HYDRO POWER EQUIPMENT

4,20,000

HYDRO POWER EQUIPMENT

Type of Equipment

ASHOKA specializes in manufacturing custom made process machinery for various types of HYDRO POWER plants. All equipment is fabricated, accurately machined, assembled and in some cases trial run prior to dispatch in accordance with detailed designs supplied by the Client. The following are some of the equipment regularly manufactured by us:
• Turbines- Pelton, Kaplan and Francis
• Spiral casings, upper castings
• Closing weights
• Butterfly valves
• Wicked gates
• Upper housings
• Draft Tubes

Materials

Various grades of steels as per national and international standard are used for equipment fabrication. All plates and sections are of tested quality from well recognized suppliers including European suppliers.
Some of the common grades of steels used are--
• IS 2062 Grade A/B/C
• IS 2002 Grade I/II/III Boiler Quality
• ASME SA 516 Grade 60/65/70
• STM A 516 Grade 60/65/70

Rolling Capacity

Upto 100 mm Th x 3500mm L on 3 roller rolling machine

Welding Technique

• SMAW, Submerged metal Arc (SAW), MIG, TIG
• 2 mm to 8 mm electrodes

Welder Qualification

WPS Qualified (attested and approved by third party inspection agency)

Weld tests

• Radiography
• Ultrasonic testing
• Bend testing
• 100% on weld joints

Lifting Capacity

• Overhead hook cranes upto 75 MT lifting capacity
• 2 Bays with 75 MT, 1 bay with 25 MT

Dynamic Balancing

Up to 2500 mm diameter

Sand Blasting

Chamber size of 7000 mm x 7000 mm

Stress Relieving

Furnace size of 4000 mm x 8000 mm

Frequently Asked Questions

We primarily serve the oil & gas, energy, and resource extraction industries. Our expertise spans exploration, offshore drilling, processing management, and asset maintenance, making us a comprehensive partner for end-to-end operations.

We follow strict international safety standards, implement advanced monitoring systems, and conduct regular risk assessments. Our teams are trained in emergency response and operational best practices to ensure safe and efficient drilling in complex environments.

We utilize modern tools such as seismic imaging, geological modeling, and data analytics to assess site viability and resource potential. These technologies help us make informed decisions and optimize development strategies.

We enhance efficiency by optimizing system design, integrating automation, and continuously monitoring performance. This allows us to increase output, reduce waste, and maintain consistent product quality while adhering to safety standards.

Our services include preventive and predictive maintenance, real-time equipment monitoring, inspections, and lifecycle management. These measures help reduce downtime, extend asset life, and ensure reliable long-term operations.

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