Modern society lives and works with toxic and flammable gases and vapors on a daily basis. Today, gas is an economical, technical and indispensable medium, but can suddenly become a major hazard if left unchecked. Sewage treatment plants: At a temperature of 37 degrees, bacteria break down the biological substances in the sludge and a digester gas consisting of methane and carbon dioxide is produced. It is used in combined heat and power plants to generate electricity and heat. Gas leaks caused by ageing and vibrations on fittings are detected at an early stage. The alarm system can stop the gas supply, close the solenoid valve, switch off the burner, switch on the ventilation and alert the zone at risk. Thanks to our many years of experience in the field of wastewater treatment, we are able to offer products that are specifically tailored to the requirements and risks of wastewater treatment plants. In addition to our high quality products, we also offer comprehensive consultancy services to ensure that our customers receive the best possible solution for their specific requirements. Our experienced team is on hand to help you select, install and maintain the right products for your wastewater treatment plant operation. With our commitment to quality and safety, we will help you to safely protect your wastewater treatment plant.

Düker Gate valves enamel and epoxy

Peak performance at high flow rates GBS rotary screw blowers set a new benchmark in compressor technology for the 75 to 160 kW power range, with a flow rate from 22 to 104 m³/min and differential pressures up to 1100 mbar. These machines not only feature exceptional control characteristics, quiet operation, an optimised footprint and low maintenance requirements – they also deliver consistently high efficiency across the entire control range. The efficiency of GBS rotary screw blowers remains consistent across the control range, rather than just at certain points – which will make this machine an especially attractive alternative to turbo compressors. This new blower for the low-pressure range draws on Kaeser’s many decades of expertise in the development of highly efficient rotary screw compressors and automation technology, through to smart machines, in order to meet the needs of Industrie 4.0 environments. The new Kaeser rotary screw blowers are up to 35 percent more efficient than conventional rotary lobe blowers, and also deliver significant energy advantages as compared to many other rotary screw blowers and turbo compressors available on the market. Power transmission from the motor to the compressor is via loss-free, maintenance-free gearing, which means that the GBS impresses with its highly efficient operation and low maintenance requirements. What is more, these machines are designed for space-saving installation and exceptionally quiet operation. SFC versions feature an integrated frequency converter for dynamic adjustment of the flow rate to actual demand, with frequency converter and motor perfectly matched to deliver consistently optimised overall efficiency. For power outputs up to 110 kW, particularly efficient synchronous reluctance motors are used. For constant flow rates, the STC version is available, featuring a star-delta starter and energy-saving IE4 Super Premium Efficiency motors.

GEA – decades of expertise as a sludge specialist in the waste water business. In response to the growing need for sustainable water usage, there's an increasing demand for improved water management. This applies to wastewater and sludge treatment in municipal and industrial wastewater treatment plants, as it does in agriculture. To address these pressing challenges, we have developed GEA biosolids, sludge and manure Decanter to turn biosolids, industrial waste water sludge, manure and fermentation residue into a recyclable resource, generating both energy and recyclable material with optimal efficiency.

GEA Intellicant® ushers in a new era of efficiency in your sludge treatment process by monitoring, automating and optimizing your decanter. Specifically designed as an upgrade kit for existing GEA systems in wastewater treatment plants, this solution ensures efficiency and drastically reduces disposal costs. Unleash the full potential of your decanter with the GEA Intellicant® subscription model. GEA Intellicant® is part of the GEA OptiPartner product family.

Rossi delivers multiple high quality drive solutions for waste water treatment plants. With a huge amount of global refferences, worldwide afterservice and numurous options and accesoires, there is always a Rossi drive to select for your waste water treatment.

GEKKO datalogger has a robust industrial design. GEKKO can be powered by 2 lithium batteries or an external 12-30V DC power supply. GEKKO is a Danish developed and produced product, and comply with all specifications for electronics components, for installation in harsh environments. GEKKO is designed for use in waste water and water supply applications and can, by means of external equipment, be used for H2S detection, level measurement, overflow recordings and the recording of rainfall events. GEKKO can communicate via standard MODBUS TCP/IP, SMS commands or SigFox IOT protocol. Communication is via the built-in 4G or SigFox modem on its own PCB board. This allows for upgrading the communication platform to future communication forms without replacing the entire datalogger. GEKKO has a USB interface for programming and downloading of data. GEKKO can gather and log various types of data.

For water authorities, safety and reliability are essential — especially during work on pumping stations, locks, embankments, and water control systems. Genesi Protection delivers premium solutions for work at heights and confined space safety, engineered for demanding environments such as water infrastructure and wet conditions.

The Geolux FX100 is an integrated instrument utilizing advanced FMCW 4D surface velocity radar and FMCW water level radar meter. Designed for non-contact measurement applications, the FX100 enables rapid deployment above water surfaces while minimizing maintenance requirements. The FX100 is based on the advanced 4D radar processing that delivers superior performance compared to conventional Dopplerbased surface velocity radars. While traditional Doppler sensors are susceptible to measurement degradation from ambient interference, precipitation, and structural vibration, the FX100’s signal processing architecture ensures consistent, high-accuracy velocity measurements under all environmental conditions. Calculation of the total flow discharge is internally implemented within the instrument by combining surface velocity measurement, water level measurement, and a configured cross-section of the river or channel. Defining the measurement parameters such as profile cross-section, material of the edges, location of the sensor above the water, and all other instrument settings can be easily set with the Geolux configuration application using any available communication interface.

The Geolux FX200 is an integrated instrument utilizing advanced FMCW 4D surface velocity radar and FMCW water level radar meter, and a LiDAR-based river channel scanner. Designed for non-contact measurement applications, the FX200 enables rapid deployment above water surfaces while minimizing maintenance requirements. The FX200 is based on the advanced 4D radar processing that delivers superior performance compared to conventional Doppler based surface velocity radars. While traditional Doppler sensors are susceptible to measurement degradation from ambient interference, precipitation, and structural vibration, the FX200’s signal processing architecture ensures consistent, high-accuracy velocity measurements under all environmental conditions. Calculation of the total flow discharge is internally implemented within the instrument by combining surface velocity measurement, water level measurement, and a the configured cross-section of the river or channel. The cross-section of the river or channel can be automatically determined and updated by an on-board LiDAR scanner, eliminating the need for manual measurements of the channel cross-section.