Improve energy efficiency rating and heat transfer!

Maxwell™ is an engineered base fluid with submicron aluminum oxide particles suspended. A drop of this base fluid is added to cooling or heating systems to enhance heat transfer, which reduces energy consumption and carbon emissions.

Maxwell™ is a revolutionary heat transfer nanofluid that is added to hydronic cooling and heating systems to make them more energy efficient and cost effective.

Maxwell™ nanofluid improves heating transfer in a chiller evaporator by 12.5% to 15%, thereby reducing the compressor lift (work required to retain the desired temperature) and electricity consumption.

Maxwell™ nanofluid works by increasing the heat transfer from the outside air (or condenser fluid) to the system fluid. The increase in heat transfer reduces compressor lift (energy consumption required) to achieve energy savings of between 12.5 % to 15%.

Maxwell™ heat transfer nanofluid delivers many benefits. Energy savings are achieved by Maxwell™ heat transfer nanofluid by making your chiller or heat pump system work more efficiently, thereby increasing performance and reducing maintenance requirements. The inclusion of Maxwell™ could allow to use a smaller, less costly but more efficient equipment and can prolong its life by 10 years plus.

Maxwell™ patented innovative heat transfer nanofluid additive can be used across all fields of industry, achieving energy savings in office buildings, data-centres, healthcare, manufacturing, warehousing and also for residential clients.

Maxwell™ delivers instant results of up to 15% reduction in energy consumption, lower carbon emissions and an increase in HVAC system capacity.

The reduction in energy consumption can be seen via My Maxwell™ Intelligent Monitoring. The real time energy savings and carbon emissions are measured in real time and can be accessed via the cloud monitoring portal.

Yes, Maxwell™ can be used in HVAC systems that provide environmental cooling and heating to manufacturing areas. Certain manufacturing processes may be able to use Maxwell™ in closed chilled water loops that serve production equipment requiring cooling.

Yes, chillers, heat pumps and associated mechanical systems will operate more energy- efficiently with Maxwell™ added to the system. Maxwell™ is a simple, instant and cost-effective way for building owners and property managers to reduce energy costs and meet regulatory green initiative targets.

Traditional closed-loop chilled water cooling and hot water heating systems in residential properties can benefit from Maxwell™. For water-source heat pumps, Maxwell can be added to the central condenser fluid loop to reduce power consumption by the compressors and lower fluid flow rates.

Maxwell™ nanofluid additive is guaranteed for a lifespan of over 10 years. There is no downtime, it is a simple drop-in additive, which is non-toxic and non-corrosive. You can rest assured that the nanoparticles will help you to make energy savings and reduce your company’s carbon footprint for many years.

Most warehouses and logistic centres use a combination of chillers and adiabatic cooling. Any closed loop hydronic systems can use Maxwell to reduce the energy consumption of compressors, pumps and fans.

Maxwell’s level of efficiency means that the cost of a typical installation is generally paid back within 1 to 2 years, depending on the utilization rate of HVAC equipment and the local costs of electricity/natural gas.