ERIKS Problem Solver - Oil Mist Separation from Filtration Group

Problem solvers

Efficient technology against dangerous contaminated air High mist concentrations in production areas can result in health problems and expensive damage to precision machinery. The LGA Series from Filtration Group provides a reliable solution to both these problems.

Industry Sector:

PRIMARY INDUSTRY Application:

OIL MIST SEPARATION

Coalescer technology reduces the required maintenance efforts of oil mist separators to a safe level Filtration Group Industrial LGA technology controls the airborne contaminants which are exceeding HSE guidelines.

Problem solvers

PS209

Problem:

Solution:

Industrial Machining and forming processes - in modern tools, for

LGA oil mist separator units from Filtration Group protect your

example - use cooling lubricants (oils or emulsions) under high pressure. As a result, increased amounts of oil mists and emulsions are released into the air.

In order to keep the mist concentration from exceeding the maximum workplace concentration, the cooling lubricant mist must be reliably and continuously extracted out of the working areas of the machines and cleaned.

Conventional systems are often overloaded.

employees, equipment, and production locations effectively and efficiently against cooling lubricant mists, thereby increasing productivity.

With their highly efficient coalescer principle, they achieve high separation rates for non-water-soluable cooling lubricants and cooling lubricant emulsions that are well below legally required limits for air quality.

Systems run reliably, even at high raw-gas loads, with economical maintenance intervals.

With high-performance coalescer filter technology, LGA oil mist separator units achieve high fractional efficiency of 99 percent with 0.5 Âľm particle diameter, and 100 percent with particle diameters greater than 0.7Âľm.

With such performance and proven service lives of up to two years in multishift operation, these nearly maintenance-free units pay back quickly.