Hug Engineering

BENEFITS: 

• Global regulations & local air permit compliant ​
• Robust system even under severe operation conditions and dynamic load profile
• ​Full system for gas, Diesel and dual fuel engines up to 20MW​
• Utilities supply & plant layout optimized to fit large engines batteries up to GW scale

• Control architecture with nested FFWD/closed loops to precisely adjust urea injection under unstable operation conditions
• ROM catalyst which enables reductant over-injection or inadequate mixing & distribution without substantial NOx penalty​
• ​Equipment design to increase reductant injection rate of several times and fit tenths of cu.m3 of catalyst 

BENEFITS:

• Global regulations & local air permit compliant
• Prevention of any visual impact of engine exhaust
• Abatement of PM, HC, noise and exhaust opacity​
• Flexible regeneration temperature
• Friendly maintenace and safe operation 

TECHNICAL DESCRIPTION:

• Scalable system comprising multiple DPF cassettes to match power output and pressure drop
• Mechanical equipment with multi-sectional design resulting in packaging feasibility for customized and/or combined solutions​
• Selection of different ceramic and catalyst to achieve the appropriate performance for each individual application

BENEFITS:

• Maximize uptime and comply with emission regulations
• Ensure active monitoring on alarms​
• Collect operations related data to ensure fast diagnosis​
• Ensure availability of spare parts for maintenance operations​
• Forecast potential issue based on collected data and system operations​
• Reduce effort in generating report for emission authorities ​

TECHNICAL DESCRIPTION:

• Secured gateway connected to system to collect data and broadcast to Cloud (via 4G or another network)​
• Cloud platform hosting data and computation (predictive maintenance models), and also API to enable 3rd party integration​ 
• Web and mobile applications to access data, collaborate with the Hug Engineering team and for notifications​