Pollution Equipments & Controls Delhi

As a third generation Eigenbrodt GmbH & Co. KG, with a team of qualified co-workers, incorporates the flexibility and the "know how" also to provide solutions for requirements going beyond regular measurement applications. With special consideration to the climatic extremes of the customers measurement site. Main focus is to be found in development in close cooperation with Universities, Scientific Institutions, Weather Services and Environmental Departments, followed by production itself and the marketing of meteorological instruments and environmental measurement products. Our sensors and instruments are working in many national- and international measurement networks such as German Weather Service, Alfred-Wegener-Institute, Met Office, EMEP, GAW, GMOS. Cooperation’s with partner companies worldwide, in many countries offer a customer-friendly service to our users.   WE OFFER   Innovative Meteorology Collection - and analysis of atmospheric deposition Hydrology / groundwater control Consulting for environmental technology

  The METEOR 700C is a high-powered C-Band weather radar designed for the precise quantitative evaluation of precipitation and wind fields in the mean latitude regions. It is particularly well suited for the everyday needs and applications of national meteorological services seeking the best price/performance ratio in terms of coverage, broadband measurement applications, reliability and lifecycle costs. The METEOR 700C systems are supplied with GDRX® and Rainbow®, ensuring optimum data quality for the accurate measurement of rain rates, precise detection of severe weather phenomena as well as tracking and nowcasting of such events at medium ranges. Both the METEOR 700C and METEOR 735C are available with single or dual polarization (DP). The dual polarization option enhances the measurement of precipitation intensity and makes way for the categorization of different types of hydrometeor such as drizzle, rain, hail and snow. Thanks to its high-powered transmitter, the METEOR 735C operates in simultaneous DP mode with almost no loss of sensitivity compared to conventional 250KW single-polarized systems.

  RAINSCANNER® is an easy-to-use weather radar system designed for the detection of rainfall intensity at short ranges. Its combination of high resolution and rapid data update means RAINSCANNER® is ideally suited to provide forecasters with detailed information about local rainfall and early warnings of approaching storms. Due to its compact and lightweight design, RAINSCANNER® is the perfect choice for mobile applications. Minimal effort is required for fixed or semi-permanent installations. RAINSCANNER® can fit on almost any building, flat roof or lightweight tower. Excellent price performance is guaranteed and combines with low purchase, construction, installation and operating costs.   High resolution and street-level rainfall detail Rapid data update and precise early warnings Excellent sensitivity at short to medium ranges Radar-based nowcasting at up to 90 minutes X-band magnetron transmission High-precision parabolic antenna system Easy-maintenance and modular design Simple and user-friendly control software Real time data visualization and remote control High impact browser-based meteorological software Mobility kit including sectional mast, transportation cases and more Low cost, hassle-free fixed installation Flexible methods of data transfer (e.g. LAN, WLAN, fiber optics)   RADAR SOFTWARE Rainbow® 5 is the most comprehensive, state-of-the-art sensor management system for multi-radar network management, data analysis and display available on the market today. Based on our longstanding experience in meteorological software design and development, the Rainbow® 5 system fulfils all technological needs for a versatile system right across the fields of radar management, weather monitoring/nowcasting, hydrology, aviation and research. Advanced technologies such as platform independency, client-server architecture and cutting-edge meteorological data processing guarantee a complete and unique performance for total customer satisfaction. Selex ES GmbH is committed to providing customers with fully integrated meteorological data processing systems for various applications such as:   Severe weather monitoring Airport wind shear and shear related phenomena detection Hydro-meteorological applications such as flash flood monitoring and quantitative precipitation forecast Tracking and nowcasting Hydrometeor classification (rain, hail, etc.) and detection of non-meteorological targets (sand, volcanic ash, etc.) Research  

  Rainbow® 5 is the most comprehensive, state-of-the-art sensor management system for multi-radar network management, data analysis and display available on the market today. Based on our longstanding experience in meteorological software design and development, the Rainbow® 5 system fulfils all technological needs for a versatile system right across the fields of radar management, weather monitoring/nowcasting, hydrology, aviation and research. Advanced technologies such as platform independency, client-server architecture and cutting-edge meteorological data processing guarantee a complete and unique performance for total customer satisfaction. Selex ES GmbH is committed to providing customers with fully integrated meteorological data processing systems for various applications such as:   Severe weather monitoring Airport wind shear and shear related phenomena detection Hydro-meteorological applications such as flash flood monitoring and quantitative precipitation forecast Tracking and nowcasting Hydrometeor classification (rain, hail, etc.) and detection of non-meteorological targets (sand, volcanic ash, etc.) Research

  Sophisticated systems rely on sophisticated software. Ravis® is the most advanced software-based maintenance and control platform available for weather radars. It has been designed to simplify essential service tasks such as radar configuration and alignment, calibration, system diagnostics and testing. Its remote and multi-radar functionality allows service engineers to interact with all radar systems in a network from any location in real time. This method reduces the need for site visits, lowers mean time to repair and lowers maintenance costs. Fast and flexible. Ravis® typically monitors up to 1500 system status indicators to allow quick and easy diagnostics and trouble shooting. Status monitoring can be extended and customized to suit individual network architectures or incorporate additional components like UPS and fire alarm systems. An ideal solution for maintenance of radar networks, Ravis® detects the type of weather radar connected and adapts its user-interface automatically. Programmed in Java, it can be hosted on any laptop or workstation and run on all operating systems (e.g. Windows, Linux, Unix, Mac).   Platform independent programmed in Java     Multi-user, multi-radar operation     Real time data visualization: selectable resolution (up to 2K x 2K), color level, zoom, multilayer overlay     Full visualization of signal processor input and output data in PPI, RHI, B-Scope and A-Scope     Extensive BITE functionality

The CE376 is a compact, eyesafe backscatter LiDAR, featuring outstanding performances for the automated continuous monitoring of aerosols. It operates in the visible (green) and/or in the near infrared (NIR) with options for depolarization channels for enhanced aerosol characterisation. The rugged, robust, fully integrated system operates without shutdown, without any human attendance, without maintenance, without need for authorization, without a special room, even in harsh environmental conditions It is particularly easy to install, outdoor or indoor, to transport and even to use onboard a vehicle or a plane.    MEASUREMENT PRINCIPLE   The laser emits a light pulse that is scattered by the particles present in the atmosphere A tiny part of the pulse light is directed backward towards the instrument (backscatter) The time of flight of the pulse between emission and reception indicates the distance of the scattering particles The amount of backscattered light received at each distance depends on the quantity and type of the particles The depolarization reception channel measures only the light that has been depolarized, indicating the presence of non spherical particles In aerosol free regions, the light received measures the "molecular" backscatter (due to the clean atmosphere molecules)