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See The DataStak Demo at Power-Gen!


Nationwide Boiler's newest innovative product - the DataStak Emissions and Efficiency Monitoring System - was highlighted in the latest issue of Today's Boiler Magazine. See the article here:

The DataStak provides boiler operators with information related to the emissions output and efficiency of their boiler systems. In today's marketplace, this data is not just something that most energy and facility engineers want to know, but many need to know this information for reporting purposes.

We designed the DataStak system to provide real-time, unified data at your fingertips, from one convenient, on-site source. It is more than just a combustion or NOx analyzer. The DataStak is a cost effective, packaged emissions and efficiency monitoring system with O2, NOx, CO, and CO2 measurements, in addition to real time boiler efficiency, fuel usage and carbon footprint calculations.

Representatives from Natiownide Boiler are in Las Vegas, NV this week for Power-Gen, the largest power generation event of the year. Experience the power of the DataStak, live and in-person at the show! Visit us at booth #6019 to learn how the DataStak can help you stay informed on how your boiler is performing.

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1 PPM NOx Achieved with Nationwide's CataStak SCR!

CataStak SCR System

Did you know that Nationwide Boiler's CataStak SCR system can reduce NOx emissions by as much as 99%? Recent source test results from a rental customer in the Central Valley of California prove just that!

Nationwide Boiler is currently renting a 70,000 lb/hr trailer-mounted package watertube boiler and CataStak SCR system to a tomato processing facility with strict emission limits of 5 ppm NOx. The source test was performed under normal season loads, in several 30 minute runs, and tested for NOx, CO and ammonia slip. Results show that the system emitted only 0.7 ppm NOx with 0.39 ppm ammonia slip! In addition to the superior NOx control that our system provides, low ammonia slip illustrates the effectiveness of our design related to the mixing of ammonia and NOx prior to the catalyst.

We are proud that our system can produce such extraordinary results and reduce our customer's emissions to meet the stringent and ever-changing air requirements. For more information, read our latest press release!

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What is NOx - And Why Control It?

We proudly promote the Nationwide Boiler CataStak™ Selective Catalytic Reduction (SCR) System for single-digit NOx emissions on package boilers and other fired equipment. Have you ever wondered exactly what NOx is, and, why reducing NOx emissions and your carbon footprint is important?  

NOx refers to nitrogen oxides. It is a generic term for a group of highly reactive gases containing oxygen and nitrogen in varying amounts. NOx forms when fuel is burned at high temperatures, like in a burner combustion process. Package boilers, fired heaters, gas turbines, heat recovery steam generators, and other fired equipment will produce varying levels of NOx, depending on the type of fuel, the burner construction and arrangement, and if any SCR technology is being used.

In short, reducing NOx emissions into the atmosphere will reduce a number of health and environmental hazards linked to the harmful pollutant. NOx has been linked to ground-level ozone, acid rain, water quality deterioration, global warming, and a number of significant respiratory issues.

The EPA and state air boards have been instrumental in the reduction of stack emissions since the 70’s, and Nationwide Boiler has been using and selling CataStak™ SCR systems to continue the trend. Check out this informative article for more detailed information on the harmful effects of NOx and how the EPA is working to control it.

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EPA Announces New Ozone Standard

Ground level ozone, which is created by combining the emissions of nitrogen oxides and volatile organic compounds in the presence of sunlight, can cause respiratory health issues and has been on the radar for decades. Since 1980, substantial progress has been made on ozone reduction and levels have fallen 33% while the economy continues to grow. Most recently, the Obama Administration and the Environmental Protection Agency (EPA) were evaluating the current ozone standard and proposed earlier this year a new decreased standard of 65 to 70 parts per billion (ppb). The current standard of 75 ppb was set in March of 2008, and some counties are still not in compliance.

The long awaited decision on the National Ambient Air Quality Standards was announced by the EPA yesterday, and the standard was reduced from 75 ppb to 70 ppb for ground-level ozone, produced by emissions released into the air from industrial plants, utilities, and vehicles. The EPA states that the public health benefits resulting from this new rule are an estimated annual savings of $2.9 to $5.9 billion in health care costs by 2025.

The EPA doesn’t expect states to comply to the new standard right away, and depending on the severity of the specific state’s ozone problem, the majority of states will have until between 2020 and 2025 to meet the standards. California, however, will have a longer period of time to comply, through 2037, due to its decades-long air pollution issues. Although fewer counties are in violation of the new standard than if they had lowered it to 65 ppb, 241 counties will be nonattainment for the 70 ppb standard, and it is estimated that 14 counties outside of California will not meet their deadlines.

States will be required to submit a state implementation plan (SIP) to the EPA for any designated nonattainment areas. The plans will outline how the State will attain and maintain the standard, and will contain control measures and strategies to reduce emissions. Plants that fall under the rule will likely be required to upgrade pollution equipment and monitoring systems to meet the new standard.

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