Services
Contact Information
Global NMI LocationsNalco.com
Nalco Mobotec Global
1601 W. Diehl Rd.
Naperville, IL 60563
USA
E-Mail us at:
nalcomobotec@nalco.com
Field Services
Nalco has been servicing boilers for eight decades and providing significant cost savings, asset preservation, and increased plant reliability and safety to customers. Nalco has partnered with power plants globally to develop cost-effective solutions to the industry’s most challenging problems. Our Essential Expertise™ in combustion and power generation ensures reliable performance improvement and balance of plant. Nalco has a strong history of world-class safety at customer sites, earning recognition as one of the EHS Magazine America’s Safest Companies of 2011, among other notable awards.
Nalco Mobotec field engineering services offers a wide range of capabilities for all power and industrial plant needs. We strive to provide the highest level of service to our customers and have an in depth understanding of the complexity of issues that plants are faced with today. Our in depth experience from power generation to process industries is the foundation of our expertise in the industry of steam generation.
Nalco Mobotec field services include:
• Combustion & performance optimization
• Burner/OFA tuning
• WFGD optimization
• SNCR tuning
• Soot blowing optimization
• Upgrade and replacement part recommendation
• Engineering & system optimization studies
• Feasibility studies
• Controls integration/consultation
• Work Practice Standard Programs
Combustion and Performance Optimization
Nalco Mobotec has been an industry leader in providing air protection services. Maintaining optimum combustion and boiler performance increases not only overall boiler efficiency but also conserves fuel and maintains low emissions rates which is a direct result in overall savings. As the emissions regulations require additional equipment and technologies the flexibility of boiler operation decreases.
Soot blowing Optimization
Nalco Mobotec can optimize your existing soot blowing system for increased performance. Whether the issue is excessive slagging, high steam temperatures, low steam temperatures, high furnace exit gas temperatures, or excessive tube erosion Nalco Mobotec can perform a detailed analysis of your existing system and recommend a solution to your existing problem.
SNCR Tuning
Nalco Mobotec provides one of the best SNCR systems in the industry and our field service staff is well versed in not only our systems but also competitors system. Whether the issue is purely reliability based or performance based we can provide a full condition assessment and optimization of your current SNCR system. Many times we can upgrade existing SNCR’s to provide better control, performance, and reliability or we can simply optimize the current system for maximum NOx reduction. Poor system design can cause tube leaks, pendant corrosion, excessive ammonia slip, and poor NOx reduction performance. Nalco Mobotec is comprised of not only a field service group but also a comprehensive Research/Technology department and design engineering group capable of solving the toughest problems. NOx reduction via chemical injection using urea or an ammonia takes specific knowledge of droplet size, furnace mixing (penetration/coverage), temperature, gas velocities, and chemical processes to make a system perform at its best. Over the course of time a plant can unknowingly change combustion characteristics within the furnace without knowing it. The most significant of these changes is fuel quality which impacts pulverizer performance, air requirements, burner performance and finally emission levels. Equipment wear accounts for another subtle change within the system. All of these affect the combustion within the furnace whether it’s shifting temperature zones within the furnace, excessive CO, slag buildup, furnace gas velocities, and higher NOx formation. These factors all affect the performance capability, chemical utilization, and reliability of a SNCR. Annual tune-ups are recommended to ensure that maximum performance and chemical utilization of these systems are maintained.


