Fire-resistant oil is a key component of the turbine electro-hydraulic control system. However, over time, fire-resistant oil will gradually age, mainly due to oxidation, water penetration, and particulate wear of metal parts inside the system. These problems together lead to increased oil acidity and increased conductivity, which in turn threaten the efficient and safe operation of the system. To meet this challenge, it is particularly important to regularly regenerate the fire-resistant oil using the ion resin acid removal filter EHT600508.

The core purpose of regular regeneration is to restore the original performance of the fire-resistant oil, effectively remove the acidic substances in the oil, curb the aging process, thereby extending the service life of the oil and reducing the frequency of replacement. This measure is crucial to maintaining the long-term stable operation of the system. It can not only prevent equipment failures caused by deterioration of oil quality, but also effectively resist the potential corrosion risk of acidic substances to precision components such as servo valves, ensuring the reliability and economy of the system.

During the regeneration process, the correct selection of the type and concentration of the regeneration agent (such as hydrochloric acid) is the basis, and it must be finely adjusted according to the resin model and the actual contamination of the oil, aiming to efficiently remove acid while avoiding unnecessary damage to the resin.

The forward flushing step after regeneration is indispensable. Its purpose is to completely remove the residual regenerant and its reaction products in the resin, ensure that the output fire-resistant oil is pure and pollution-free, and avoid the by-products of the regeneration process from flowing back into the system.

The water used in the regeneration process must be highly pure to avoid the introduction of new contaminants, because any impurities may affect the performance of the resin or contaminate the oil again.

Reasonable regeneration cycle control is extremely important. Frequent or excessive regeneration operations may reduce the service life of the resin. Therefore, the manufacturer’s guidance and recommendations should be followed.

In summary, the regular regeneration of fire-resistant oil using the ion resin acid removal filter EHT600508 is a maintenance strategy that is both technical and practical. It is not only related to the stable operation of the system, but also a comprehensive consideration of cost-effectiveness and safety. By following the above precautions, the advantages of this technology can be maximized to ensure the long-term, efficient and safe operation of the power system.

Yoyik supply multiple types of filters used in steam turbine and generator system:
activa oil filter 21FH1310-500.51-25 oil-return filter
filter press hydraulic power pack DQ8302GA10H3.5C plate filter
10 micron stainless steel filter mesh HC9404FCT13H governor filter
oil and oil filter deals ZTJ300-00-07 actuator working filter
element oil filter price HQ25.10Z-1 turbine EH oil system filter
ss filter cartridge LY-38/25W Element Oil filter
creta oil filter LY-38/25W-33 filter
hydraulic filter kit DP930EA150V/-W regeneration secondary filter
oil filter remover PA810-001D regeneration device filter
5 micron filter element TFX-400*100 Electric control cabinet
turbine oil filter RLFDW/HC1300CAS50V02 High pressure filter
cross reference hydraulic filter AP3E301-02D01V/-F Oil filter
filter pressure hydraulic housing DR405EA03V/-F EH oil-return working filter
hydraulic oil filtration machine DRF-8001SA third regeneration filter
oil filter wrench HQ25.300.16Z cation filter
hydraulic suction line filter HTGY300B.6 pressure oil-return filter
oil filter dimensions chart DP301EA10V/W Coalescence Filter
hydraulic suction filter AP6E602-01D10V/-W EH oil system oil filter
hydraulic oil filter unit TLX*268A/20 jacking oil pump suction filter
industrial filtration solutions DZJ Jacking oil system filter element