Highly trained Engineer's team Fast, accurate test reporting, Quick response & nationwide service, Commitment to safety and quality ,Compliance with IS / IEC / OEM standards.

Transformer Oil Filtration Service
Reliable On-site Transformer ,Reactor, CT ,CVT Fileration service
₹5.00₹4.00
12 KLPH Transformer Oil Filtration Service
APN ELECTROTECH Engineering Service offers high-capacity 12 KLPH (12,000 Liters Per Hour) Transformer Oil Filtration & Purification Service to improve insulating oil quality and ensure safe, reliable operation of power and distribution transformers.
Our service is executed using advanced vacuum dehydration and degassing oil filtration machines, suitable for EHV, HV, and large-capacity transformers across substations and industrial plants.
Service Description
The 12 KLPH Transformer Oil Filtration Service removes moisture, dissolved gases, sludge, acidity, and solid contaminants from transformer oil. The process restores oil dielectric strength and improves insulation health, helping extend transformer life and prevent costly failures.
Filtration can be carried out on-load or off-load, depending on site conditions and transformer requirements.
Key Features
High Filtration Capacity: 12,000 LPH continuous oil purification
Vacuum Dehydration System for deep moisture removal (PPM level)
Degassing & De-aeration to improve BDV and insulation strength
Multi-stage Fine Filtration for sludge and particle removal
On-site Service with minimum downtime
Scope of Work
Transformer oil dehydration and degassing
Improvement of Breakdown Voltage (BDV)
Removal of moisture, carbon particles, oxidation by-products
Oil circulation through transformer windings
Oil testing before and after filtration
Service execution as per IEC / IS standards
Applications
Power & Distribution Transformers
EHV / HV Substations
Industrial & Utility Transformers
Solar, Wind & Thermal Power Plants
Oil & Gas, Cement, Steel & Heavy Industries
Benefits
Enhances transformer insulation reliability
Extends transformer service life
Reduces risk of internal faults and breakdowns
Lowers maintenance cost and downtime
Ensures safe and efficient power operation
