Chemicals & Fertilisers

Reliability and safety for continuous chemical processing under high pressure, temperature and corrosive conditions.

Built to perform in corrosive and critical conditions

The fertiliser industry involves continuous chemical processing under extreme conditions, making the reliability of rotating equipment critical. Our gearboxes are engineered to withstand aggressive environments of ammonia, urea and other reactive chemicals.

Fertiliser plant, high-speed processing

High-speed gearboxes

Precision-engineered to support synthesis gas compressors and turbomachinery in demanding, energy-intensive production environments.

  1. Steam turbine drives

    Commonly used for driving compressors and generators, these gearboxes handle high rotational speeds and thermal stresses in energy-intensive processes.

  2. Gas turbine drives

    Used in large complexes for mechanical drive or power generation, managing high input speeds and variable loads.

  3. Process gas compressors

    Core components in ammonia and urea production (synthesis gas, CO2). Designed for precision, low vibration and stable operation under high pressure.

  4. Process & circulation pumps

    Handle critical fluids such as ammonia and carbamate with leakproof sealing and high corrosion resistance.

Fertiliser plant, heavy duty downstream processing

Low-speed / high-torque gearboxes

Rugged and efficient drive solutions designed for chemical reactors, granulators and downstream process equipment.

  1. Reactor agitators

    Critical applications in ammonia and urea reactors. Handle high torque and significant axial and radial loads with leakproof sealing.

  2. Granulators / mixers

    Designed for moderate-to-high torque and uniform mixing performance under abrasive and chemical conditions.

  3. Cooling & crystallisation

    Used in downstream processing, requiring reliable operation, corrosion resistance and stable low-speed performance.

Gearboxes in the fertiliser industry are mission-critical components designed to operate in highly corrosive and high-pressure environments. Their design emphasises precision, durability and chemical resistance for safe and efficient plant operation that complies with stringent industry standards.