Zonne-energie
Transcription
Zonne-energie
kl-direkt Special edition: Solar SOLAR Crystal pulling Exhaust from vacuum pumps Coating Process exhaust air Edge insulation/ Laser edge buffing Laser processing Photo: Solar system on the roof - Keller Lufttechnik KL Information Keller Lufttechnik is a worldwide technology company specializing in the capture and separation of a variety of air pollutants, as well as the reduction of emissions in industrial applications. The family-owned company was founded in 1903 and is now managed by the fourth generation, combining both tradition and innovation. All industrial manufacturing processes generate air pollutants. These Surface filters, VARIO Surface filters, L-CUT Wet scrubbers, VDN Oil mist separators, OENA Coolant mist separators, ENA Bag filters, JET-SET PT-filters, PT Work booths Cyclone separators KL-WETVAC substances are released during mechanical machining, thermal processes, during treatment technology, in the use of cleansing agents and solvents, or throughout various painting and refinishing stages. Foreign substances in the air have an adverse effect on the manufacturing process and on the finished product itself. They must, therefore, be captured, separated and exhausted effectively and reliably. Keller Lufttechnik develops, plans and manufactures exhaust systems that offer an appropriate solution for air quality control. To achieve this goal we rely on an extensive and proven product range to solve problems in the fields of dry and wet separation, as well as in oil/coolant mist separation. By utilizing innovative filtration technologies and efficient planning, we achieve optimum separation results. This way, Keller Lufttechnik provides custom tailored systems of the highest quality that include solutions to individual problems. In addition,, Keller Lufttechnik offers complete service packages covering the entire service life of all aspects of our exhaust systems: from the initial planning phase, to the approval and permit processes, to installation and commissioning, and finally to after-sales and service. For additional information, log on to: www.kl-direkt.de. CLEAN AIR FOR INDUSTRY. Innovative filtration units for solar cell production There are a number of solar cell technologies in existence that present a An efficient plant layout equipped with innovative filtration technologies significant challenge for suitable extraction technology. Keller Lufttechnik has ensures optimal collection and separation of foreign substances. Existing been successful in the extraction and separation of airborne substances for a installations demonstrate our expertise in this area of industry. Keller number of years. Lufttechnik has the appropriate solutions to keep our air clean. CLEAN AIR FOR INDUSTRY. Solar 3 Cleaning exhaust gas from vacuum pumps during crystal pulling processes Dust condition dry Collection direct connection Air flow 210/775 m³/h Dirty air concentration approx. 0,1 mg/m³ Volume approx. 3,5 kg/week Process temperature 30 - 40 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype VARIO T 0.5 Waste Disposal central vacuum cleaning system Photo: Siltronic Samsung Wafer Ltd. Pte. Central vacuum cleaning system for insulation material and treatment of graphite 4 Solar Dust condition dry Collection suction nozzles Air flow 2000 m³/h Dirty air concentration - Volume - Process temperature approx. 25 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype RF 2.3 Waste Disposal dust collection container Central vacuum cleaning system Dust condition dry Collection suction nozzles Air flow 800 m³/h Dirty air concentration - Volume - Process temperature approx. 25 °C Airflow - Shift operation 3-shift operation including weekends Filtertype VARIO 1.0 Waste Disposal dust collection container Extraction in Se coating processes Dust condition dry Collection direct connection to coating system Air flow - Dirty air concentration - Volume - Process temperature 35 / 20 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype VARIO T 0.3 / VARIO 1.1-H Waste Disposal dust collection container Solar 5 Extraction in Se coating processes Dust condition dry Collection direct connection Air flow 1.050 m³/h Dirty air concentration - Volume - Process temperature 40 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype Vario 1.DUO with H13 secondary filter, and an adsorption stage Waste Disposal in bags, as contaminant-free as possible Extraction in Cd/Te coating processes 6 Solar Dust condition dry Collection direct connection to coating system Air flow 8.600 m³/h Dirty air concentration - Volume - Process temperature 50 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype PT 242 with H13 secondary filter Waste Disposal in bags, as contaminant-free as possible Extraction abatement system for furnace/cooling bath Dust condition dry Collection direct connection to bath Air flow 2 x 2.500 m³/h Dirty air concentration - Volume - Process temperature 35 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype 2 x VARIO 4 Waste Disposal briquetting press, alternatively Big-Bags Extraction abatement system after furnace processing Dust condition dry Collection direct connection to bath Air flow 6.800 m³/h Dirty air concentration approx. 170 mg/m³ Volume approx. 195 kg/week Process temperature 75 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype VARIO 5.2 Waste Disposal Big-Bags Solar 7 Extraction abatement system after silicon compound reactor Dust condition dry Collection direct connection to silicon compound reactor Air flow 1.800 m³/h Dirty air concentration approx. 800 mg/m³ Volume approx. 240 kg/week Process temperature approx. 25 °C Airflow exhaust air Shift operation 3-shift operation including weekends Filtertype VARIO T 2.1-So, redundant system Waste Disposal Big-Bags Extraction during emptying of silicon residue from cylinders 8 Solar Dust condition dry Collection direct connection to silicon compound reactor Air flow 1.100 m³/h Dirty air concentration - Volume - Process temperature approx. 25 °C Airflow exhaust air Shift operation - Filtertype VARIO 2.1-So Waste Disposal Big-Bags Extraction for edge insulation Dust condition dry Collection localized Air flow approx. 600 m³/h Dirty air concentration - Volume - Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype VARIO T 1.0 Waste Disposal 1 x 30-L dust collection container Extraction for doping processes Dust condition DRY Collection localized Air flow approx. 500 - 1.000 m³/h Dirty air concentration minimal Volume minimal Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype storage filter Waste Disposal - Solar 9 Extraction in laser drilling Dust condition dry Collection localized Air flow approx. - 1.000 m³/h Dirty air concentration minimal Volume minimal Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype storage filter Waste Disposal - Extraction during laser scribing of wafers Photo: ROFIN-BAASEL Lasertech 10 Solar Dust condition dry Collection localized Air flow ca. 600 m³/h Dirty air concentration - Volume - Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype VARIO T 1.0 Waste Disposal 1 x 30-L dust collection container Extraction during laser edge removal Dust condition dry Collection localized Air flow approx. 600 - 1.300 m³/h Dirty air concentration - Volume - Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype VARIO T 1.3 Waste Disposal 2 x 30-L dust collection container Extraction during laser re-structuring Dust condition dry Collection localized Air flow approx. 600 - 1.300 m³/h Dirty air concentration - Volume - Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype VARIO T 1.3 Waste Disposal 2 x 30-L dust collection container Solar 11 Photo: ROFIN-BAASEL Lasertech Contact: Joachim Haußmann Fon: 07021 574 - 293 Email: [email protected] The information concerning our products and proceedings given in this brochure are of general manner and do not convey the idea of a specified concept. An individual advice due to the variety of possibilities is absolutely necessary. We are pleased to be at your disposal. dry Collection localized Air flow approx. 500 - 1.000 m³/h Dirty air concentration minimal Volume minimal Process temperature 20 °C Airflow exhaust air Shift operation 3-shift operation without pause Filtertype storage filter Waste Disposal - © Keller Lufttechnik - All rights reserved. Subject to modification. Dust condition 07/2011 Extraction during laser marking