Now we can also offer a new cleaning method for glycol-based systems that run during operation.
The KFM vacuum mobile distillation apparatus has, in tests with other systems, verified a result of being able to separate glycol from the energy carrier by approx. 95%.
The KFM vacuum mobile distillation apparatus has, in tests with other systems, verified a result of being able to separate glycol from the energy carrier by approx. 95%.
Very superior filtration process.
Extensively tested and approved by OEMs.
Meets MIL Spec, United States Military Standard & NATO (antifreeze.
Hundreds of government installations worldwide use this model.
GSA listed.
The solution to the impure water
We treat the water.
We deliver tailored, environmentally friendly solutions that improve the technical performance of water systems.
We have measures that improve the levels of pH value, oxygen and conductivity.
KFM
Portable - No installation required.
Cleans 150-180 liters per hour.
Reduces hazardous waste by over 95%.
Hazardous waste is collected in filters that go to destruction.
KFM
KFM extends the life of the refrigerant up to 3 times (from replacement every 5 years to 15 years).
We improve the flow throughout the system, which saves energy.
We extend the life of the pipe system.
KFM is used to clean ethylene and propylene glycol systems whether they are for cars or heat transfer systems for buildings.
KFM can also be used to clean water through filtration and deionization. In the US, either ethylene or propylene glycol is used in our buildings' HVAC systems and in geothermal heating/cooling applications.
The glycol/water solutions are stripped of contaminants and then new corrosion inhibitors are added back into the recycled solution to restore the recycled solution to manufacturer specifications. The US typically has either aluminum, copper, or brass in HVAC systems that can be corroded by heat transfer solution that has become contaminated or degraded over time.
KFM's process removes the contaminants that can corrode the system and the new corrosion inhibitors added to the recycled fluid will restore the anti-corrosion properties.
The problem and challenge in today's heating and cooling systems.
Low quality water.
Many cooling and heating systems do not work optimally due to water quality problems.
Common problems for many property owners and in industry are rust, calcification and loss of efficiency.
"Studies show that improperly, or uninhibited, glycol breaks down into five organic acids
-glycolic acid, glyoxylic acid, formic acid, carbonic acid and oxalic acid.
Decomposition is affected by factors such as heat, oxygen and commonly occurring metals such as copper, steel and aluminium.
Copper and aluminum in combination with improperly inhibited ethylene glycol act as catalysts.
These organic acids will then be converted to carbon dioxide which can attack and break down the metal in as little as three weeks under extreme conditions.
The result leads to sludge formation, deposits and leakage, which in turn can lead to clogging of pipes, pumps, valves, etc.”
Lars Cedheim, Building Research Council
Below 3 reports and Guidelines to optimize your heating and cooling systems in Swedish
