Optimizing the Performance of Air Pollution Control Equipment
Neundorfer has an unsurpassed offering of innovative technical services, products and strategies to optimize the performance of air pollution control equipment. Our cross-discipline, goal-directed, analytic approach to solving customer problems consistently delivers results. Our over 40 years' experience combined with our unique approach allows us to deliver the lowest cost, highest benefit outcomes.
Everything we do is focused on creating value for our customers, and it is our passion to constantly improve ourselves for that benefit. We are committed to learning from our customers and from each other. This knowledge-based approach enables us to continuously increase the quality of our work and the benefits you receive.
Our Capabilities Include:
What Are Your Challenges?
For more than 40 years, the Neundorfer team has been dedicated to improving the performance of our customers' pollution control systems. Even as changes in the market and changing emissions regulations have altered the type of support our customers need, we have adapted in order to address our customers' evolving situations. Today, we support our customers by maintaining continuous compliance, planning for production flexibility, ensuring reliable equipment, all while reducing costs.
New emissions standards are pushing plant owners and operators to do more with less, in shorter and shorter timeframes. This can prove to be difficult, especially considering the interrelationships between the different air pollution control equipment and sorbents being used today. Neundorfer is able to review where you are in terms of meeting compliance regulations, identify the major threats to your continued compliance and model performance improvements and their associated costs to ensure that the approach you take meets your goals. We are also able to support you in the selection of sorbent additives, model performance impacts and optimize the use of these systems. All of this is supported by our analytical process and software systems.
Plant owners and operators are realizing that the operating expenses of their air pollution control systems are adding an unforeseen burden to their operating budgets. Our process has supported many customers in achieving the performance required from these systems while improving their economic vitality. We have found that using a holistic approach to air pollution control equipment leads to the most cost-effective, impactful improvements to equipment operations, reliability and performance. Typically, even the largest challenges can be resolved without high-cost, big-box solutions.
Plant and equipment operating requirements are changing significantly to meet the needs of new market conditions, straining critical systems. Shorter runtimes, load swings and production increases should not be hindered by back-end equipment. We have worked with customers to improve the performance of equipment on the back-end to facilitate production increases, to enable start-up and shut-down without incidences and, most importantly, to plan ahead when making incremental improvements so future needs can be met with smaller investments. Let Neundorfer help you meet these challenges while operating efficiently, profitably and safely.
Effective equipment optimization and maintenance results in minimizing downtime, extending equipment life, reducing energy consumption and other operating costs, and optimizing performance. When we are troubleshooting performance issues following an outage, we welcome the opportunity to get inside and document performance-hindering conditions and reliability concerns. Sometimes, plants may end up combining tight operating windows and stretched budgets into a recipe for skipped maintenance routines. However, using operating data, experiential knowledge and a focus on production requirements, a performance-based maintenance process can be created to take advantage of even short outages. Contact us to see how Neundorfer can help you create and implement performance-based maintenance and operating strategies.