Liquid gas - Import export

DL-Methionine is an essential amino acid in humans. It is a sulfur-containing organic compound. It is encoded by the codon AUG. Its chemical formula is represented as C5H11NO2S. The chemical exhibits phase behavior, it changes from solid to liquid and gas. It cannot be synthesized in the body and must be obtained by consuming methionine-containing proteins.

We design and manufacture products based on the project sent by our customers or according to customer requirements. Calculations, designs and projections according to customer demand and in accordance with ASME Code Section VIII Div 1 and 2 (American Society Mechanical Engineers), API 661, API 650 (American Petroleum Institute), TEMA (Tubular Exchanger Manufacturers Association), AD-MERKBLAATTER, CODAT, DIN, EN 13445, PED 2014/68 / AB and TSE. The most common processes in the Oil & Gas, Petrochemical & Chemical, Food & Beverages and Heavy & Light Industry require a significant number of equipment to exchange heat or to storage different fluids or components. The fluid can be either liquid or gas, and one of each flows into the tube and the other flow out of the tube is used to boil, condense or cooling the fluid.

Knight Optical has successfully launched a range of Stock Optical Domes for Submersible ROVs underwater imaging, sensing and exploration applications, where protection of electronic sensor systems from harsh liquid and gas environments is essential. A dome is essentially a window that has two parallel curves faces. Our domes ensure high clarity and transmission in the UV-NIR and FarIR spectrums allowing for accurate measurement. Knight Optical is a trusted, established and reliable supplier to manufacturers of underwater ROVs for surface and deep water exploration. With our excellent record delivering quality, metrology tested optical domes & windows; we like to think we are your best solution for custom ROV dome and window solutions. Our products are used by satisfied customers in the ROV industry worldwide. Contact our experts and find out why! For more information read PDF

Knight Optical has successfully launched a range of Stock Optical Domes for protective housing for Drone and Vision system cameras, where protection of electronic sensor systems and expensive fish-eye lenses from harsh liquid and gas environments is essential. A dome is essentially a window that has two parallel curves faces. Our domes are high quality with good form error polished faces to ensure high clarity and transmission in the Visible and NIR spectrums allowing for accurate measurement. Capabilities: Domes are readily mountable, optically clear and manufactured to a high standard. Available from 5mm to 200mm in diameter and 0.25 to 10mm in thickness offering high transmission and extreme toughness for harsh environments. For more details read the PDF ...

Liquid gas hose per DIN EN 1762 (LPG), however with embedded spiral for smallest bending radiuses and very easy handling. For propane, butane and other liquid gasses per DIN 51622. Also suitable to transport gaseous media. For information on temperature and media resistances please see our Simon resistances chart. Construction: Black, electrically conductive special tube Tension and pressure-resistant fabric inlays Embedded copper wire Concealed steel spiral Pin-pricked, weather-resistant, electrically conductive, abrasion-resistant cover Interior and exterior smooth, fabric patterned Supplied by the roll or cut to length. Available as drum-windable or simple loading or drainage hose, also without spiral. Other versions and dimensions on request.

INOX LPG petrol system cleaner is a specially developed high-performance product for liquid gas-powered (LPG) vehicles. It reliably and sustainably removes even the smallest dirt and resin deposits in the entire combustion system.

ATEX certified flameproof thermostats ATEX II 2 G/D EEx d IIC T6 The Exheat „AFT“ flameproof thermostat are ATEX certified, suitable for installation in zone 1 or 2 and 21 or 22 hazardous areas. It has external adjustment enabling quick & accurate variable control for liquid, gas and air applications.

SMLD 300, THE SMALLEST With a minimum grid width of just 4.5 mm (with a special coil package even only 4 mm), the micro valves SMLD 300 are suitable for the tightest of spaces. Low-viscosity media can be dispensed with small flow rates. This type of valve offers a small internal volume of only 25 µl. VALVE COILS The valve coils are removable and available in different versions. They are optimised for very fast actuation times and minimal size. VALVE INSTALLATION Fastening type cylindrical: Grid width with highest resolution, small size. Suitable to our adapter nozzles. The thread fastening is designed to allow an easy exchange of the micro valves. especially suited when the micro valves should be as easy to exchange as possible. The micro valve can be exchanged quickly and without dismantling the entire valve holder and without disconnecting the electric connections.

SMLD 300G, THE FLEXIBLE ONE With a minimum grid width of 6 mm, the SMLD 300G is very space-saving, while offering maximum flexibility. These micro valves are suitable for a wide range of viscosities and are available in many configurations. Valve holder with integrated heating can also be combined with it. The internal volume is 65 µl. The R (Resistant) type offers crucial benefits in regards of corrosion and the handling of aggressive medias, compared to SMLD 300G, but remains fully compatible in size and function for all SMLD products and components. VALVE COILS The valve coils are removable and available in different versions. They are optimised for very fast actuation times and minimal size. VALVE INSTALLATION Fastening type cylindrical: Grid width with highest resolution, small size. Suitable to our adapter nozzles. The thread fastening is designed to allow an easy exchange of the micro valves. especially suited when the micro valves should be as easy to exchange as possible.

Immersion heaters from 0,1 kW up to 300 kW for tank heating or as components for machines: - Lube oil heaters for compressors, pumps, turbomachinery, refrigeration machines and others - Tank heaters for oil, water and other liquids - Gas heaters for process applications - Anticondensation heaters for electrical motors and machine housings Range from 0,1 kW up to 300 kW ATEX, IECEx, TR-CU and other international certificates

The UniCompact is a very versatile heat-exchanger, suitable for use in wide ranging applications, including liquid, gas and steam. The sealed units require no maintenance and the robust construction and variety of materials ensure a long service-life. The choice and design of the right UniCompact for your requirements will be calculated for you by an expert at UNEX. Thousands of these heat-exchangers have already been supplied and are reliably in use around the world. Depending on your needs, the UniCompact can also be delivered with fixtures, fittings, connections and insulation.

CSN® Explosionproof screw plug or flanged immersion heaters ( Ex ) are perfectly suited for direct heating of liquids or gas / air mixtures in hazardous areas. The devices are available with attached or integrated temperature monitoring systems. For these heaters various high quality stainless steel grades are available. The electical immersion heater type 94./..EEs….T.(.) is designed for the heating of liquids and quit gasair mixtures in the zone 1 and zone 2. The standars elements, mentioned in this list are suitable for DGRL (code 97/23/EG) Art. 3 Para. 3. The elements can be suited (on request) to other uses requiring another classification according to DGRL.

Screw-in Tubular Heaters are the standard solution for all heating processes with liquids or gas. The heater is installed in a tank or a tube system by the G1½" screw fitting. The IP54 connection head, fitting and tubular heater consists of stainless steel. The tube sheath material 1.4529 is resistant to sulphite, phosphors and hydrochloride media.

Electrical pocess heaters from 0,5 kW up to 1000 kW including pressure vessel, according ASME, PED or TR-CU. Gas heaters for natural gas, seal gas, fuel gas, industrial gas applications, process gas. Liquid heaters for oil, water and any process liquids. ATEX, IECEx, TR-CU certificates. Operating temperature up to 1000°C Operating pressure up to 500 bar

Flameproof mini line heaters ATEX Ex II 2 G Ex’d’ IIC T4-T6 nach EN60079-0 und EN60079-1 The Exheat range of flameproof mini line heaters consist of a screw plug or flanged type immersion heater mounted in a thermally insulated heating vessel. They are designed to efficiently transfer heat to a flowing medium (liquid, air or gas). All flameproof heaters are fully ATEX certified and designed for use in zone 1 & 2 hazardous areas, gas group IIC.

The ideal and reliable highflow CO2 pressure reducing valve for use with CO2 gas or liquide. Constructed in brass (C31) and meehanite (C2K32) with stainless steel trim Abrasion and dirt resistant rubber valve seats Dome loading either from inlet line or separate gas supply Stable and noiseless operation Positive gastight shutoff Highflow contoured passages

Aluminum cylinders are 1/3 the weight of steel cylinders, making them lighter tc carry around the shop or from job site to joo site! Suitable for Helium, Nitrogen and C02.25 CuDic Foot Cylinder Inflates:200 - 9" balloons 100 -11" oalloonsDimensions: 27.5” from bottom to top of handle. 8" in diameter.

Formula: He General Description: Liquid Helium is a liquid state of aggregation of Helium, a colorless, chemically inert liquid, transparent Gas purity and content of its controlled impurities(vol.%, ppmv) Brand 5.5 99,9995% Areas of use: To ensure the operation of superconducting electromagnets: in medical magnetic resonance diagnostics (MRI) machines, in research facilities such as elementary particle gas pedals and fusion plants; For the basis for ultra-low temperature generation in scientific experiments, Brand 5.5 Helium (He) 99.9995% Neon Ne ⩽1.0 ppmv Nitrogen N2 ⩽1.5 ppmv Oxygen + Argon O₂+Ar ⩽0.5 ppmv Hydrogen H2 ⩽0.2 ppmv Amount of hydrocarbons ΣCₙHₘ ⩽5.0 ppmv Carbon monoxide + Carbon dioxide CO+CO₂ ⩽0.1 ppmv Moisture H2O ⩽5.0 ppmv

WESTRON MAPP Gas Physical Properties MAPP gas is also used in incineration with air for crazing and soldering, where it has a slight advantage over competing for propane fuel oecause of its higher comousticn temperature of 2,020 °C (3,670 aF) in air. WESTRON MAPP Cas is colorless in both liquid and gas form. The gas has a noticeable acetylere-like or fishy odor at concentrations aocve 100 ppm. due to the addition of suostituted amines as a polymerization inhioitor. Low molecular weight alkynes have strong odors. MAPP gas is toxic if inhaled at high concentrations.

The perfect CTP-solution for combined cleaning of low laden organic waste gas flows and high caloric off gas and/or liquids even without LEL protection. The Hybrid-RTO is especially suitable for small flows at concentrations > LEL, which occur continuously or discontinuously. Design of the raw gas injection is possible in ATEX. Injection of high caloric raw gas and/or liquids Higher cleaning efficiency due to direct injection Flexible and energy-efficient operation adapted to injection Highest flexibility and possibility for extension

Despite the increasing level of digitalization, an ever-increasing demand for paper and pulp products can be observed. However, a shift is taking place from print paper qualities to packaging paper and cardboard. The wide range of paper products requires a variety of production processes. These include mechanical and chemical processes which, depending on the form and variant, produce different pulp qualities. Stirring and mixing are essential unit processes in all types of paper and pulp production. Mixing tasks range from liquid/liquid or gas/solid/liquid mixtures, through mixing of complex liquids, and include mixing of chemically reactive components. Improving and optimizing mixing processes in the paper and pulp industry can lead to end product improvements; such as increased strength, improved luster, or significant energy or chemical savings.

White Yarrow CO2 Extract (Achillea millefolium) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique properties to extract various compounds from plants. Yarrow, or Achillea millefolium, is known for its many potential benefits and aromatic properties. Anti-inflammatory and soothing: Yarrow contains flavonoids and tannins that have anti-inflammatory and soothing properties. It is traditionally used to relieve inflammatory conditions of the skin and mucous areas, as well as other types of inflammation in the body. Skin care: Yarrow extract is popular among cosmetic and skin product manufacturers.

White Wormwood CO2 Extract (Artemisia Absinthium) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique properties to extract various compounds from plants. The CO2 extraction process is widely used in the food, cosmetic, pharmaceutical and other industries. It is the preferred method for extracting active ingredients, such as essential oils, flavonoids, terpenes and other beneficial substances from plants, because it does not leave solvent residues and does not lead to degradation of the ingredients due to high temperature or chemical processes.

Scots pine CO2 extract (Pinus sylvestris) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique properties to extract various compounds from plants. CO2 extract from white pine (White Pine CO2 extract) is obtained by the process of CO2 extraction (supercritical extraction with carbon dioxide) of the needles and tips of white pine (Pinus strobus). White pine needles are rich in active ingredients and essential oils that have many health and cosmetic benefits. Botanical (Latin) name: Pinus sylvestris. Uses and properties : Perfumery, cosmetics, medicine, aromatherapy, food industry.

Immortelle CO2 Extract (Helichrysum italicum) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique properties to extract various compounds from plants. Helichrysum italicum (Helichrysum italicum) is a perennial herb found in various parts of the Mediterranean, including southwestern Europe and northern Africa. It is known for its antioxidant and anti-inflammatory properties and is used in medicine, cosmetics and aromatherapy. CO2 extraction of Immortal is one of the methods for extracting its essential oil.

Arnica CO2 extract (Arnica montana) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique properties to extract various compounds from plants. The CO2 extraction process is widely used in the food, cosmetic, pharmaceutical and other industries. It is the preferred method for extracting active ingredients, such as essential oils, flavonoids, terpenes and other beneficial substances from plants, because it does not leave solvent residues and does not lead to degradation of the ingredients due to high temperature or chemical processes.

Acacia CO2 extract (Robinia pseudoacacia) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique properties to extract various compounds from plants. The CO2 extraction process is widely used in the food, cosmetic, pharmaceutical and other industries. It is the preferred method for extracting active ingredients, such as essential oils, flavonoids, terpenes and other beneficial substances from plants, because it does not leave solvent residues and does not lead to degradation of the ingredients due to high temperature or chemical processes.

Grape Seed CO2 Extract (Vitis Vinifera) CO2 extraction, also known as supercritical carbon dioxide extraction, is a process for extracting useful substances from plants or other raw materials using supercritical (critical point) carbon dioxide as a solvent. When carbon dioxide is heated and pressurized to a specific point, it becomes supercritical, meaning it is in both the liquid and gas phases at the same time. In this supercritical state, CO2 can use its unique CO2 extract of Grape Seeds is obtained by the process of CO2 extraction (supercritical extraction with carbon dioxide). This process is technological and completely harmless to the environment and human health, making it a popular method for extracting various ingredients from plants. Grape seeds are rich in polyphenolic compounds, especially proanthocyanidins and flavonoids, which are powerful antioxidants. These ingredients help the body fight free radicals and protect cells from damage.