Direct Steam GAS GENERATORS
CES’ direct steam gas generators, or gas generators (GGs) for short, provide a safe, reliable method for blended steam and CO2 production.
Also known as direct contact steam generators, CES GGs consists of three main parts: a burner, attemperator, and associated feed and controls systems. The GG burner utilizes platelet technology to intimately mix gaseous fuel with oxygen in the presence of water for stable, efficient combustion. Multiple attemperation chambers inject water to cool the resulting superheated, high-pressure steam and CO2, producing additional steam and controlling combustion chemistry. The attemperation section is extremely compact, spanning only about 6.5 feet, but is adaptable for different applications. Associated water, oxidizer, and fuel feeder systems are designed for the specific fuel qualities targeted in your project.
You can learn more about CES' direct steam generation technology and some typical process configurations by downloading our brochure here.
4" Direct Steam Gas Generator
The GG400 uses a 4 inch internal diameter system design and is rated for 20 MWt when running on pipeline quality natural gas at typical pressures.
Specifications
Applications
Food-grade CO2 generation
Desalinization plants
Typical dimensions:
L40' x W11' x H11' in operational enclosure
Features
Fully sufficient minimum footprint module
Allen Bradley control system
Easy access maintenance system for full module or component replacement
24-hr full overhaul maintenance capability
12" Direct Steam Gas Generator
The GG1200 is a scaled version of the GG400 using a 12 inch internal diameter system rated for 200 MWt when running on pipeline quality natural gas at typical pressures.
Specifications
Applications
NGCC PCC
Desalinization plants
IGCC
Typical dimensions
L40' x W11' x H11' in operational enclosure
Features
Fully sufficient minimum footprint module
Allen Bradley control system
Easy access maintenance system for full module or component replacement
24-hr full overhaul maintenance capability