Penn State Harrisburg wanted to transition from steam to hydronic boilers with the option to keep adding capacity. They selected ClearFire-LC boilers and realized an increase of 10% inefficiency and is saving between a penny to a penny-and-a-half per square foot.
Are you interested in learning more about alternative fuel projects, particularly green steam? This white paper will discuss the importance of understanding how hydrogen firing affects duct burners and Heat Recovery Steam Generator (HRSG) design, performance, and emissions.
Brigham Young University-Idaho replaced its coal boilers with two watertube boilers and a firetube boiler for a 10% efficiency increase, 17% cost decrease and reduction in NOx emissions. It also added an HRSG to pursue independence from the local grid and now maintains power during grid outages.
The CFC-E is up to 99% efficient due to its high-mass firetube construction with TurboFer technology. It is simple to install and integrate into a system due to its robust, low flow tolerant design. The burner design and controls offer future-proof fuel flexibility that can support renewable natural gas and up to 20% volumetric mix hydrogen-natural gas blends.
The CBEX boiler is the most efficient firetube boiler on the market today. It achieves 10:1 turndown while maintaining 3% 02 across the full operating range and meets sub-5 ppm NOx without SCR.
Electric boilers are 100% local emission-free, ideal for meeting decarbonization goals. Compact and quiet, electric boilers provide nearly 100% efficiency at all operating points.
Capable of less than 5 ppm NOx emissions with FGR, the ProFire SBR-5 series features a unique firing head design to achieve controlled combustion leading to ultra-low emissions with 3% O2.
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For supplemental and/or fresh-air fired applications, our heat recovery steam generator features a Natcom duct burner and proprietary controls system for the highest efficiency and lowest emissions possible.
Our line of Natcom custom-engineered burner systems is designed to meet the most aggressive emission reduction goals and perform to the highest possible efficiency level.
We offer custom waste heat boilers in single or two-pass designs that recover wasted energy for increased energy efficiency and lower operational costs.
Prometha® enables operators to gain visibility into their boiler system from anywhere and generates trend reports to help increase system reliability, efficiency, safety and sustainability.
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Our Boiler Plant Optimization (BPO) program uses a variety of methodologies to create a successful roadmap to improve and address any site-specific issues.