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Scan Messtechnik GmbH
	carbolyser™ carbo::lyser™ - maximum efficiency by an optimum of cost-effectiveness The s::can carbo::lyser™ is characterised by measuring organic carbon & turbidity/solids for a multitude of pre-defined applications. Additionally pressure and temperature can be determined. colorlyser plug & measure measuring principle: UV-Vis spectrometry multiparameter probe ideal for drinking water color::lyser II monitors turbidity & color (hazen standard) long term stable and maintenance free in operation factory precalibrated automatic cleaning with compressed air mounting and measurement directly in the media (InSitu) or in Bypass (monitoring station) operation via s::can terminals & s::can software Global Calibration In order to be able to take full advantage of the spectral information, new methods were developed by s::can together with university partners, allowing you to use the instrument in a very simple and robust Plug & Measure modus ("Global Calibration") as well as to explore the full potential of UV-Vis chemometry, based on PCA/PLS analysis. s::can calibration concept Global Calibration This unique concept of "Global Calibrations" allows the measurement of chemical parameters like COD or NO3 without calibration for the first time. It was developed using thousands of spectra from thousands of samples, with s::can software tool based on PCA (Principal Component Analysis) and PLS (Partial Least Square Fit) There are pre-settings for many different applications and situations, to be defined at the time of ordering. Examples are WWTP (Waste Water Treatment Plant) influents, WWTP effluents, WWTP aeration basins, rivers, ground waters, paper mills, breweries, dairies, ... It allows for the very simple Plug & Measure use of s::can™ analysers. It should always be validated by high quality reference laboratory measurements. If local calibration is needed, it should be done automatically while the instrument stays submersed in the liquid. multi::lyser™ multi::lyser™ - maximum efficiency by an optimum of cost-effectiveness The s::can multi::lyser™ is characterised by measuring organic carbon & nitrate for a multitude of pre-defined applications. Additionally pressure and temperature can be determined. nitrolyser™ nitro::lyser™ - maximum efficiency by an optimum of cost-effectiveness The s::can nitro::lyser™ is characterised by measuring nitrate & turbidity/solids for a multitude of pre-defined applications. Additionally pressure and temperature can be determined. spectrolyser™ The s::can spectro::lyser™ is characterised by measuring many parameters in various applications: Complete UV / VIS– Spectra SAC Nitrate and/or nitrite concentration The load information expressed as DOC, TOC, COD and BOD, depending on the used algorithm Turbidity Plus any information you like at nearly any wavelength between 200 and 750 nm. Additionally pressure and temperature can be determined.
Südsalz GmbH
	Fully automatic brine generators - low cost brine production With our fully automated brine generators you can prepare the brine required for carrying out an effective winter service from thawing salt yourself, thereby reducing the costs. Our brine generators are proven in arduous winter service in the course of many years. By virtue of a solution throughput of 2500 to 3000 litres per hour, the ready-to-use brine can be produced in a short time. Solmatic/Soltronic S1 - the high performance brine producer Informations: This fully automated brine generator available in sizes from 35 to 40 cubic metres ca-pacity is designed as upright frame room with entrance door. With thermal insulation and heating facility it provides an ideal place for weather-protected accommodation of the complete scattering equipment and thus permits user friendly operation. By virtue of its capacity, the high performance Solmatic/Soltronic S1 is particularly suit-able for application fields requiring large quantities of brine. Buffer containers with cor-responding capacity can be connected. Moist salt scattering technique: FS 30 Dry salt is loaded into the scattering material container of the vehicles. NaCl, CaCl2 or MgCl2 brine is contained in liquid tanks attached to the side of the scattering material containers. The salt and the moistening salt solution are separate during transport. The thawing salt and the moistening salt solution are mixed immediately before bringing the material out onto the scattering plate, in the mixing ratio of 70 percent by weight of thawing salt and 30 percent by weight of moistening salt solution. A less common variant (FS 5) also exists apart from the customary moistening salt (FS 30). Moist salt: Better adhesion, greater scattering widths Moist salt is obtained by wetting the dry thawing salt with salt solutions (NaCl, CaCl2 , MgCl2 ). This prevents blow-away while it is being scattered onto the road, permits greater scattering width, gives better adhesion than dry salt to roadways covered with hoarfrost and smooth ice, initiates the thawing process more quickly and keeps the roads ice free for a longer time. The quicker action and smaller blow-away losses makes it possible to use smaller quantities of moist salt and at the same time achieve a greater effect. Moist salt scattering has increased greatly during the nineteeneighties outside of municipal areas. Since the beginning of the nineties it is also increasingly applied within municipal areas; it is to become the standard form of scattering thawing agents in Germany. Road salt No problem with ice and snow A long walk through the winter landscape deeply covered with snow, a brisk run down the snow white piste or skating on a frozen lake are delights of the season, but the winter has many faces: Ice covered roads, skidding vehicles or persons falling down on slippery paths. Particularly for road traffic, roads free of snow and ice are essential for the safety of all participants. Thereby the thawing salt is of primary importance. The freezing point is lowered by a physical-chemical transformation of ice and snow to water, achieving sustained elimination of slipperiness. Apart from the thawing salt, a matured methodology such as the moist salt technology, optimally matched equipment units, precisely defined task distribution and cautious behaviour of all traffic participants are necessary to ensure safety on our roads even under adverse weather conditions. SĂDSALZ has established itself in the course of the years as a competent winter service partner. High performance ultra-modern plants in our factories, high quality thawing products, a close-mesh network of outpost stores and a competent marketing team ensure rapid availability of the thawing salt. Our logistic partners take care of optimum distribution of the products to our customers â by truck, ship or rail transport. Our range of products: Thawing salt from SĂDSALZ is available as extraction and rock salt in 2.5kg, 4kg, 10kg, 25kg and 50kg packages, loose and with various grain sizes. Solmix/Soltronic - Mixing and tanking station The mixing and tanking station is made of fibreglass reinforced polyester and provides important services for carrying out the winter service on the basis of the environmentally friendly moist salt technology. The quick tanking of the scattering vehicle ensures optimum process performance even in severe winters. The mixing and tanking station is made of fibreglass reinforced polyester and provides important services for carrying out the winter service on the basis of the environmentally friendly moist salt technology. The quick tanking of the scattering vehicle ensures optimum process performance even in severe winters. Thus the solution adapted to the actual weather conditions with the appropriate brine concentration is immediately available. The scattering vehicle is tanked automatically
SAVIO S.r.l.
	Axial Fans turn or fixed blades series available in different materials with direct coupling or belts and pulleys transmission. For use in polluted environments and EEx proof applications. S -SCS series Centrifugal fans for clean or low dust content air, suitable for small suction and ventilation plants, for cooling of electric devices, motors and machine tools. The fans are provided with a directly coupled asynchronous three-phase motor (a single-phase motor on request), forward blades impeller, and a casing in galvanized sheet iron. Capacity from 60 to 2100 m3/h. Total pressure from 5 to 120 daPa. Max temperature of the carried air is 90°C. SC - SCK series Centrifugal fans for clean or low dust content air, suitable for medium-sized suction and ventilation plants with low load loss, like premises air extraction and/or vapour suction from industrial catering cooker hoods. The fans are provided with a directly coupled asynchronous three-phase motor, forward blades impeller, and a casing in galvanized sheet iron. Capacity from 480 to 2.200 m3/h. Total pressure from 15 to 127 daPa. Max temperature of the carried air is 90°C.
SATTLER AG
	Double membrane-gas storage on tanks Tank covering with integrated gas storage for high pressures and large volumes Outer shell protecting against climatic conditions – spherical or cylindrical is external loads such as wind, snow and climatic conditions. With the help of clamping rails the outer and inner membranes are clamped to the tank in such a way that they are leak-proof and will never tear out. The actual gas storage is located inside and thus protected against atmospheric conditions. The SATTLER DMGS TM in spherical shape enables high pressures and large volumes. The CENO DMGS TM in cylindrical shape (23° and 32°) enables a working pressure of up to 5 mbar and mean storage volumes. Inner shell for gas storage The inner membrane represents the gas-proof covering of the fermenter. The gas chamber is located between the inner membrane and the soil. The pressure within the support air space spreads to the biogas via the inner membrane. The inner membrane floats between the outer membrane and the brace system in different heights depending on the filling level. The pressure in the gas chamber is limited by the overpressure valve. Gas bags The pressureless external gas storage for installation in existing buildings Gas bags are the earliest gas storage systems. In most cases gas bags are realised as cylinders or angular cushions. The shape is often determined by the space available. They are mounted in a hanging or horizontal position in existing buildings, rooms or in specially made containers which are for the most part made of steel. In order to measure the filling level, various systems may be used. Normally, gas bags are operated without pressure. Membranes are made of polyester fabrics which are PVC-coated on both sides. Different membrane types are used depending on static requirements, statutory provisions and customer requirements. SATTLER Double membrane-gas storage - external The traditional external gas storage for high gas pressures Outer shell providing protection against climatic conditions As in the case of an air hall, air is blown under the outer membrane of the gas storage by a support air blower. Thus, an overpressure is created within the support air space, keeping the form of the outer membrane stable. The ¾ spherical shape allows for high pressures and large volumes on restricted areas. The outer membrane represents the building. It absorbs all external loads such as wind, snow and climatic conditions. The actual gas storage is located inside and is thus protected against atmospheric conditions. Inner shell for the storage of gas Together with the floor membrane, the inner membrane forms the actual gas storage. They encase the gas chamber. The pressure in the support air space spreads to the biogas via the inner membrane. The inner membrane floats between the floor and the external membrane in different heights depending on the filling level. The pressure inside the gas chamber is limited by the overpressure valve. Measuring the filling level The position of the inner membrane is measured by ultrasonic sensors or rope length measuring systems. These measured values can be transformed into filling level values and serve for the plant control. Storage volume The Sattler double membrane gas storage tank (DMGS) is currently available in standard sizes of 50m³ up to 5.360m³ but dimensions are not limited to that range. Storage concepts for substantially larger storage volumes work according to the same principles, but use different geometries. Working pressure The spherical diameter has the greatest influence on the maximum working pressure of the storage. The smaller the diameter, the higher the max. permissible working pressure may be. A common value of the working pressure is approx. 20 mbar. Membrane material Membranes are made of polyester fabrics which are PVC-coated on both sides. Different membrane types are used depending on static requirements, statutory provisions and customer requirements. The SATTLER Sun-Protection Universe In this section, Sattler deals with the manufacture and dressing of outdoor fabrics for various applications... Whether manufacturing awning materials, balcony screens, folding boat covers or umbrella materials, protection is always uppermost in our minds. SATTLER textiles protect people and objects equally against sunlight and adverse weather conditions.
Satel Oy
	Equipment and Accessories SATEL offers also wide range of additional equipment and accessories for SATELLINE radio modems. Please contact your local distributor to get more information regarding antennas, cables, weather proof housings, power supplies etc. Satelcode & Satelnode The SATELCODE transmitter and the SATELNODE receiver are used for one-way wireless transfer of alarms from the point of control or surveillance to the receiver of the information. The SATELCODE / SATELNODE product group cover a wide range of alarm transfer applications. Satelline The SATELLINE radio modem product group provides an easy and economic way of setting up a local area data communication network. The applications related to both public and private sectors are countless - hence the SATELLINE has become the most widely known of the SATEL radio modems. Satellink SATELLINK products makes constructing your wireless communication applications easier than ever. SATEL I-LINK 100, is designed for transparent transfer of contact information or analogue signals from one location to another together with the SATELLINE radio modems.
Sartorius AG
	Vacuum Filtration units. Sartorius Mechatronics manufactures equipment and systems featuring weighing, measurement and automation technology for laboratory and industrial applications.
SAP Deutschland AG & Co. KG
	waste and recycling solutions waste and recycling solutions
Safetyjogger
	Safety Jogger Bestboy Safety Jogger Bestboy Safety Shoe veiligheidsschoen Safety Jogger Geos Safety Jogger Geos Safety Shoe veiligheidsschoen Safety Jogger Prodonna Safety Jogger Prodonna Safety Shoe veiligheidsschoen Safety Jogger Prosport Safety Jogger Prosport Safety Shoe veiligheidsschoen Safety Jogger werkkledij Safety Jogger werkkledij / work wear Safety Jogger werkkledij Safety Jogger werkkledij / work wear
SAFECHEM EUROPE GmbH
	SAFE-TAINER System The SAFE-TAINER™ system represents the Best Available Technology (BAT), when used with VOC-compliant degreasing or cleaning equipment. This state-of-the-art, closed-loop solvent delivery system is used by more than 3,500 customers across Europe. The SAFE-TAINER system ensures the safe and sustainable use of chlorinated solvents by fulfilling all legislative requirements regulating the use of these solvents. The SAFE-TAINER closed-loop system is backed by service, technical support and the experience of specialists at SAFECHEM Europe GmbH and Dow, and by our Qualified Chemical Distribution Partners. SAFE-TAINER System for Dry Cleaning The SAFE-TAINER™ system for dry cleaning is smaller and lighter than the standard SAFE-TAINER system. It offers an alternative when the standard SAFE-TAINER system is too large or too heavy for the dry cleaning facility. The system consists of two separate, specially designed containers; one for fresh and one for used solvent. The SAFE-TAINER system for fresh solvent is easy to transport and requires minimal storage space. The outer mantle, made of polyurethane, protects the inner steel container against damage. The 4-pin, leak-free coupling adapter ensures the safe supply and delivery of DOWPER™ Pure Power without risk of emissions or spills. The SAFE-TAINER system for used solvent has a volume of 50 litres and acts as a secondary containment system. Equipped with a 3-pin coupling adapter, it is easy to handle and requires little space for storage. The availability of the SAFE-TAINER system for dry cleaning varies by area. Please contact us for more information. SAFE-TAINER System for Fresh Solvents The SAFE-TAINER™ system for fresh solvents is equipped with a pump-unit, a dry-break coupling adapter and an air admission valve. By using the originally recommended connections, the solvent is transferred to the degreaser or other equipment with virtually no risk of emissions or spills. The connection is completed quickly in a few simple steps. Unauthorised refilling of the container is impossible. Fresh Solvent Transfer The SAFE-TAINER system is connected to the cleaning equipment in one step. The solvent is transferred to the machine by activating the motor on the pump-unit or on the machine. Expelled vapours are returned to the container through a separate hose. Various accessories make it possible to connect the SAFE-TAINER system to a variety of machines from leading Original Equipment Manufacturers (OEMs). SAFE-TAINER System for Used Solvents The SAFE-TAINER™ system for used solvents is equipped with a vapour-return, dry-break connection and an overfill protection device. Connection to the degreasing or other equipment is achieved by using original SAFECHEM accessories. This system virtually eliminates the risk of emissions and spills during the transfer of used solvent. Used Solvent Transfer The SAFE-TAINER container connects to the cleaning equipment in a few simple steps. During solvent transfer, the expelled vapour from the container drum returns to the machine through a second hose. The overfill protection device shuts down the solvent transfer from the machine when the maximum filling level is reached.
SAERTEX multiCom GmbH
	Grp liners Inner film (styrene-proof) is removed after curing Glass fibre roving complex styrene-proof outer film Protective film against UV radiation and damage during insertion Innovation at SAERTEX multiCom: the SAERTEXŽ UV line We have been working closely with the well-known manufacturer of UV systems for sewer renovation in the field of UV curing for many years. In cooperation with this manufacturer we can now offer our own UV system whose technology has been specially adapted to the SAERTEX-LINERŽ. We can offer a number of different UV systems: Fixed installation in 10 ton truck or trailer Insertion tool for SAERTEX-LINERŽ We offer an insertion tool for the easier insertion of SAERTEX-LINERSŽ of larger dimensions, especially above DN 600. The table consists of rollers over which the liner glides drawn by the winch. Adjustable rollers mounted on the sides can be set to the corresponding DN so that the liner is automatically pleated as it glides over the insertion tool. In addition, a correct adjustment of the bow prevents the liner from slipping. A special deflection roller guides the liner into the old pipe in the manhole. No-one has to be in the manhole during insertion. This means that even larger liners can be easily fitted with only 2 - 3 employees. The insertion tool can either be rented for as many days as you need it or purchased directly. If you are interested, please contact Mr. Carpy, Tel.: +49 160 905422568 or email: r.carpy@saertex.com SAERTEXŽ hatprofile of glass fibre We produce glass fibre hat profiles of high quality and permanently corrosion-resistant Advantex glass. A mat covers the entire inside of the hat that guarantees a smooth surface with good flow properties after curing. The hat profile hem ensures clean and almost edgeless transitions. The manufacture of the glass fibre hats in our own works permits great flexibility in production. The hat profiles are made with a standard 90° or 45° angle or individually to customer specifications. The length of the hat can also be adapted to customer requirements. The glass fibre hats can be installed with all common packer systems (e.g. I.S.T. or ProKasro). The dry hats are supplied sealed in a film. Any commercially available resin can be used to impregnate the hats (e.g. epoxy resin, silicate, water glass). The hat is impregnated in the film. A quantity of resin the same weight as the hat is filled into the film and brought into the glass fibre in a vacuum using press rollers. The hat is fully impregnated when the glass fibre structure is clearly visible and the mat displays no incorrectly impregnated points. We will be pleased to send you one or two samples for your own tests together with detailed instructions for impregnation. The SAERTEXŽ short liner Short liners have established themselves as an economic and technically mature alternative to traditional damage repair in an open design over the past years for spot repairs in inaccessible drains. The "Spot Repair System" from the firm of I.S.T. GmbH Bochum, suitable for the nominal width ranges DN 100 to DN 500, caters for the individual wishes of specialist processing companies and their employees thanks to its versatility and practical approach. The glass fibre mats from SAERTEX are manufactured solely from corrosion-resistant Advantex glass with two different masses per unit area and in two reel widths for each of these. Each of these consist of a glass fibre mat and a matted glass laminate that are sewn together to a roving. During lamination the glass fibre complex is folded so that the matted glass laminate is on both the outside of the wall of the old pipe (incl. overlapping edge) and the inside, in other words the later visible medium side. Furthermore, it is important to ensure a minimum wall thickness of the installed short liner of 3 mm; 2 to 4-layer short liners are normally used here depending on the glass fibre complex used.