Moisture meter for the determination of moisture content in oil or many liquids with a distinct dependency . The EESIFLO EASZ-1 for example can measure moisture or water in the following liquids for example water in cyclohexane, water in crude oil, water in lubrication oil, water in hydraulic oil etc since the dielectric constants of water and the process liquid are far enough apart e.g water approximately 80 , cyclohexane approximately 2 . For a detailed list of possibilities the dielectric constants can be considered and the meter calibrated to the temperature and contamimation ranges expected. For more information about the applicability of the EESIFLO EASZ-1 , contact your local EESIFLO representative or follow this link The EASZ-1 is an online moisture meter in fuel and oil.The moisture is measured and controlled which enables operators to monitor the effectiveness of water removal systems, purifiers, dehydrators and filters. The moisture analyzer can easily be installed and constantly report moisture in oil levels. Moisture content is usually measured by oil sampling kits but the addition of a moisture sensor or detector in the oil will enable operators to monitor the water in oil levels at all times of the day. Fuel & Lubricant Testing Water Quality Testing Machinery Condition Microbiological Test Equipment Dosing & Cleaning Systems EESIFLO launches the new EASZ-1 Water in oil sensor.Fast, accurate water analysis with our innovative new equipment... Measuring, Monitoring & Managing... ..Fuel, Lubricant and Water Quality . Now introducing the new range of EASZ-1 Sensors. On-line sensors for monitoring Oil Condition along with Ferrous Debris , Particle Content or Moisture Content ... Fuel & Lubricant Testing Oil analysis equipment for the monitoring of fuel and lube oils including bunker fuel sampling, diesel engines, power plants, viscosity, density The EASZ-1 can be used alongside Debris Monitors for effective used oil analysis, measuring wear debris and monitoring performance changes due to water in lubricating oils, hydraulic oils and greases...

Water in Crude oil, water in LPG , water in Naphtha , water in Gasoline , water in Aviation gasoline , water in Kerosene , water in Jet-fuel, water in Diesel oil, water in Residual fuel oil,water in Bitumen , water in Lubricants ,water in hydraulic oil, water in Paraffin , water in Petroleum coke .Moisture in Crude oil, moisture in LPG , moisture in Naphtha , moisture in Gasoline , moisture in Aviation gasoline , moisture in Kerosene , moisture in Jet-fuel, moisture in Diesel oil, moisture in Residual fuel oil, moisture in Bitumen , moisture in Lubricants , moisture in Paraffin , moisture in Petroleum coke Moisture in hydraulic oil .Water in oil removal elements and filtration systems .Solutions for removing water from your hydraulic oil, lubrication oil or fuel systems. Water Sensors for giving either a % water in oil or parts per million in biodiesel . Desiccant air breathers ,silica gel breathers will remove atmospheric water that can cause contamination ,portable water and particulate removal with on-board particle counting and water content display, Water and Particulate filters for cleaning oil For On-site oil cleanup. Filters and water removal elements, water removal elements as well as standard cartridge particulate removal elements Biodiesel cleanup on-site diesel and biodiesel as well as vegetable base oil cleanup,Vacuum Dehydrators , oil purifier.

All machines with lubrication oil systems benefit from a measurement of moisture content in the oil. EESIFLO instruments monitor the water content of the oil, which directly indicates the amount of total water formation in the oil. The measurement is independent of oil type, age and temperature.EESIFLO moisture measurement cells are installed inline and monitor continusouly . In lubrication systems, the measurement points are typically placed before critical bearings and other parts of the machine, and/or in the oil tank. Steam turbine oils closely resemble hydraulic fluids and the same viscosity grade of turbine oil is often approved for use in hydraulic equipment.

The aim of monitoring water in steam turbine oil is to establish that the oil retains its key functions and that oil treatment systems are maintaining contaminants at acceptable low levels. Oxidation tends to continue at a slow and progressive rate. Events such as water leakage at coolers and introduction of wrong grades of oil into the system do not happen quite so predictably. The key features of steam turbine oil are superior oxidation resistance, rust/corrosion protection and good water shedding properties. Because steam turbine oils routinely carry out their function in a 'wet' environment, it is vital that steam turbine oil additives have very good hydraulic stability (i.e. are not degraded by the presence of water).

Steam turbine oils operate within a 'wet' environment and there will invariably be some water present. For any given system, the amount of water present will stabilise at equilibrium level when the water input and output rates are the same. The water output rate will be determined by the characteristics of the oil and associated water removal systems, settling tanks, coalescers and/or centrifuges. When a system is operating normally and without additional water input via leakage, any gradual increase in water content that is evident may be due to deterioration of water shedding characteristics of the oil itself and/or reduced efficiency of the associated treatment system. Water coalescer filters may have their water removal efficiency reduced by deposition of contaminant on the active surface of the coalescer.