INDUSTRY

Fertilizer Industry Solutions

Engineered for Safety, Reliability & Performance in Demanding Process Conditions

Alis Valves manufactures high-performance industrial valves for the fertilizer industry, Fertilizer Industry Valves Manufacturer engineered to handle corrosive chemicals, aggressive process fluids, slurry, steam, ammonia, urea, phosphoric acid, nitric acid, and high-pressure applications. Our comprehensive range of ball valves, butterfly valves, gate valves, globe valves, check valves, control valves, diaphragm valves, pneumatic actuated valves, and electric actuated valves provides safe, reliable, and efficient flow control for fertilizer manufacturing plants and chemical processing facilities. Designed to international standards, our valves ensure long service life, leak-free performance, and maximum plant reliability.

Corrosion Resistant Materials

High Pressure Performance

Leak-Free Sealing

Continuous Plant Reliability

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Process Solutions & Applications

Application & Process Areas

Engineered valve packages, automated assemblies, and specialized flow control systems designed for critical operating units.

Automated Valve Packages

Factory-assembled valve packages with pneumatic or electric actuators, accessories, and control components for reliable and efficient process automation.

Severe-Service & Control Valves

Engineered control and isolation valves for high-pressure, high-temperature, abrasive, and corrosive process conditions across demanding industrial applications.

Emergency Shutdown (ESD) Systems

Safety-focused emergency shutdown valve assemblies with suitable fail-safe actuation and control interfaces to support rapid process isolation in critical applications.

Why ALIS Valves for Fertilizer?

Designed according to API, ASME, ISO & international standards
Excellent resistance to corrosive chemicals and fertilizers
Suitable for ammonia, urea, phosphoric acid, nitric acid, and sulfuric acid services
Available in stainless steel, duplex, Hastelloy, PTFE & PFA lined materials
Compatible with pneumatic and electric automation systems
Low maintenance with long operational life
Global supply capability with technical engineering support

Typical Applications

Ammonia Plants
Urea Production Units
NPK Fertilizer Plants
Phosphoric Acid Plants
Nitric Acid Plants
Sulfuric Acid Plants
Chemical Dosing Systems
Slurry Transfer Systems
Steam Distribution
Process Water Systems
Storage Tank Isolation
Process Flow Control

Built for Demanding Conditions

Pressure Rating

Up to Class 2500 (ASME B16.34)

Temperature Range

-196°C to +650°C

Size Range

1/2" to 20"
DN 15 to DN 500

End Connections

Flanged, Wafer, Lug, Threaded, Butt Weld, Socket Weld

Materials

WCB, CF8, CF8M, SS304, SS316, Duplex, Super Duplex, Hastelloy, Monel, PTFE Lined, PFA Lined

Standards

API 6D, API 608, API 609, API 598, ASME B16.34, ANSI, DIN, BS, ISO, NACE MR0175

Got Questions?

Frequently Asked Questions

Common questions about valve selection, specifications, and certifications for this industry.

Which industrial valves are used in fertilizer manufacturing plants?

Ball valves, gate valves, globe valves, check valves and control valves may be used in fertilizer plants. Selection depends on the process medium, operating pressure, temperature, chemical properties and whether isolation or flow regulation is required.

Which valves are suitable for ammonia and urea production processes?

Valve selection depends on the specific process, fluid composition, pressure, temperature and material compatibility. Suitable ball, gate, globe or control valve designs may be considered after checking the process specifications and applicable material requirements.

How do I select valves for corrosive chemicals in fertilizer plants?

Identify the chemical composition, concentration, operating temperature and pressure before selecting a valve. The body, trim, seat, seals and any lining must be compatible with the actual process conditions and chemical-service requirements.

Which valves are suitable for high-pressure ammonia applications?

Select valves specifically rated for the design pressure, temperature and ammonia service conditions. Verify material compatibility, pressure-temperature ratings, sealing performance, applicable standards and project-specific safety requirements before finalizing the valve.

Which valves are used in steam and condensate systems in fertilizer plants?

Gate valves, globe valves and check valves may be considered for suitable steam and condensate applications. Selection depends on pressure, temperature, flow requirements, condensate conditions and the valve's pressure-temperature rating.

How do I choose the right control valve for fertilizer process applications?

Consider the required flow rate, upstream and downstream pressures, temperature, process-fluid properties and control accuracy. Correct valve sizing, suitable trim selection and compatible materials are important for reliable process control.

Can pneumatic and electric actuated valves be used in fertilizer plant automation?

Yes. Pneumatic and electric actuated valves can support remote operation and automated process control. Selection should consider valve torque, operating frequency, power or air supply, control signals, environmental conditions and any required hazardous-area approvals.

How can valve leakage and corrosion be minimized in fertilizer production plants?

Select valves with materials and sealing arrangements suitable for the actual process medium, pressure and temperature. Correct installation, appropriate operation, preventive maintenance and inspection can help reduce leakage and corrosion-related failures.

Which factors are important when selecting valves for fertilizer slurry and solid-handling applications?

Consider the slurry composition, solids concentration, particle size, abrasiveness, operating pressure and required sealing performance. Valve design and materials should be suitable for the specific medium and expected wear conditions.

What should I check before specifying valves for urea and other chemical process lines?

Confirm the exact process fluid, concentration, design pressure, temperature, material compatibility, sealing requirements and applicable project specifications. Some chemical services require specific material restrictions, so suitability should be verified against the process datasheet and manufacturer's technical documentation.

Other Industries We Serve

Oil & Gas

Cement

HVAC