Refineries Reactor Turnaround Services

GASCO Engineering provides industry-leading expertise in refineries services for reactor turnaround.

Nitrogen Gas with-low dew Point – and Liquid nitrogen for safer, faster cooldown.

Hydrotreaters, hydrocrackers, sulphur recovery units, and Refineries reaction vessels can take days or weeks to cool down from their extremely high operating temperatures.

During the removal of catalysts or maintenance shut down, Gasco provides all the necessary Nitrogen Systems to safely accelerate the cooling process to maintain the Safe environment and assets with our catalyst and reactor cooling services.

Cooling and confined space entry work is inherently dangerous subsequently, we offer our systems assures the relation between confined space temperature and the Nitrogen displacement ratio.

Catalyst and reactor cooling project undergoes a job safety analysis and detailed communications with user’s management and HSE representatives.

Nitrogen flow and temperature is automatically monitored and controlled for an optimal cooling rate.

From GASCO’s experience with Kuwait’s refineries efficiency is key eliminate the risk of hazardous and safe downtime, subsequently we act fast, efficient reactor turnarounds with a comprehensive service availability and capabilities.

Supply and Delivery: Providing nitrogen gas in different forms, such as liquid phase injection with static equipment up to Pressure of 60 Bar and flow up to 3800 scfm or compressed gas with static equipment up to 200 Bar delivered directly to customer sites using Gasco’s special designed field equipment.
On-Site Production: Installing and maintaining Nitrogen generators at customer locations to ensure a continuous and reliable supply.
Storage Solutions: Offering storage facility and systems to safely store Nitrogen gas at customer facilities.
Quality Assurance: Ensuring the purity and quality of nitrogen gas meet industry standards and specific customer requirements.
Technical Support: Providing expert technical support and consultation to optimize the use of nitrogen gas in various applications.