Industrial Projects
Examples of successful and complex projects executed with global standards and advanced technologies
Pillow Plate Heat Exchanger
"A pillow plate heat exchanger, when applied as a methanol synthesis reactor, is an innovative design that integrates reaction and heat exchange into a single, compact unit . In this setup, the synthesis gas flows through the spaces between the pillow plates which are filled with catalyst, while a cooling fluid circulates inside the plates' internal channels to manage the highly exothermic methanol reaction"
Technical Features
- Corrosion-resistant design with premium materials
- Capable of withstanding pressures up to 60 bar and temperatures of 400°C
- 35% higher energy efficiency compared to standard exchangers
- 20% reduction in maintenance costs
- Service life over 15 years with 5-year warranty
Technologies Used
Ammonia Synthesis Reactor
"Kellogg's horizontal converters feature multiple, shallow "slab-flow" catalyst beds arranged in a removable cartridge. This configuration offers a very low pressure drop and ensures that all the synthesis gas passes through the catalyst beds, maximizing conversion efficiency . A key characteristic of these designs is the use of internal heat exchangers, often between the catalyst beds, to cool the reaction gas and manage the exothermic heat of the ammonia synthesis reaction without the need for a gas quench."
Technical Features
- Multi-purpose design for production of 1500 tons of ammonia per day
- Advanced control system with real-time monitoring capability
- 40% higher catalyst efficiency than conventional designs
- 25% reduction in energy consumption in production process
- Heat recovery system for energy consumption optimization
Technologies Used
Dust Scrubber Bed Cooler
Design and installation of specialized dust scrubber bed cooling systems for urea production facilities, ensuring efficient dust control and optimal cooling performance.
Technical Features
- Modular design for quick installation and commissioning
- Particle removal efficiency up to 99.5% for particles above 5 microns
- 30% reduction in water consumption with recovery system
- Capable of operating in temperature conditions up to 250°C
- Corrosion-resistant design with special coatings
Technologies Used
Under Development
This page is currently being updated and completed. More projects will be added soon.
For more information about our projects, please contact our sales and marketing team.