NanoRefrigerant:

The Engineer's Solution for Optimal HVAC-R Performance

A Risk Free & Proven Nanotechnology Solution for Engineers Who Demand Results

PROBLEM

Oil Fouling is Costing Money and Efficiency

Oil fouling reduces HVAC efficiency by up to 35%, increases energy consumption, and shortens equipment life by causing a 15-30% drop in COP.

Oil fouling is a systemic issue that occurs in 99.9% of all HVAC systems. It involves the gradual accumulation of oil on heat exchanger surfaces due to oil migration from the compressor. The oil acts as a thermal barrier, impeding heat transfer and diminishing system efficiency. This unavoidable consequence of current HVAC design results in up to a 35% performance loss, significantly increasing energy consumption, accelerating component wear and shortening system lifespan.

Engineers face significant challenges in combating oil fouling. Traditional maintenance practices often prove ineffective due to system inaccessibility and the complex nature of heat exchangers. Industry data from Daikin, ASHRAE and Danfoss have shown that oil fouling significantly degrades HVAC system performance reducing heat transfer efficiency by up to 35%. This results in increased energy consumption and pressure drop, leading to a Coefficient of Performance (COP) reduction of 15%-30%.

* Source: ASHRAE Research Project Report RP-751 -- Experimental Determination of the Effect of Oil on Heat Transfer in Flooded Evaporators With R-123, R-134A

NanoRefrigerant:

The Risk-Free Solution to Enhance Efficiency, Reduce Maintenance, and Extend Equipment Lifespan

NanoRefrigerant is a molecular nanotechnology designed to boost the cooling performance and improve the overall efficiency of HVAC-R systems by permanently removing compressor oil leaked into the heat exchanger, creating a protective barrier to prevent oil accumulation, and improving thermal transfer in the refrigerant line.

Reduces energy consumption by up to 20%
Increases COP: Coefficient of Performance
Fast ROI: 0.5 to 3 years
Validated Savings: See the savings on your systems and verify on-site yourself.

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Benefits you can measure:

You don't know what you are getting

• No Guarantee of Savings
What is the timeline for payback?

• Uncertain ROIs
What if something goes wrong?

• No Risk Protection
How do you verify the savings?

• Unclear methods to justify savings.

Proof

Proven Risk Free Results:

See How NanoRefrigerant Delivers

Your investment is protected

We stand by our product. ACwise offers a comprehensive $1 million warranty to safeguard our customers' investments. This policy provides coverage for property damage, including loss of use and consequential damages that may arise from our product. We have installed NanoRefrigerant in mission critical facilities like cold storages and data centers without any issues or operational downtime.

$1,000,000 warranty

Minimum 8% for DX Systems,
Minimum 4% for Chiller Systems

How it works?

The Science behind NanoRefrigerant

ACwise's NanoRefrigerant leverages nanotechnology to combat oil fouling problems in HVAC systems.

Why Nanotechnology? Traditional methods struggle with oil fouling because the oil film adheres tightly to heat exchangers. Nanoparticles, with their superior surface area to volume ratio, disrupts the oil film, dislodging it from the heat exchanger surface. The dislodged oil is then carried back to the compressor by the refrigerant. By forming a microscopic protective layer, NanoRefrigerant’s nanoparticles prevent the re-adhesion of oil molecules, offering long-term protection against oil fouling. With a cleaner heat exchanger surface and the inherent thermal conductivity of nanoparticles, NanoRefrigerant significantly improves heat transfer efficiency. The polyolester (POE) oil carrier in NanoRefrigerant ensures seamless integration with existing systems. POE oil is the industry standard lubricant for HVAC systems, guaranteeing compatibility with your existing infrastructure.

ACwise Heat Exchanger Coil Cross-Section

Before treatment

1 month after treatment

26 months after treatment

Frequently Asked Questions

Find answers to your questions here

Typical savings of our clients range from 10-20%. The amount of savings will differ depending on energy consumption patterns. Those that use air conditioning frequently or have equipment older than 5 years can expect a higher amount of savings. A good starting point will be to save 10% on the electricity bill.

Energy can be reduced in 3 primary ways.
1. Operational adjustments that incorporate better practices.
2. Implementation of energy savings products that utilize new technologies.
3. Updating equipment and systems with modern energy efficient alternatives.

Companies and buildings that have a high level of energy consumption from air conditioning systems or equipment and motors in constant operation have the most to benefit from energy reduction. This includes offices, shopping malls, schools, data centers, hotels, stores, supermarkets and restaurants.

Our solutions require a low level of maintenance. We do recommend regular checks to ensure the equipment is functioning as designed. We can instruct your teams on maintenance procedures for our products or we can conduct the maintenance on your behalf.

No. There is no change to existing equipment. Our products work alongside equipment to increase their effectiveness.

NanoRefrigerant:

The Engineer's Solution for Optimal HVAC-R Performance

PROBLEM

Oil Fouling is Costing Money and Efficiency

The Impact of Oil Fouling on Heat Transfer

Heat Exchanger Coil Cross-Section

NanoRefrigerant:

The Risk-Free Solution to Enhance Efficiency, Reduce Maintenance, and Extend Equipment Lifespan

The Impact of NanoRefrigerant on Oil Fouling

Benefits you can measure:

You don't know what you are getting

What is the timeline for payback?

What if something goes wrong?

How do you verify the savings?

Proof

Proven Risk Free Results:

Your investment is protected

$1,000,000 warranty

The Science behind NanoRefrigerant

ACwise's NanoRefrigerant leverages nanotechnology to combat oil fouling problems in HVAC systems.

Before treatment

1 month after treatment

26 months after treatment

Frequently Asked Questions

Find answers to your questions here

How much savings can we expect?

How will the energy be saved?

What types of buildings or companies are your services best suited for?

Is regular maintenance required?

Will there be modification to existing equipment?

Join us as a partner now!

See How Much Your Site Can Save