The CiBAS (Concentric, Integral By pass and silencing) WHRU combines the helical coil heat exchanger, exhaust gas control (Damper) value & silencer into a single module which is delivered complete, cold commissioned and ready for installation in just one day. CiBAS Technology is specifically designed to save weight, space and increase thermal efficiency.
Waste Heat Recovery Systems
The most Compact, Lightweight and cost effective way of recovering heat from your gas turbine exhaust.
CiBAS simple design allows it to be utilized in:
- New Developments
- Upgrades
- Retrofits
- Modifications
For retrofits and upgrades, to minimise time and cost, and to accommodate the clients offshore crane limits, the CiBAS unit can be shipped and lifted in modular sections. Due to the inherent simplicity of its design,CiBAS ensures rapid installation, hook-up and deployment.
With the introduction of the patented and unique CiBAS Technology, we togetherwith our partner Citechhave incorporated the benefits of a high efficiency concentric helical heat exchanger into a cylindrical casing, developed from years of Fired Heater experience Together with a wealth of knowledge of the offshore industry; we have created a concept aimed at providing leading edge innovation.
The Unique advantage of CiBAS
Low weight and low centre of gravity
Single moving part – high reliability low maintenance
Requires minimal support steel work
Integral fail-to-safe bypass sleeve
Linear gas flow through the unit confirmed by extensive CFD modelling
Low wind resistance
Single lift installation
Cold commissioning at factory
Current CiBAS range covers exhaust gas flow up to 130 Kg/s
Up to 50% smaller footprint
Integral high efficiency heat exchanger
Integral silencer
Each unit is designed for individual customer needs
Suitable for new builds and retrofits
Proven technology (over 70 CiBAS Units installed)
Damper sealing efficiency remains consistent throughout unit life
Atex complaint, Cold case design (outer case < 650c)
Atex complaint, Cold case design (outer case < 650c)