Water is a leading cause of oil breakdown.

The primary cause of water ingression in many
lubricant reservoirs is exposure to atmosphere.

Water enters with atmospheric air above
reservoir and establishes an equilibrium.

Machinery life can be extended by a factor
of 10 by maintaining low water levels.

Water contamination in oil exists in three forms:
free, dissolved and emulsified… but not all
water removal systems deal with all forms.

TMR™ N2 eliminates this pathway by generating
and injecting dry N2 into the reservoir.

Highly effective, low cost and
eliminates all forms of water.

Water Removal

Water is the most damaging contaminant found in hydraulic and lubricating systems.

Removing and maintaining low water levels is important to protect both the lubricant from rapid breakdown and equipment from premature failure.

Water is one of the 3 main causes of oil breakdown, so by keeping water levels low you can actually manage the rate at which the lubricant or hydraulic fluid deteriorates. From an equipment perspective, you can easily double the life of your mechanical systems by reducing water levels (please see adjacent water removal white paper).

Total Moisture Removal Nitrogen (TMR™ N2) systems cost effectively remove all three forms of water (free, emulsified and dissolved) from lubricants and hydraulic fluids through mass transfer, which is a highly effective, non-mechanical process.

TMR™ N2 System

Most water removal systems use heat, vacuum and pumps, which are all expensive to operate and maintain, to force the separation of water from the lubricant.

What is not understood is that in many applications, the primary mode of water ingression is atmosphere itself. When the moisture content of the atmosphere is higher than the moisture content in the lubricant, the atmosphere provides an unlimited source of water.

Using mechanical separation systems in this scenario, simply dehydrates the lubricant to an unsaturated state so that it can absorb more water from atmosphere. This creates an energy intensive cycle that fails to address the primary cause of water ingression.

Key Benefits of TMR™ N2 System

  • High purity, dry, inert N2 (98%) is generated at the source, providing unlimited capacity to reduce existing moisture
  • Will maintain water at very low levels
  • Free flowing N2 is exhausted out the breather element or building exhaust reversing the typical flow configuration and eliminating one of the key ingression points for water and particulate contamination
  • Eliminates lubricant contact with oxygen, reducing oxidation and promoting the removal of H2, CO, C2H4, and other harmful breakdown gases
  • Normally eliminates the need for expensive vacuum dehydration equipment or disposable filter elements when water ingression rates are low or solely from atmosphere
  • Very low maintenance requirements (30 minutes per year)
  • Quick return on investment (ROI)
  • For applications where N2 is not appropriate – i.e. confined spaces, TMR™ Air systems, which work in a similar fashion are available