El contrato Full Service de Kaeser es la garantía de confiabilidad y disponibilidad, eficiencia y buen mantenimiento durante toda la vida útil de los equipos.
De grupos multinacionales a talleres artesanales inteligentes, de la producción de alimentos a la ingeniería aeroespacial: Nuestros clientes se benefician diariamente de la calidad, confiabilidad y rentabilidad óptimas del aire comprimido de Kaeser.
Experimente nuestra evolución, desde un taller de maquinaria hasta convertirnos en uno de los fabricantes de compresores de más éxito del mundo.
Designing an efficient blower system requires a balance of current demand and future capacity. This engineering guide provides a roadmap for system layout and component selection to ensure your new facility operates at peak efficiency from day one.
The 'sticker price' is only 10% of a blower's lifetime cost—the rest is energy and maintenance. This deep dive helps you calculate the true Total Cost of Ownership (TCO) so you can make a data-driven investment that saves your municipality money long-term.
Explore a custom-engineered blower enclosure designed for 24/7 aeration. This interactive tour shows how 4x FBS 660M blowers and SAM 4.0 work together to maintain precise dissolved oxygen levels while minimizing energy consumption.
Aeration is the single largest energy expense in wastewater treatment. This technical guide compares rotary lobe and screw blower technologies to help you select the most efficient system for your specific flow and pressure requirements.
Choosing the right blower technology is the most critical decision in wastewater plant design. In this video, we break down the differences between rotary lobe, rotary screw, and turbo blowers. Learn how to select the technology that offers the best isentropic efficiency for your specific aeration depth and flow requirements.
Not all air requirements are the same. Efficient treatment requires a tiered approach to air delivery:
Primary Aeration & Biological Treatment
Plant air demands can vary hourly and dramatically by season. Integral VFDs and onboard controllers, combined with high-efficiency blowers, provide a wide control range to satisfy plant demands under all conditions. Take your system to the next level with a SAM 4.0 Master Controller, which optimizes your blower station for efficiency and utilization while providing the data you need to best manage your station.
Plant Air & Instrumentation
Every modern facility relies on a "nerve center" of pneumatic actuators and sensors. We utilize compact screw compressors to provide dedicated, high-reliability control air. These units are built for continuous duty, ensuring that even if the primary aeration system fluctuates, your critical plant controls remain pressurized and responsive.
Use our interactive process map to discover the ideal blower and compressor configurations for every stage of treatment—from initial headworks to final solids handling.
Every plant has a unique footprint. Through our Custom Engineering (CES) team, we provide:
Get a technical consultation from the experts who understand both aeration and instrumentation air. Whether you are upgrading your main aeration basins or need a more reliable supply for your pneumatic control systems, Kaeser’s engineers provide the data and hardware to ensure your plant stays compliant.
By completing this form, you can request:
An Aeration Efficiency Audit: See how much energy a switch to screw or turbo blowers could save.
Instrument Air Assessment: Ensure your compressed air system provides the air quality your sensors demand.
Control System Integration: Learn how SAM 4.0 can bridge the gap between your blowers and your SCADA system.
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