Gas drying - Import export

What you can expect with an APROVIS FriCon: - FriCon systems are ready for connection - The FriCon removes the moisture from the process gas by dropping below the dew point temperature - FriCon gas heat exchangers operate at elevated pressure, ambient pressure and negative pressure - Condensate formation in downstream gas lines is avoided - Suspended matter is separated - The FriCon is available in different sizes and designs

Lipp developed a system for the non pressurised (up to max. 5 mbar) storage of dry gas which has been used for over 300 projects worldwide over the past 30 years or more. Sizes from 30 to 5000 m³ are available according to the gas yield in each case. The gas accumulator consists of two parts a bubble shaped storage balloon a steel container to protect the balloon against mechanical damage and the effects of weathering The container is produced using the tried and tested LIPP Double Seam System. The storage balloon is made of polyester fabric specially laminated with PVC on both sides for improved gas resistance and UV protection. It is suspended in the container by means of a support ring. The gas pressure is increased as required between the gas accumulator and the point of utilisation by means of compressors. This results in lower investment and maintenance costs on the one hand and an extremely reliable and virtually wear free system on the other. Consequently

ASCO CO2 Gas Revert Recovery Systems are engineered to efficiently recover the revert CO2 gas from ASCO Dry Ice Pellet and Block Machines which normally direct the revert (flash) gas to the atmosphere. When dry ice is produced the conversion rate from liquid CO2 to dry ice is approx. 4045 %. This means 5560 % is lost to the atmosphere. This conversation rate is a physical fact and therefore, unfortunately, not to change. With a CO2 Revert Recovery System, however, most of the CO2 can be recovered which leads to a final conversion rate of approx. 9095 %. This way, the dry ice production costs are reduced up to 50 %.

ASCO CO2 Gas Detectors are used to protect personnel wherever CO2 gas or dry ice is used in closed areas, for example during dry ice blasting or when producing dry ice. ASCO offers wallmounted solutions for area monitoring and portable devices for personal protection. ASCO CO2 Gas Detectors ensure continuous and automatic CO2 content measuring in the ambient air using infrared absorption measuring (NDIR). This technology is very troubleresistant to temperature variations or air draughts and therefore measures very accurately. The CO2 gas detectors are very simple to handle and all components are built splash proof.

LIPP® Gas Accumulators were developed as a system for the nonpressurised storage of dry gas which has been used for over 300 projects worldwide over the past years or more. Sizes from 30 to 5000 m³ are available according to the gas yield in each case. The gas accumulator consists of two parts a bubbleshaped storage balloon and a steel container to protect the balloon against mechanical damage and the effects of weathering. Speciality Accurate level measure of stored gas. In biological processes, gas production is not continuous. That is why the utilisation of gas (e.g. in a combined heat and power plant) requires an accumulator in order to compensate for fluctuations during gas production and to bridge downtimes for plant repairs and maintenance. Besides high functional and operating safety, other important criteria for the construction and operation of gas tanks include the economic aspects of investment and maintenance costs.

Grease lubrication of friction and rolling bearings in the high-temperature range up to 300°C Lubrication of tunnel kiln cars, baking, burn-in and drying furnaces, hot gas units, reaction vessels, boiler plants, roller and conveyor rollers in continuous furnaces, etc. Use at bearing points under influence of chemicals Lubrication of bearings under influence of fuel Advantages and benefits Absolutely resistant to water and steam Resistant to solvents, for example benzene, benzol, acetone, trichloroethylene and against inorganic acids, for example sulphuric acid, hydrochloric acid and nitric acid as well as stearic acids, alcohols and halogens Broad range of applications above the temperature limits of other lubricating greases Excellent wear protection Reduced maintenance and lubricant costs due to possible lifetime lubrication Excellent plastic and elastomer compatibility

Liquids (for instance raw materials or end products) are stored in canisters, drums, IBC containers or storage tanks. Solids and bulk materials, on the other hand, are stored in bags, big bags, silos or various special containers. IFA Technology offers sound and safe handling for the storage of liquids, solids and bulk materials as well as suitable storage containers such as customised shelves, tank farms or silo systems. We check and control among other things the compatibility of the substances, the effect of environmental influences as well as the conformity with legal requirements. We ensure compliance with various regulations such as the German Water Resources Act (WHG) or Explosive Atmospheres Directive (ATEX) by means of temperature-controlled storage tanks and the blanketing of the relevant substances by means of nitrogen, dry air or gas displacement systems or their circulation via agitators or circulation.

Extreme-temperature grease on the basis of perfluorinated polyether oils (PFPE) for use in food processing technology at maximum loads and temperatures. Grease lubrication of friction and rolling bearings in the high-temperature range Application, for example at tunnel kiln cars, baking, burn-in and drying furnaces, hot gas units, reaction vessels, boiler plants, roller and conveyor rollers in continuous furnaces, etc. Use at bearing points under influence of chemicals/fuel Advantages and benefits Maximum water and steam resistance Extraordinary resistance to chemicals, for example to solvents, for example benzene, benzol, acetone, trichloroethylene and against inorganic acids, such as sulphuric acid, hydrochloric acid and nitric acid as well as stearic acids, alcohols and halogens Excellent plastic and elastomer compatibility For long-term lubrication of lubrication points subjected to high pressure up to 300°C

Industrial desiccant dehumidifier TTR 6600 The TTR 6600 is a stationary high-performance desiccant dehumidifier impressing with an enormous dehumidification performance of 892 kg / 24 h Keeping humidity perfectly under control With about 900 kilogrammes of dehumidification performance per day and a nominal air volume of 6,600 cubic metres of dry air per hour at a static pressure of 400 Pa the TTR 6600 is optimally prepared even for a high dry air demand in cold surroundings and with low dew points. Best prerequisites e.g. for permanent dry keeping, gas dehumidification or the production of dry air in the chemical, pharmaceutical and food industry as well as in the sector of mechanical engineering, but also to protect machines, inventory and buildings from corrosion, condensation and mould formation, for example in water processing facilities or electrical control centres.

Mikropor Oxygen Generators are a Pressure Swing Adsorption (PSA) system supplying pure oxygen to the airline. Zeolite molecular sieve (ZMS), an effective adsorbent, separates oxygen and other molecules like nitrogen and argon gas in the dry air. Non-oxygen molecules are adsorbed by ZMS under constant pressure, so oxygen is produced.

Our Oxygen Generators are a Pressure Swing Adsorption (PSA) system supplying pure oxygen to the airline. Zeolite molecular sieve (ZMS), an effective adsorbent, separates oxygen and other molecules like nitrogen and argon gas in the dry air. Non-oxygen molecules are adsorbed by ZMS under constant pressure, so oxygen is produced. Azot Üretim ve Saflaştırma Sistemleri Our Oxygen Generators are two-bed PSA systems filled with ZMS adsorbers. Including filters, a pressure regulator, valves and assemblies; the oxygen generation process is mainly the separation of oxygen and nitrogen from the clean and dry air. Our brand new MOG Series PSA Oxygen Generators offer an extremely economic way to generate the high capacity and purity level oxygen as customer required. We offer our customer oriented solutions for metal, medical, glass, mining, paper industries; ozone systems, laboratories, fishing farms, industrial ovens etc.

Grilling: maybe the healthiest way to cook beef regardless if you are using a grill with charcoal or gas. Grilling is dry, with no oil. Pan frying: the meat is fried in a pan with a small quantity of oil; it is very useful for fast recipes; recommended for thin cuts; you can also try the healthier way of frying the meat in the pan with no oil. Cooking in wok or stir pan: used for small pieces of beef placed on a thin layer of oil; depending on the recipe you can add sauces, vegetables or other ingredients. Tip: to be able to cut the meat into small pieces, keep it in the freezer for 20-30 minutes Broiling: used for big pieces of meat with liquids; it is a slow cooking method which will make the meat very tender. Boiling: associated with stews; it uses small pieces of meat mixed with vegetables and other ingredients in much liquid; it is a slow cooking method

Analysing the gas quality in the gas network is essential to monitor technical specifications and ensure correct billing. The GasPro is a mobile gas sampler, with which cyclic sampling can be carried out easily and flexibly at any point from dry gas networks. The samples are collected in a sample cylinder in the GasPro and can then be analysed in a laboratory. The GasPro allows the separation of sampling and sample analysis and is therefore more cost effective and flexible than for example fixed installed gas chromatographs.

Adoption of SF6 alternative gases increases the maintenance and analysis burden on utility staff, requiring multiple analysers to fulfil test and analysis procedures. This requires increased levels of capital budget; increased time to undertake maintenance tasks; resulting in greater inefficiencies onsite. The EMT Zerowaste Rapide Eco+ solves this problem by fulfilling all measurement requirements in one, simple, portable device. Built on the existing market leading EMT Rapide+ platform, Eco+ is the world’s first 4in1 analyser for the measurement of SF6, Novec 4710, Novec 5110 and Dry Air insulating gas applications.

LUXOR A series dryers with ETA-process® and ETA plus® energy saving technology are specifically designed for supplying dried plastic granulate for many different plastics processing applications. They have either two or three fully insulated stationary desiccant beds with separate process and regeneration blowers which provide consistently low dew-point air to the process, while reducing energy consumption. The advanced LUXOR A series consists of ten models with drying capacities from 80 to 2400 m3/h. Each advanced system dryer can be flexibly combined with all LUXORBIN A drying bins from 15 to 2400 litres. In addition, motan offers a range of extra-large drying bins with volumes from 3,000 to 13,000 litres. These are also available with gas heating. All motan system drying bins are made of stainless steel, are completely insulated, and have individual heating as well as temperature control.

CHARACTERISTICS Efficient dust filtration High deposition rate (efficiency) Filter efficiency tested acc. SAE Fine Test Long service life of the filter elements Upstream coarse particle separation For all gases according to G260 For non-aggressive special gases OPTIONEN Customer-specific design for other regulations (ASME, EN 13445, SVTI, AS1210, PD5500, etc) Customer-specific approvals Customer-specific testings Application for sour gas (NACE) Design for low temperature down to -50 ° C Design pressure up to 300 bar Design temperature up to 250 ° C Customer-specific nozzle arrangement Leaflet (english version in progress): D-5025 Patronenfilter / Typ VPF General Cartridge filters are used to clean gas from dry solid dust particles. The design is carried out as a steel welded construction. FUNCTION The gas flows through the inlet nozzle into the filter housing.

Measurement of oxygen in gases Process control Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Semi in situ measurement (excellent reliability) Free circulation of the gases Easy and fast set-up Almost maintenance free, cost effective service MEASUREMENT TECHNIQUE The S24N-2020 analyser fits CEM systems Oxygen measurement on wet gas (direct connection at heated hose outlet) Oxygen measurement on dry gas (after sample conditioning) EXAMPLES OF APPLICATIONS Power generation, district heating operation... Incineration of industrial and domestic waste Steam production Steel works VOC incineration Control of processes...

Measurement of oxygen in combustion gases Control of processes and measurement of emissions. QAL1 compliant (EN14181) Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Semi in situ measurement (excellent reliability) Free circulation of the gases you analyse Easy and fast set-up Limited and cost-effective service and maintenance operation MEASUREMENT TECHNIQUE The S24N-2020 analyser fits CEM systems Oxygen measurement on wet gas (direct connection at heated hose outlet) Oxygen measurement on dry gas (after sample conditioning) EXAMPLES OFAPPLICATIONS Power generation, district heating operations... Incineration of industrial and domestic waste Steam production Steel works VOC incineration Control of processes...