Sewage plants - Import export

SYSTEM SOLUTIONS FOR SEWAGE SLUDGE DIGESTION In the municipal sector, the focus is on the production of biogas from sewage sludge. The aim is to make the energy potential of the primary and secondary sludge from anaerobic sludge digestion usable. On the one hand heat and electrical power is obtained for operation of the sewage plant. On the other hand, the sludge is conditioned so that the other aerobic process stages can run more efficiently and thus more cost effectively. The Lipp KomBio reactor has established itself as an ideal solution in the municipal sector due to its construction and long service life and has been successfully installed in hundreds of plants at home and abroad. Thanks to the application of the SBR process in our digesters, and the tank geometry and construction, it is possible to make optimum use of the low energy potential of the sewage sludge and operate sewage sludge digestion economically.

Microwave measurement device, Continuous In Line measurement of dry matter The measurement is contactless, the measured values of the %, %H2O,%TS, Bx, g/cm3, g/l or mg/l content are available as digital and analogue values. The HK2 is applicable in different industries like sugar, sewage plant and building material industry. Because of further increasing quality requirements after ISO and EU standards, the industries have an enhanced demand for improved quality control, standardization and InLinetrend observation.

BIOGAS FOR INDUSTRY, MUNICIPALITIES AND AGRICULTURE In addition to tank construction, LIPP built the first biogas plant in Germany in the 70’s. Furthermore, LIPP was one of the first companies to develop and sell small biogas plants in the early 80’s. By steady advancements in production technology and the materials used, as well as extensive experience in process engineering LIPP has installed in collaboration with its partners, hundreds of biogas plants in Germany and worldwide. The majority of these projects are still in operation and ensure proof of the high quality and the technical and economic performance of Lipp’s system solutions. LIPP provide system solutions for biogas production in the following areas APPLICATIONS anaerobic wastewater treatment plants waste fermentation plants sewage sludge digestion agricultural biogas plants

SYSTEM FOR THE COST EFFECTIVE REFURBISHING OR VOLUME EXPANSION OF CONTAINERS OR TANKS Changing conditions, material wear, a change to the filling medium – these are just a few of the factors that lead to the replacement of containers used in industry or at municipal sewage treatment plants. Quantities change and existing containers become too small – these are also problems that frequently arise. In such cases, the mobile machine technology from Lipp using the LIPP Double Seam System or the LIPP welding technique offers a solution that is as simple as it is cost effective, while being extraordinarily stable. Containers can be installed on site in any size required and can be placed in an existing steel or reinforced concrete basin using a mobile crane. The existing container volume is utilised, eliminating the need for expensive demolition work. Utilisation of the existing container volume High stability, leak tightness and safety Continuous adaptation to existing container

As well as the high quality, end customers and engineering offices alike appreciate Lipp’s process expertise and close, professional working methods. In addition to individual planning and timely installation, the service package is also rounded off by extensive tank inspections. Depending on customer requirements, Lipp offers its partners support in the preparation of necessary planning criteria such as design, heat and energy calculations etc. Lipp’s objective is to be the most reliable partner for municipal sewage treatment plants and for engineers for municipal waste water treatment and sludge digestion. To achieve this, in addition to the product quality, the professional, timely and economical completion of projects is constantly being improved. In order to work with end users and engineering offices as effectively as possible, the technical process expertise is also being constantly expanded by the ongoing qualification of employees and high investments in research.

Landfill leachate treatment Landfill leachate must not be leaded to the canalization or the recipient untreated. According to the guidelines of environmental protection, waste water hast to fulfill limit values of introduction and reusable water has to be cleaned and separated to be used as process water or maybe as drinking water. So, also landfill leachate – as many other industrial waste waters, too – has to be treated in a way, that introduction into a downstream sewage plant or recipient is according to the law. The multitude of ingredients of the landfill leachate has to be concentrated as much as possible, so that they can be bailed compact and without negative results for the environment. For the treatment of landfill leachate we offer the following processes of conditioning: Treatment of the leachate to reach recipient quality and concentration of the remaining ingredients in a way, that they can be leaded back to the landfill considering the water balance. Water analysis of

The GasPro gas detector can be equipped with sensors for up to five gases with ATEX approval. With the option of equipping the gas detector individually with various sensors, the GasPro gas detector is ideal for use in sewers, sewage treatment plants, landfills, ships, chemical and oil processing industries. An important unique novelty "positive safety" display. The GasPro signals the status at a glance via a three-color LED, green display = everything OK, yellow display = still OK, but a check is due soon, red display = not OK Particularly noteworthy is the loud alarm at 95 db and the optical signaling indicated by two LEDs that can be recognized from each side. The measured gas concentrations are saved every 10 seconds and stored in the internal memory. In addition, various events (switching on, alarm, calibration) are stored in the memory. The collected data can be transferred to a PC with a USB cable. A charging station with interface or a calibration station are also available.

Moisture analysing is an integral part of production and processing of many raw and finished products and has a crucial impact on the quality of the product. Moisture analysers are used particularly in the food industry, water resource management (sewage plants, etc.), plastics industry, agriculture and the energy industry (bio-energy plants, etc.). Determining moisture requires a great deal of experience. Depending on the type of sample and the task involved, various drying processes are used. Sample is evenly warmed from above, without risk of burning the sample surface Affordable purchase costs ensure rapid amortisation of the device Most common temperature ranges from 35 – 200 °C High measuring precision, up to 0.01 % Sufficient buffer capacity, weighing capacity up to 200 g Various drying programs (soft drying, standard drying, drying in levels, rapid drying (Boost)) The