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Behr Labor-Technik GmbH
	Stir and Heat Simultaneously behrotest® Digestion and Separation Apparatus for Total Cyanide Digestion and separation apparatus for total cyanide. Up to 6 samples simultaneously in round or flat-bottom vessels. Stirring while simultaqneously heating is accomplished by means of a built-in four-speeed magnetic stirrer. behrotestÂŽ DE 100 Expansion Kit for Soxhlet Extraction, 100 ml Complete Add-on Set for simultaneous Soxhlet Extraction, 100 ml, in up to five sample places. The set consists of: Number Description Model Stock No. 5 Sample vessel, 250 ml 65/250 804851014 5 Vessel-extractor connector M 2965 804851020 5 100 ml soxhlet extractor EZ 100 804841032 5 Reflux condenser for EZ 100 extractor RFK 100 804851070 behrotest® DIN 12036 sample bottles with solid glass round-tipped standard taper stoppers Sample bottels and glass stoppers are made of high quality 3.3 borosilicate glass Bottles fulfill DIN 12036 specifications The rounded tip provides the advantage of the shape of a hollow stopper, but with the ruggedness of a solid stopper: No formation of bubbles below the stopper tip on inserting the stopper into the liquid sample. Less breakage or cracking risk than hollow stoppers. behrotest® glass stoppers can be used instead of DIN/DEV diagonally cut stoppers. They are easy to use due to the lack of the easily broken edges. behrotest® equipment for sampling and sample preparation Sample collection, transport and storage are important prerequisites for reliable water analysis. behrotest® equipment is the ideal choice for these operations, especially where strict conformance to DEV analytical methods is required. Contact us if you desire further information about our equipment for sample collection, sample transport and sample storage. Sampling dipper Homogenizing equipment Transport carrier Sample bottles with solid glass stoppers Automatic sample collector AQUABOX flow-through unit for on-site determination of water parameters behrotest® Head-over-heels Mixer for Soil Elution and Routine Laboratory Applications behrotest® ELUM ELUM 6 and ELUM 46 are designed for soil elution in accordance with the DIN/DEV 38414 - S 4 method as applied under German landfill regulations. No adjustment or checking by the user is required: The fixed rotation rate of 1 rpm insures reliable compliance with the rotation rate specifications of the German landfill regulation. Rotating vessel-holder module for six 2000 ml jars (glass or plastic) or for four 6400 ml jars (plastic). Simple and economical configuration of vessel-holder modules for a capacity of up to 18 jars by connecting additional vessel-modules to drive unit. Fully Automatic Reagent Metering/Titration Unit DT 10 Stock No. Description 80 48 24400 Fully automatic reagent metering and titration for the DIN 38409 H 41 COD method. Reagent addition and titration of up to 12 simultaneous samples. Automatic draining of titrated waste solution. Simple user-friendly operation under MS Windows interface. Sample date can be stored and processed in MS Access. Reagent delivery: Delivery of COD reagents in optimal timed intervals (IAW DIN) prevents sample overheating. Up to 30 separate syringe drive reagent modules can be controlled by the DT 10. Titration: Freely defineable "methods" such as end-point, equivalence, linear, dynamic and quasi-dynamic titrations may be programmed. Several password-protected user levels. Graphical output with first and second derivatives. Sample data to be printed is freely selectable. All national COD analysis procedures may be implemented as "methods". Within the 330 x 220 mm working area, the DT 10 can be modified to access arrays consisting of various numbers and sizes of vessel. Useable for all reagent metering and titration applications
LECTURA GmbH
	Municipal machinery + recycling Municipal machinery + recycling
Sterling SIHI GmbH
	Dry Running Vacuum Pumps for Industrial Applications The vacuum system SIHIdry V-Version has been especially developed for use in industrial applications. It is based upon a dry running twin screw principle, which is without any lubricants, sealants or operating liquids. Wide clearances in the pumping chamber make the pump robust when it comes to the handling of particles and liquids. It is supported by top-down pumping (inlet at the top and the outlet at the lowest point in the pumping chamber) and the pump chamber has been designed to eliminate dead space. Applications: The vacuum system SIHIdry V-Version has been developed for the use in areas without explosion hazard. These vacuum systems are used for example in sterilisation processes, for freeze-drying, for gas removal, in crystal pulling systems, for metallurgy furnaces, for product transfer, for central vacuum generation and many more. Technical Data: Suction capacity: up to 400 mÂł/h Final pressure: < 0.001 mbar Liquid ring compressors of the series LOH stage displacement compressors of simple and robust construction. They have the following important features like handling of nearly all gases and vapours, non-polluting due to nearly isothermal compression, oil-free (no lubrication in the working chamber), additional liquid can be handled with the gas flow, easy in maintenance and reliable operation, low noise and nearly free of vibrations, wide choice of material (applicable nearly everywhere) and no metallic contact of t he rotating parts. Applications: Handling and compressing of dry and humid gases. Entrained liquid can be handled during normal duty. The compressors are applied in all fields where a compression over pressure of up to 1 bar has to be created by robust compressors and only a small increase in temperature is admissible during compression. Fields of application are the plastics industry (recovery of process gases as vinyl chloride), the petrochemical industry (compression of combustible gases as gasoline vapours or hydrogen), the transport of gases in general and many more. Technical Data: Suction volume flow: up to 51 mÂł/h Compression pressure: 0.2 up to 1 bar g Shaft seal: mechanical seal Materials: grey cast iron, stainless steel Liquid ring compressors of the series LPHX-LPH Liquid ring compressors of the series LPHX/LPH are single-stage displacement compressors of simple and robust construction. They have the following important features like handling of nearly all gases and vapours, non-polluting due to nearly isothermal compression, oil-free (as no lubrication in the working chamber), additional liquid can be handled with the gas flow, easy in maintenance and reliable operation, low noise and nearly free of vibrations, wide choice of material (applicable nearly everywhere) and no metallic contact of the rotating parts. Applications: Handling and compressing of dry and humid gases. Entrained liquid can be handled during normal duty. The compressors are applied in all fields where a compression over pressure of up to 1.5 bar has to be created by robust compressors and only a small increase in temperature is admissible during compression. Fields of application are the plastics industry (recovery of process gases as vinyl chloride), the petrochemical industry (compression of combustible gases as gasoline vapours or hydrogen), the transport of gases in general and many more. Technical Data: Suction volume flow: up to 1,850 mÂł/h Compression pressure: 0.2 up to 1.5 bar g Shaft seal: gland packing, mechanical seal Materials: grey cast iron, stainless steel Sludge Mixers Vertical single-stage and two-stage MFS mixers with special screw-type impellers and a deflector disk mounted on the shaft. The draft tube acts either as a suction pipe or as a discharge pipe. The shaft is supported in a combined thrust and guide bearing located in the seating ring. The mixer is driven by an motor or an intermediate gear whose pedestal is mounted on the foundation. The draft tube length can be changed to suit the application. Assembly is made easy by the flanged pipe section design. Applications: The mixers are designed to circulate in egg-shaped, conical cylindrical or cylindrical digesters causing an optimum mixing in both directions and a uniform heating of the sludge. The mixers designed for continuous reversible operation. The ability to circulate sludge in either direction for long periods of time fulfils important process requirements.
KAMAT-Pumpen GmbH & Co.KG
	KAMAT high pressure system Water is a winner. Particularly when combined with our complete machines and useful accessories for a multitude of applications. KAMAT high pressure system are driven by engines and motors of well-reputed manufacturers. The drive sources we select are of internationally accepted standards and technical support is available on a worldwide basis. Your KAMAT unit is even more versatile when used in combination with our special accessories. A wide range of products is available to cover all kinds of different jobs.
ROS ROCA IMA S.L
	Anaerobic Digestion Advantages of this digestion process Process works independently from humidity of waste High flexibility in treatment of different types of organic waste High biogas quality Little exploitation costs Hygienization according to EU Animal By-Products Regulation 1774/2002 High compost quality High flexibility in marketing of digestate or compost No moving elements in the digestor Little energy consumption Little wear Composting in rotating drums Organic waste can also be treated efficiently by aerobic composting in rotating drums. Here the first intensive composting process takes place in a closed, forced aerated and temperature controlled steel drum with an especially developed protection layer against corrosion inside. The process is a dynamic system with the possibility to move the drum in a controlled way with a speed of up to 1 rotation per minute. Composting in tunnels The composting of organic waste is a proven and well developed technology. The tunnels are fabricated in concrete in different sizes and are equipped with an aeration floor developed by Ros Roca. The organic material is charged into the tunnels by front-end loader or automatically with conveyors. For aeration each tunnel is equipped with a blower which is blowing air through the aeration floor to ensure an efficient oxygen supply of the microorganisms. For charging or discharging the tunnels they are equipped with doors which are gas-tight to assure that no odour-loaded air can leak during the composting process. Usually the organic material is composted for two weeks in the tunnels. After that the organic material will be finally maturated by windrow composting. The process parameters like temperature, oxygen, carbon dioxide are measured continuously and are used to control the composting process. Odour-loaded air from the composting process is sucked off by ventilators and cleaned by scrubber / biofilter. Advantages of the tunnel composting process Composting in closed units makes possible specific sucking of odour-loaded air Minimised air consumption by computer control No mechanical equipment in a corrosive atmosphere Economic solution for small and big capacities Modular system easily extendable Simple compost maturation in windrows Digestion of organic waste Advantages of this digestion process Process works independently from humidity of waste High flexibility in treatment of different types of organic waste High biogas quality Little exploitation costs Hygienization according to EU Animal By-Products Regulation 1774/2002 High compost quality High flexibility in marketing of digestate or compost No moving elements in the digestor Little energy consumption Little wear
CAMBI AS
	Advantages • Increased sludge bio-degradability and therefore more biogas production • Significant sludge cake volume reduction • Higher digestion rate and 8 – 12% dry solids feed to digestion increases digester capacity two to three times • Stable and reliable digester operation • Highly energy-efficient process • Eliminates foaming problems caused by filamentous bacteria (Nocardia, etc.) • Sludge dewaterability improved up to 40% dry solids • Pasteurized cake: Guarantee of pathogen kill (class A biosolids) with no regrowth or reactivation of bacteria • Proven process: Cambi THP has been used in projects around the world since being launched in 1995 to reduce both disposal quantities and the cost of building and operating digesters Bio-waste to energy and high class biosolids/fertiliser Cambi provides bio-waste plants, focused on maximising biogas production and minimising final product mass. Because waste quality can vary a lot, our systems are designed to handle most variations. Our patented process meets all known environmental requirements, including the Animal By Products Regulation (ABPR, 1774/2002/EC) category II & III materials. Biorenewables The growing bioethanol industry is facing major environmental challenges: Too much use of fossil fuel Use of food crops for fuel Water consumption in processing fuel Cambi has for a long time been aware of these challenges. It is Cambi's conviction that these challenges need to be solved in order to create an environmentally and commercially sustainable bioethanol industry. The solutions Cambi offers to the bioethanol industry is a spin-off from Cambi's well established technological solutions within the biosolids, biowaste and bioenergy sectors. Based on valuable know-how and experience from other business areas with many full-scale plants and applications, Cambi has further developed its thermal hydrolysis and high performance biogas technologies for use with other types of biomass, including thin and whole stillage. Cambi offers solutions that can help the industry to meet these challanges by: Making bioethanol production independent of fossil fuel Cambi’s technology contributes to bring bio-ethanol producers to sustainable and environmentally friendly bio-refineries Utilizing waste products for biogas production Recovering valuable nutrients for recycling to farmland Recovering and cleaning high quality process water for recycling Pretreatment of lignocellulosic feedstocks, by-products and waste streams prior to bioethanol production and other biological energy conversion processes. Cambi’s technology contributes to bring bio-ethanol producers to sustainable and environmentally friendly bio-refineries. With the availability of Cambi’s technology, bioethanol becomes a sustainable alternative to petroleum-based fuel. Biorenewables The growing bioethanol industry is facing major environmental challenges: Too much use of fossil fuel Use of food crops for fuel Water consumption in processing fuel Cambi has for a long time been aware of these challenges. It is Cambi's conviction that these challenges need to be solved in order to create an environmentally and commercially sustainable bioethanol industry. The solutions Cambi offers to the bioethanol industry is a spin-off from Cambi's well established technological solutions within the biosolids, biowaste and bioenergy sectors. Based on valuable know-how and experience from other business areas with many full-scale plants and applications, Cambi has further developed its thermal hydrolysis and high performance biogas technologies for use with other types of biomass, including thin and whole stillage. Cambi offers solutions that can help the industry to meet these challanges by: Making bioethanol production independent of fossil fuel Cambi’s technology contributes to bring bio-ethanol producers to sustainable and environmentally friendly bio-refineries Utilizing waste products for biogas production Recovering valuable nutrients for recycling to farmland Recovering and cleaning high quality process water for recycling Pretreatment of lignocellulosic feedstocks, by-products and waste streams prior to bioethanol production and other biological energy conversion processes. Cambi’s technology contributes to bring bio-ethanol producers to sustainable and environmentally friendly bio-refineries. With the availability of Cambi’s technology, bioethanol becomes a sustainable alternative to petroleum-based fuel. Cambi Thermal Hydrolysis Sludge Pre-treatment Technology for Enhanced Anaerobic Digestion of Municipal and Industrial Sludge. Cambi’s Thermal Hydrolysis Process (THP) is a proven and reliable technology that has been used around the world since 1995 in existing and “green field” projects to reduce both disposal quantities and the cost of building and operating digesters. Cambi THP is a high-pressure steam pre-treatment for anaerobic digestion of municipal and industrial sludge and bio-waste. Applying THP technology results in doubled digester loading, increased biogas production, and a pathogen-free and stabilized biosolids product with increased cake dewaterability. This saves both transport and energy costs, whether applying the end product directly in agriculture or drying it for fertilizer or bio-fuel. The THP is highly energy-efficient with low operating costs. It also eliminates odour problems associated with the treatment of organic materials. The end product (digestate) – a pathogen free and pasteurized biosolids – can be applied to land directly, composted or dried. Cambi THP plants can be combined with cogeneration plants, which produce green electricity and provide hot steam for the Thermal Hydrolysis Process. However, the biogas can also be cleaned to be used as vehicle fuel or as a replacement of natural gas. Cambi’s scope of delivery varies from the core THP to complete turnkey digestion plants. We also offer plant operations & maintenance. The THP plants normally handles sludge from wastewater treatment plants for populations upwards from 150,000, or from approximately 5,000 metric tons/ year of sludge. Cambi’s THP enhanced sludge treatment maximise both flexibility and profitability Why THP Attractive return on investment Thermal Hydrolysis Process increases biogas production Energy can be recovered as electrical power, combined heat & power, compressed biogas (CBG) upgraded to vehicle fuel quality known and proposed standards Pathogen-free and pasteurised biosolids for agriculture uses meets all known and proposed standards Pre-treatment system designed for maximum flexibility Less space required than for conventional systems
ZAPF Wassersysteme GmbH
	Abscheidetechnik Ein einzelner Tropfen Benzin genügt, um 1 m³ Wasser zu verschmutzen. Reines, sauberes Wasser ist eine unserer wichtigsten Lebensgrundlagen. Durch unsere hochtechnisierte Welt ist es vielfachen Gefährdungen wie z.B. der Verunreinigung durch Öle, Benzine und Schmierstoffe, sowie Fette ausgesetzt. Zur Vermeidung von Umweltschäden durch die unkontrollierte Ableitung von ölhaltigen Abwässern müssen wirksame und sichere Methoden der Abscheidetechnik überall dort eingesetzt werden, wo Leichtflüssigkeiten und Fette mit Wasser in Berührung kommen können. ZAPF KLARO GmbH bietet mit seiner Abscheidetechnik nach EN 858 und DIN 1999-100 innovative und sichere Lösungen hierzu Fettabscheider Über die Grundstücksentwässerung und die Kanalisation bis hin zur Kläranlage, stellen Fette und Öle einen gefährlichen Störfaktor dar. Für den Einbau einer Fettabscheideanlage gibt es überzeugende Gründe: Vermeidung von Rohrverstopfungen Verhinderung von Korrosion und Geruchsbildung negative Beeinträchtigung der Kläranlagen. Für alle Betriebe, in denen fetthaltiges Wasser anfällt, ist eine Fettabscheideanlage gesetzlich vorgeschrieben. Kläranlagen In dieser Rubrik finden Sie alle unsere Produkte aus den Bereichen Kläranlagen, Regenwassernutzung und Abscheidetechnik. Alle Produkte der ZAPF KLARO GmbH unterliegen stets den strengsten Qualitätsansprüchen. Für nähere Informationen zu unseren Produkten klicken Sie bitte auf den Produktnavigator am rechten Bildschirmrand. Regenwassernutzung Wasser ist eine der wichtigsten Ressourcen der Erde, ein vernünftiger Umgang mit dem Trinkwasser, das in verschiedenen Regionen immer knapper wird, ist unerlässlich. Der Mensch verbraucht durchschnittlich 140 Liter Trinkwasser pro Tag, doch für rund die Hälfte dieser Wasseranwendungen kann das kostbare Trinkwasser durch Regenwasser ersetzt werden. Unsere Produkte ermöglichen die Regenwassernutzung für Haus und Garten. Davon profitieren Mensch und Umwelt gleichermaßen. Mit Trinkwasser achtsam umzugehen bedeutet nicht nur, die Umwelt zu schützen, sondern auch Geld zu sparen! Aus einer richtig geplanten und erstellten Regenwasseranlage erhält man qualitativ hochwertiges Brauchwasser. Unsere jahrelange Erfahrung hilft Ihnen, die für Sie am besten geeignete Lösung zu finden!
Stenglin-Specker Kläranlagen GmbH
	Activated Sludge Plants The STENGELIN activated sludge plants are available in all sizes and process variants, offer a highest possible operation reliability and purification capacity. For the efficient supply of the biomass with oxygen we are using fine-bubble aeration systems. High detention periods and a careful turn-over grant an optimal oxygen transfer. Rotating Biological Contactor Plants As biological stage of a wastewater treatment plant the Rotating Biological Contactor process technique is the ideal solution for many problems. Highest reliability of operation and low maintenance costs at a high purification capacity and very low energy consumption are characteristic for this process technique. STENGELIN supplies all components for the physical conditioning of industrial and domestic wastewater. We manufacture and deliver especially according to the customer's demands in all material standards and are producing with most modern manufacturing methods.
Statiflo International Ltd
	Channel Mixers Statiflo's Channel Mixers are revolutionising the design and operation of water and waste water treatment plants. 7m wide x 5m deep Inlet Blender Channel MixerStatiflo Series 900 Channel Mixers rapidly achieve a high degree of mix with extremely low headloss in very short lengths. Complete mixing in the channel is possible, achieving a low CoV, over a wide range of flowrates. With headlosses of just a few millimetres feasible, gravity flow is an option, eliminating the expense of pumping, saving not just capital costs, but ongoing maintenance and energy costs too. Statiflo Channel Mixers can be installed in new treatment works or easily retrofitted into existing installations, even when flooded. The modular design concept, based on the STMC mixing elements, allows wide variations in aspect ratio (height/width) suitable for square or nearly square channel sections, narrow deep channels and wide shallow channels. Independent trials have established that the STMC concept is the most efficient of all known commercially available static mixers. 1.5m wide x 5m deep pH control Channel MixerOpen channels can develop unusual velocity profiles not found in conventional piping systems. Statiflo has invested considerably in developing a procedure to ensure that the correct amount of additive is injected proportional to the local mainstream flowrate. Applications include: Raw water blending pH control Rapid coagulant addition Polyelectrolyte dosing Residence time control The high efficiencies and benefits of the channel static mixer apply to any scale, the largest installed to date is 7m wide x 5m deep, handling 7 tonnes/sec of water. Series 100-150 Carbon Steel and stainless steel mixers with fixed or removable elements. A general purpose design suitable for all industries. Available with heating and cooling jackets, injectors, sample points and instrumentation bosses. Series 600-650 Large diameter stainless steel or coated carbon steel/stainless steel mixers with fixed elements for water and wastewater treatment industries and general purpose. Flanged or plain ended for VJ couplings. Optional injectors and sampling points. Coatings are available in Scotchkote 206N or Rilsan. Series 700 High surface mixers with edge sealed elements for high pressure and high viscosity polymer processing applications. Also for laminar flow thermal homogenisation. Available in carbon and stainless steels. Statiflo STX Heat Exchange Motionless Mixer Systems for high viscosity and heat sensitive liquids An extremely efficient range of heat exchangers for use mainly in laminar flow applications. All Statiflo designs rely on improved radial mixing and flow division for virtual elimination of boundary layers which form the biggest resistance to heat transfer in laminar flow.
DISAB Vacuum Technology AB
	DECO 09 We offer our customers tailor-made solutions. As DISAB's production is built up around a small number of basic modules with peripherals, our products are flexible and can be adapted to our customers' needs. We fit our mobile unit on the vehicle chassis in accordance with the customer's requirements. These are some of our models that are truck mounted and can transport industrial spillages and liquids by vacuum or pressure through a hose system: DECO 09 a small and compact model, perfect in city environments. CENTURION LN200/9-1812 is equipped with a separate diesel engine offering the possibility of utilizing different local fuel taxation regulation. It also makes the machine operate independet of the truck. CENTURION P210/9-1812 this unit is driven by the truck's engine and this gives a compact high capacity machinery with the highest possible load capacity for at truck mounted unit. The benefits for our customer if they buy a DISAB unit are: Split-shaft or "Donkey engine" solution (opportunity of running on red diesel) Low noise level 75 dBA (at 7 meters distance from unit) Vacuum pump with 3 years warranty A unique filter solution, gives dust emission of only 1,3 mg/m³ A well proven over all quality giving long lifetime and good second hand value RAILVAC TRAIN II 18000/500 – 48 SD is a complete unit for railway maintenance The vacuum technique has proven to be one of the most effective methods for railway maintenance. The incredible speed is combined with accuracy and leniency when the risk of hurting sensitive installations, as those that occure during traditional digging, is avoided. Some applications are: Cable jobs, installationa nd maintenance Removal of wet beds (wet spots) Re-ballasting and removal of polluted ballast Sleeper renovations Overall digging, bridges, renovation of chunters, drainage work, etc. Stationary vacuum systems. Electrical vacuum units Through our wholly-owned subsidiary DISAB-TELLA AB we can offer a very broad range of stationary vacuum systems. Electrical vacuum units, central vacuum systems and filter separators are TELLA's main niches. For further information go to DISABa These are some of our models that are truck mounted and can transport industrial spillages and liquids by vacuum or pressure through a hose system: DECO 09 a small and compact model, perfect in city environments. CENTURION LN200/9-1812 is equipped with a separate diesel engine offering the possibility of utilizing different local fuel taxation regulation. It also makes the machine operate independet of the truck. CENTURION P210/9-1812 this unit is driven by the truck's engine and this gives a compact high capacity machinery with the highest possible load capacity for at truck mounted unit. The benefits for our customer if they buy a DISAB unit are: Split-shaft or "Donkey engine" solution (opportunity of running on red diesel) Low noise level 75 dBA (at 7 meters distance from unit) Vacuum pump with 3 years warranty A unique filter solution, gives dust emission of only 1,3 mg/mÂł A well proven over all quality giving long lifetime and good second hand value