A Desalter Transformer is specially designed to supply high-voltage electrical power to electrostatic desalting systems used in crude oil processing. Desalters are used to remove water and salt from crude oil before the refining process, improving crude oil quality and protecting refinery equipment from corrosion and operational damage. These transformers play a vital role in ensuring efficient electrostatic separation of impurities during oil processing.
Archit Electricals Pvt. Ltd. specializes in the design and manufacturing of reliable Desalter Transformers engineered for demanding oil and gas industry applications. Our transformers are designed using advanced engineering practices and high-quality materials to provide stable high-voltage output, efficient electrical performance, and long operational life in refinery and crude oil treatment facilities.
Our Desalter Transformers are manufactured as 100% reactance units with output voltage ranges typically from 12 kV to 25 kV and power ratings from 5 kVA to 60 kVA. The transformers are equipped with five output taps, enabling customers to optimize voltage levels according to crude oil properties such as conductivity, viscosity, and API gravity. This flexibility helps improve desalting efficiency and ensures effective removal of impurities.
The system can also supply a double half-wave DC output unit (positive and negative) designed for dehydration of refined oils with low conductivity. Robust construction, reliable insulation systems, and precision electrical design ensure dependable operation in harsh refinery environments.
Key Features of Desalter Transformer
Advantages of Desalter Transformer
Applications of Desalter Transformer
With decades of engineering expertise, Archit Electricals Pvt. Ltd. continues to deliver reliable Desalter Transformers designed for safe and efficient crude oil processing. Our transformers are engineered to provide stable high-voltage output, improved desalting performance, and dependable operation for refinery and oil processing applications.










