Minimize water in oil to < 100 ppm — within the shortest time

Desorber D10 from CJC®: Your solution for efficient oil drying

Desorber D10, oil drying, mineral oil, synthetic fluids, emulsions

Desorber D10 for oil drying

Desorbers D10 from CJC® ensure fast and continuous oil drying — independent of machine operation. Whether hydraulic, gear, lubricating, machining, leakage or quenching oil, based on mineral oil or as a synthetic fluid: The D10 removes dissolved and emulsified water extremely efficiently and reduces the water content in the lubricant to below 100 ppm – even in stable emulsions with up to 700,000 ppm water. The Desorber D10 works in off-line operation or on a free-standing tank, regardless of viscosity, additive package and air content in the lubricant.

How you benefit from installing the CJC® D10

  • Stable viscosity for reliable lubrication of all components
  • Longer oil service life due to improved protection of lubricant and additives
  • Prevent deposits and sludge build-up for clean oil circuits
  • Less wear, corrosion and cavitation on components
  • Ensure air separation and minimize the risk of foaming oil
  • Prevent the spread of bacteria, yeasts and fungi in the oil

After solids, water is the second most common cause of failures and malfunctions in lubricating oil and hydraulic systems. Your solution: CJC® Desorber

Application areas & installation example Desorber D10

Installation principle desorber D10, oil drying, mineral oil, synthetic fluids, emulsions

The pump in the oil inlet of the desorber D10 sucks in the oil. In the desorber chamber, cold, dry air flows in the opposite direction to the warm, moist oil. On contact, the air heats up and absorbs large quantities of moisture – at a constantly low system pressure of less than 2 bar. The warm, moist air then cools down and the water separates as condensate.

  • Hydraulic and hydrostatic systems
  • Gearboxes and lubricating oil systems
  • Oil recovering:
    • Machining oil
    • Leakage oil
    • Quenching oil

Particularly in the paper, steel, plastics and metal processing industries, as well as in maritime applications, there is a high risk of water entering the oil systems due to the environment and processes involved.

  • Mineral oils
  • Bio oil / environmentally acceptable lubricants
  • Ester
  • PAG (Poly Alpha Glycol)
  • PAO (Poly Alpha Olefin)
  • other synthetic fluids

Features — Desorber D10

Desorber D10, oil drying, water separation by desorption

Oil volume, dimensioning e.g.: 1,500 Litres

Installation: flexible, e.g. in the off-line circuit or on a free-standing tank

Design temperature: 60 °C

Viscosity range: up to ISO VG 320

Water content in the oil, max.: 700,000 ppm (70%)

Water separation: water content permanently < 100 ppm (0.01%)

Supply voltage: 1 x 208 V @ 60Hz, 1 x 230 V @ 50-60 Hz, 3 x 400 @ 50Hz or 3 x 440-480 V @ 60 Hz

Power consumption: 2.6 kW @ 208-230 V, 3 kW @ 400-480 V

Current: 12.5 A @ 208 V, 11.3 A @ 230 V, 4.3 A @ 400 V or 3.9 A @ 440-480 V

Pump flow (24/7): 45—55 Litres per hour

System pressure (oil inlet), max.: 0.5 (PV) or 3.5 bar (PVM)

Weight, approx.: 125 kg

Dimensions, L x B x H: 570 x 570 x 1,000 mm

Equipment:

Standard:

  • Pump with motor
  • electrical control with an integrated alarm system
  • Leakage monitoring
  • Sample point for oil or fluid analysis
  • automatic water separation

Download product data sheet:

All sizes and variants — without and with depth filter

Desorbers, oil drying, mineral oil, synthetic fluids, emulsions

That say our customers

Speak directly to your regional fluid expert for oil drying

oil samples without and with cjc, oil dewatering, desorber

Whether acute or permanent water ingress – we will find the perfect solution for your system and your oil. Our fluid experts always advise you with a focus on feasibility and cost-effectiveness.

  • Personal advice – by telephone or directly on site at your application
  • Assessment of your oil analyses – with solution-oriented recommendations
  • Support even for special and tricky challenges