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UREA TO AMMONIA

In a water-based solution, urea undergoes hydrolysis to produce ammonia (NH3). Our URA process converts safe and nontoxic urea to an ammonia product gas as needed to meet plant process demands  for denox operation in the field of air quality control.

WORKING PRINCIPLE

Ammonia is typically used as a chemical agent for the reduction of nitrous oxide emissions (NOx). Anhydrous ammonia is a highly toxic chemical , which is typically stored in pressure vessels  as a liquified-gas.  There are significant risks and liability associated with its transport, unloading, and bulk storage.  The way to solve this risk is to converts safe and non toxic urea to an ammonia product gas as needed to meet plant process demands - the safe alternative  to hazardous transport and bulk storage of  anhydrous and aqueous ammonia.


(NH2)2CO + H2O=CO2↑+ 2NH3↑                          


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MAIN DESIGN FEATURES

  • Complete Conversion of Urea to Ammonia

  • Catalyst-free Operation

  • No Natural Gas Needed

  • No Vaporizer Nozzles to avoid plugging

  • DCS Integration and Simple Process Control

  • Skid Mounted - Modular Equipment

  • High Reliability

  • Quick Response to Load Variations

  • No SCR Catalyst Contamination

  • Lower Operating Costs (vs Aqueous Ammonia)

  • Single hydrolyzer serving multiple points of use

  • Complete validation documents for pressure vessel

PROCESS

Selective Catalytic Reduction (SCR)

Selective Non-Catalytic Reduction (SNCR)

Flue Gas Conditioning

Acid Mist Mitigation

Scrubbers

INDUSTRY

  • Industrial Applications

  • Power Generation

  • Cogen Facilities

  • Universities

  • Hospitals

  • Refineries

  • Waste to Energy/ Biomass

  • Cement Plants

  • Boilers - Incinerators

  • Pulp & Paper

  • Mining

  • Waste Water

APPLICATION FIELDS

DOWNLOADS

DOWNLOADS

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HIGH IMPACT POLYSTYRENE

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HIPS (High Impact Polystyrene), also known as PS (Polystyrene), is an amorphous thermoplastic material, used in lower heat applications. It is categorized as a standard material, and offers ease of processing, high impact strength, and stiffness.

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PEWAX REFINERY PLANT

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Currently, there are three main methods for the production of polyethylene wax.

 First,  by polymerization.

Second, by degradation of high polymers. 

Third, by separation from byproduct in the synthesis process of polyethylene,

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