AERaudit makes the savings potential of wastewater treatment plants transparent Produce with improved energy efficiency and remain competitive with AERZEN 07.05.2018 Load operation in wastewater treatment plants is subject to considerable fluctuations. Collection and subsequent evaluation of the operating data from a blower station with the high-precision methods of AERaudit delivers actionable results on the current utilisation and efficiency, and informs how it can be designed to run much more efficiently in the future. With AERaudit, AERZEN determines the exact load requirements of wastewater treatment plants.AERaudit is an innovative service developed exclusively by AERZEN to improve the energy efficiency of wastewater treatment plants. Municipalities in particular need to make savings wherever possible, and wastewater treatment plants are often their biggest energy consumers. 60 to 80 percent of the total energy requirement of a wastewater treatment plant is generated in the field of biological aeration. As an analysis specialist, AERZEN is a competent partner for running energy checks, and undertaking meaningful analysis in order to optimise energy consumption by blower stations.The basis for a process and energyefficient clarification plant is inventory analyses and evaluation of the current operating data. Here, the actual load requirement must be determined and the savings potential demonstrated. In three steps AERaudit can derive the most economical and future-oriented plant configuration.The AERaudit service is a component of Water 4.0, a forward-looking process orientation in water management. As one of the market leaders in wastewater technology, AERZEN accompanies its customers on their journey towards Water 4.0 with the holistic concept AERwater, which includes solutions for digitalisation, automation and resource efficiency. AERaudit provides the data basis.Three steps to transparency1. On-site measurement: the AERZEN service team brings transparency to the key figures of your blower station. A mobile measuring station records the relevant data in your ventilation system. Volume flow, system pressure, temperature and kW output are measured live and recorded in the form of load profiles. 2. Analysis: evaluation of the recorded data is carried out carefully and in detail at AERZEN headquarters – every low and peak load, no matter how small, is registered. Based on the results, AERZEN experts then develop one or more solutions tailored to customer requirements that are as efficient as possible. 3. Report: all data of your blower station is displayed in detail and transparently. Temperatures, load profiles and energy consumption are visualised and explained in detail in the form of diagrams. We will also show you your customised Performance3 solution with the ideal machine configuration. In addition, what the saving potential of energy or CO2 is and which amortisation times can be achieved. Contact person: Markus Leidinger, Application SpecialistWastewater Technologymobile: +49 175 9335602e-mail: markus.leidinger@aerzen.de
25.05.2015 - AERZEN Rotary displacement blowers AERZEN is a leading global manufacturer of special vacuum rotary displacement blowers. In our range you will find solutions for the generation of vacuum in one stage or in two stages. The large range includes a wide variety of design models and offers the optimum solution for every application. Daugiau informacijos
14.05.2015 - The correct plant for each application Aerzen has been supplying blowers and compressors for the process gas and refrigeration industry for over 60 years. The high quality and highly energy-efficient solutions of the company are impressive, not least due to a long service life which in some cases is more than 30 years. The design and... Daugiau informacijos
17.04.2015 - New addition for the rotary lobe compressor series Delta Hybrid Since the successful introduction of the Delta Hybrid series the scope of the innovative rotary lobe compressor series has increased steadily. With 16 sizes in all, the Delta Hybrid units now cover intake volume flows of between 110 m³/h and 9,000 m³/h and overpressures up to 1,500 mbar. Beside the... Daugiau informacijos