quietly running large parts of the cold chain and air-conditioning landscape already. Putting them in your system isn't new ground.
Cool rooms, supermarket display fridges, and chiller plant across Australia — many already running on hydrocarbon refrigerants.
Centralised HVAC in offices and apartment buildings — exactly the kind of system where a retrofit pays back hardest.
Fruit growers, wineries, and other farming operations that depend on reliable, cost-effective refrigeration to protect what they produce.
Anywhere stock needs to stay cold: clubs, pubs, bottle shops, restaurants, butchers and grocers — and the cool rooms behind them.
So putting them in your air conditioner? A smart move for your future.
Hydrocarbon refrigerants don't care whether the system is a small bedroom split or a multi-tonne commercial chiller. The chemistry is the same, the efficiency benefit is the same, and the environmental story is the same.
It's why the technology is already trusted in mines, supermarkets, hotels, fruit orchards and wineries worldwide — and increasingly, in Australian homes.
Natural hydrocarbons pick up and shed heat more readily than the chemical refrigerants they replace. Your system shifts the same heat using less electricity — and reaches the set temperature faster.
If a synthetic chemical refrigerant leaks, it can warm the atmosphere thousands of times more than the same amount of carbon dioxide. Natural hydrocarbons carry almost none of that impact.
Synthetic chemical refrigerants are being progressively restricted. Natural refrigerants aren't on that list — so the system you retrofit today won't need re-gassing with something else tomorrow.
The case for natural hydrocarbon refrigerant comes down to four things: efficiency, longevity, environment, and cost. Here's the technical reality.
Natural hydrocarbon refrigerants conduct heat far more efficiently than the synthetic chemical refrigerants they replace. Your compressor does less work to move the same heat — drawing less electricity and reaching the set temperature faster than before.
Operating pressures with natural refrigerants run lower than with synthetic chemical refrigerants, and discharge temperatures inside the compressor run cooler. The result: less mechanical stress, longer service life, fewer maintenance call-outs over the life of the unit.
Natural hydrocarbon refrigerant works with both mineral and synthetic compressor lubricants — meaning we don't need to replace the oil when we retrofit your system. The existing lubricant stays, the existing components stay, and only the refrigerant changes.
The natural hydrocarbon refrigerant we work with is refined to refrigerant-grade purity — over 99%. Impurities can lower system efficiency and cause corrosion over time, so the higher the grade, the better the result you get out of the retrofit.
Natural hydrocarbon refrigerants work in both cooling and heating cycles — and across every kind of refrigeration. Domestic split systems, ducted whole-home, commercial air conditioning, cool rooms, supermarket display cases, wineries, orchards, industrial chillers and process cooling all run on the same family of natural refrigerants.
Hydrocarbon refrigerants are quietly running mines, supermarkets, hotels, hospitals and food production worldwide. A few examples of companies using this technology:
List reflects companies known to be using hydrocarbon refrigerants globally — they are not necessarily Retrofit Aircon clients.
Yes, it's safe — and that's because of how we engineer the retrofit, not just the gas itself. Propane is a hydrocarbon and a form of LPG. It's flammable, in the same way the gas in your stovetop is. Treated with respect and handled properly, it's run safely inside millions of refrigeration systems worldwide.
Before any retrofit goes ahead, we run a thorough check on the system you already own:
We're fully insured, and we stand behind every job we do. If we can't make a system work safely or economically, we'll tell you up front — that's part of what the free check is for.
If you're showing this to someone else — partner, landlord, business owner — these are the points worth remembering.
Two short PDFs you can save, send to family, or show your installer.
The full picture in one document — what we do, why it works, who it's for, and how the process runs end to end.
Download (PDF, ~A4)The honest answer on safety: how all refrigerants compare, what happens if one ever burns, and how we engineer the install.
Download (PDF, ~A4)
