Process engineers managing ammonia synthesis plants and olefin cracking units consistently grapple with dual operational challenges in their steam generation systems. Operational logs indicate fuel consumption for process steam accounts for 38-42% of total energy expenditures in typical petrochemical complexes, while continuous emission monitoring systems (CEMS) routinely detect NOx concentrations exceeding EPA Clean Air Act standards by 15-20% during catalyst regeneration cycles.
As early as 2000, we recognized this issue. A perfect steam boiler should do more than just produce steam. More importantly, it should offer high-quality steam, operate stably, be energy-efficient, consume less fuel, and meet environmental standards.
Next, I will explain our solution in detail.
In people’s daily life, it is inevitable to produce a large amount of garbage. If this garbage is not effectively disposed of, it will greatly affect people’s daily living environment and even pose a threat to people’s health. At present, incineration is the main solution to dispose of garbage, but in the process of incinerating garbage, in addition to causing secondary environmental pollution, it will also cause waste of resources and energy. Therefore, in waste disposal, waste incineration can be used to generate electricity.
Every city has a corresponding garbage treatment plant, which uses incinerators and other equipment to deal with a large amount of garbage generated from the operation of surrounding towns. To move equipment such as waste incinerators, a large amount of kinetic energy is required. Steam boilers can use the large amount of steam generated as kinetic energy to drive the normal operation of such equipment.
The purpose of electroplating is to coat the substrate with a metal coating to achieve the purpose of changing the surface properties or dimensions of the substrate. There are various types of electroplating, including copper plating, nickel plating, gold plating, palladium-nickel plating, tin-lead plating, silver plating, etc. Different forms of electroplating correspond to different processes, but these processes have one thing in common, that is precise manufacturing and rigorous precision.