The High Cost of CONTAMINATION Oil Contaminated Refrigerant costs you MONEY in more ways one! in more ways than one!

As you know,  Your industrial chiller is probably the single most expensive piece of equipment to operate in your facility.  BUT, DID YOU ALSO KNOW….

 ….that same chiller is probably the biggest ENERGY WASTER that you own! that you own!

 The main reason your chiller wastes so much energy is because of contaminated refrigerant.  Your chiller's refrigerant becomes contaminated with lubricating oil during the compression cycle in the cooling process.  The refrigerant becomes ‘diluted’ with oil and looses it’s effectiveness.

 Small amounts of lube oil are continually absorbed by the refrigerant whenever the chiller is operating. This contamination process is on-going and unavoidable.  For every 1% of oil contamination in the refrigerant, 3% chiller efficiency is lost.

 It is common to find 10% to 15%contamination in the average Industrial Chiller.  That means a loss of 30% to 45% efficiency!

 But…. The cooling load required of the oil contaminated chiller remains the same.

 So, Your Chiller WORKS HARDER,  Consuming MORE ENERGY,  Requiring MORE MAINTENANCE.  COSTING YOU MONEY IN MORE WAYS THAN ONE.

The old way was expensive  In the past, the only remedy for an OIL-LOGGED Chiller was to:  Shut the chiller down for maintenance, COSTING YOU MONEY  THEN…..

 You must drain, distill, and filter the refrigerant charge, COSTING YOU MONEY  Refill the Chiller and replace any lost Refrigerant, COSTING YOU MONEY  THEN…

The worst part…  At start-up, the contamination process begins again,  COSTING YOU EVEN MORE MONEY

 By the way, your chiller is intended to be a closed system.  Once it is 'opened' for maintenance, additional problems will occur.  With the OAM Purger your Chiller remains a closed system.  The OAM Purger operates continually, independent of the chiller, with no pumps

How it Works…  The OAM Purger's oil separation and refrigerant cleaning is accomplished by repeatedly extracting batches of oil- contaminated refrigerant (approximately 10 to 20 pounds, per each cycle) from the chiller evaporator.

 The oil-contaminated refrigerant is then heated by a distillation heater, which causes the liquid refrigerant to vaporize (boil-off), distilling out the contaminating lubrication oil.

 When the temperature of the accumulated distilled oil reaches a temperature of 68 degrees Celsius, it is essentially pure oil. It is then automatically returned to the chiller's oil reservoir and the cleaning process begins again, automatically, 24 hours a day as long as it is plugged in weather or not the Chiller is operating.

Problem Solved with the OAM Purger!  Once cleaned, your refrigerant never has the opportunity to be oil contaminated again.  Thanks to the OAM Purger, your chiller will operate at the highest level of efficiency possible, saving you money, month after month, year after year

 All major Industrial Chiller manufacturers recommend and distribute products like The OAM Purger.  York, Trane, McQuay, and others recognize the desperate need for a machine such as this to maintain peak chiller efficiency.

Here is the good news!  The money you are already spending to maintain your refrigerant, coupled with the money your oil-logged chiller is wasting will pay for the OAM Purger in as little 3 months, and continue to save you thousands month after month for years to come.

Questions to ask yourself  How often does your Industrial Chiller's refrigerant require cleaning and oil separation maintenance?  How much MONEY, and VALUABLE RESOURSES is being wasted by your OIL LOGGED CHILLER?  How much would 30% energy savings per Chiller mean to you?

How will you know it is working?  You will see a reduction in energy consumption for that chiller. In two weeks or so the OAM Purger will clean the refrigerant charge to a trace of contaminating oil and KEEP IT CLEAN.  Take a refrigerant sample for analysis prior to installing the OAM Purger, and another sample in 2 to 3 weeks. The results of the analysis will prove the machine is doing it’s job!  Your chiller will require less frequent maintenance and last longer because it doesn’t have to work as hard.