Carbon dioxide - Import export

The material can be processed with conventional plastic industry equipment, such as injection molding and extrusion machinery. The typical end applications are those for which organic recyclability (compostable and anaerobic digestibility) is the intended end-of-life or for which it is challenging to avoid fragments ending up in the open environment. It is suitable for (food) packaging, organic waste management, agricultural, horticultural, and marine-related applications.

When it comes to filter material, there are a few points to consider. The filter material should have a large surface area. This ensures a good exchange rate between exhaust air and filter material and provides sufficient space for microorganisms to colonise. The filter material must be designed in such a way that it has a good water holding capacity. The colonised microorganisms are only viable in a moist environment. In general, different filter materials are used in one batch. The reason for this it ensures both a good stability of the filter bed and a larger surface. In addition, the added microorganisms must be sufficiently supplied with inorganic nutrients and trace elements, unless this is provided by the composition of the exhaust air. The temperature inside the biofilter system plays a decisive role as well. Temperatures between 5 °C and 40 °C are favourable for the microorganisms to work properly.

The NDIR bundle CO2 is a set of perfectly matching components for the gas analysis of carbon dioxide and offers research teams, institutes and laboratories the right solution for the demand of short term required IR components in small volumes. Micro-Hybrid is combining a NAC-based IR emitter with reflector of the JSIR 350 series with the highly sensitive thermopile dual detector of the MTS 2 SENS series. The narrow band filter of the dual detector is optimized to absorb carbon dioxide (CWL: 4265 ± 25 nm / HBW: 120 ± 10 nm) and has an additional reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). Designed for use in research projects in the fields of cell growth, plant cultivation or industrial gas measurement, our NDIR bundle CO2 provides developers with immediate results in gas analysis.

The narrow band IR filters of the MPS4SENS 3C-2 carbon dioxide enhance the measurement of carbon monoxide (CO) (CWL: 4650 ± 40, HBW: 180 ± 20 nm), carbon dioxide (CO2) (CWL: 4415 ± 30, HBW: 60 ± 10 nm) and carbon compoundsn (CWL: 3400 ± 20, HBW: 140 ± 20 nm) with reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The detector covers a wide range of applications in aerospace, medical, industry and environmental technology at ambient temperatures between -20 and 85 °C. Only Micro-Hybrid develops and manufactures 4-channel pyroelectric detectors with a thin film membrane made of ceramic pyroelectric material in a TO39 package. This high performance material gives the detector a very high detectivity of up to 4.0*10^8 cm√Hz/W and a high sensitivity of up to 200000 V/W. The unique detector design of Micro-Hybrid enables the high read-out rate up to 100 Hz as well as the short response time for reliable measurement results in NDIR gas analysis.

The highly sensitive pyroelectric quad detector allows the combined measurement of carbon monoxide (CWL: 4650 ± 40, HBW: 180 ± 20 nm), carbon dioxide (CWL: 4265 ± 25, HBW: 120 ± 10 nm) and carbon compounds (CWL: 3400 ± 20, HBW: 140 ± 20 nm) with reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The detector can be used at ambient temperatures between -20 and 85 °C in numerous applications in aerospace, medical, industry and environmental technology. Micro-Hybrid is the only manufacturer of 4-channel pyroelectric detectors with a high performance membrane in a TO39 package. The very high detectivity of up to 4.0*10^8 cm√Hz/W and sensitivity of up to 200000 V/W is achieved by the pyrodetector MPS4SENS 3C-1 carbon dioxide due to the chips with a thin film membrane made of ceramic pyroelectric material. The unique detector design of Micro-Hybrid enables the high read-out rate up to 100 Hz as well as the short response time for reliable measurement results in NDIR gas analysis.

The narrow-band filter of the MTS2SENS200 carbon dioxide with a CWL of 4265 ± 25 nm and an HBW of 120 ± 10 nm is optimized for the measurement of carbon dioxide (CO2) with reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The detector is characterized by an integrated thermistor for reference temperature determination and an interference absorber. They both ensure that the signal is converted as efficiently as possible from radiant energy to thermal energy. The basis of the IR thermopile MTS2SENS200 carbon dioxide are 2 chips with 200 bismuth-antimony/antimony thermocouples each. Thanks to them and the filling with krypton, the detector convinces with a detectivity of up to 6.27*10^8 cm√Hz/W and sensitivity of up to 171 V/W. The signal quality is comparable to pyroelectric detectors. The detector can be used at ambient temperatures between -20 and 85 °C in numerous industrial, aerospace and medical applications: Exhaust gas measurement, breath gas analysis or patient monitoring.

The narrow band filter of the MPS2SENS carbon dioxide with a CWL of 4265 ± 25 nm and a HBW of 120 ± 10 nm is optimized for the measurement of carbon dioxide (CO2) with reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The detector suits for demanding applications in medical, industry and environmental technology. With its very high read-out rate of up to 100 Hz and a short response time, it provides precise measurement results reliably and quickly. The pyrodetector MPS2SENS carbon dioxide is based on 2 chips with a thin film CPM membrane. Thanks to the Ceramic Pyroelectrical Material (CPM) the detector features a very high detectivity of up to 4.0*10^8 cm√Hz/W and sensitivity of up to 200000 V/W. The signal quality of our pyroelectric sensors is unchallenged. The detector operates within ambient temperatures ranging from -20 to 85 °C and covers a wide range of applications: NDIR gas analysis, industrial process and exhaust gas measurement, and respiratory gas monitoring.

The analyzer for carbon dioxide and oxygen has been specially designed for monitoring cell growth processes in biotechnology. The device can be installed directly in the exhaust flow of the bioprocess and measures the concentration of CO2 and O2 there in real-time. The BlueInOne Cell automatically compensates any fluctuations of pressure and humidity in the system. The readings are therefore extremely accurate even under fluctuating measuring conditions. The BlueInOne Cell gas analyzer is fitted with an IR CO2 sensor, as well as a electrochemical oxygen sensor with galvanic cell. The O2 detector offers a measuring range of 0-100 % Vol. for oxygen, long-term stability and has a very high resolution of 50 ppm. The device can also analyze anaerobic processes with high precision.

Off gas analysis in bioprocesses delivers important informatione about respiratory activity like CTR from which actions for process optimization and scale-up can be deduced from. The BCP-CO2 sensor will help you to understand and control your processes better. The CO2 analyzer BCP-CO2 services for application in fermenters and bioreactors of any scale. No matter if you are working in big stainless steel tanks, shake flasks, disposable, single-use or parallel reactorsthe BCP-CO2 is easy to install, doesn´t need much maintenance and offers an integrated, automatic pressure and temperature compensation. BCP-CO2 measures directly in the process. Additional pipes are not necessary. The extremely robust sensor has a IP65 aluminium housing and is well applicable under harsh process conditions.

we offer carbon dioxide in a wide range of grades for industrial, medical, pharma and food applications. With a broad selection of cylinder sizes, we’re sure to have the right product for your needs.

Compressed gases are removed from gas cylinders using RIEGLER flange pressure controllers, which are used during welding, cutting or other related processes. We offer flange pressure controllers according to DIN EN ISO 2503 for flammable and non-flammable gases up to 200 bar and up to 300 bar. All flange pressure controllers are each equipped with a pressure gauge for the display of the cylinder contents and the working pressure. In addition you can also get flange pressure controllers with a flowmeter. Our flange pressure controllers can be used for oxygen, compressed air, nitrogen, carbon dioxide, argon, acetylene, hydrogen, methane, illuminating gas and natural gas.

Compressed gases are removed from gas cylinders using RIEGLER flange pressure controllers, which are used during welding, cutting or other related processes. We offer flange pressure controllers according to DIN EN ISO 2503 for flammable and non-flammable gases up to 200 bar and up to 300 bar. All flange pressure controllers are each equipped with a pressure gauge for the display of the cylinder contents and the working pressure. In addition you can also get flange pressure controllers with a flowmeter. Our flange pressure controllers can be used for oxygen, compressed air, nitrogen, carbon dioxide, argon, acetylene, hydrogen, methane, illuminating gas and natural gas.

The EL-IOT-CO2 is an air quality meter that provides insight into carbon dioxide, temperature and humidity. This device continuously monitors the moisture and comfort of the environment, including CO₂. The data is automatically uploaded to the EasyLog Cloud, allowing instant viewing, analysis and downloading of complete readings from any device with an Internet connection. Within minutes, the device is set up. You can configure your own alarms for each measured parameter. When one of the alarms is exceeded, an alarm goes off immediately, and the set contacts receive an e-mail and text message.

Carbon dioxide CO2

Carbon dioxide CO2

Carbon dioxide CO2

Carbon dioxide CO2

Istanbul Dokum has hand moulding system. Alfacet and Carbon Dioxide resins are used with mixer which has 10 tons capacity sand output per hour.

Sensing a wide spectrum of gases. Size and look depends on measured gas. Some have build in display. Specification on the right is for carbon dioxide. Ask for other.

The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India.

The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India.

The anhydrous sodium hypochlorite is high unstable and discomposes in an explosion. For this reason, the salt is commonly sold in the pentahydrate form which is less dangerous. Nevertheless, the pentahydrate reacts with various metals such as zinc to create a hydroxide. It also reacts with carbon dioxide in the water to form sodium carbonate. It also reacts with various nitrogen compound to form volatile nitrogen compounds.

Exhaled Breath = 78.04% Nitrogen + 13.6%-16% Oxygen = CO2 Car Exhaust = Carbon Dioxide + Carbon Monoxide + Sulphur Dioxide + Nitrogen Oxides + Hydrocarbons How do we know this? Gas detection in Continuous Emission Systems (CEMS), combustion analysers and environmental monitoring are key to ensuring that the world we live in is monitored for its pollution and environments we work in are safe to do so as gases can be detrimental to life. Knight Optical provide a number of optical components that are used in Gas Detection Systems. We can also provide interference bandpass filters that work within the IR, front surface mirrors, gas cells and singlet lenses and window made from Germanium (Ge), Calcium Fluoride (CaF2), Silicon (Si), Quartz/ Fused Silica, Magnesium Fluoride (MgF2) and Sapphire (Al2O3). Read PDF for more information ….

Gas Detection Systems use Interference Bandpass Filters to identify the emission of a type of gas. Different gases emit at a specific wavelength which makes it identifiable when using a relevant Interference Bandpass Filter. These wavelengths are: Carbon Monoxide (CO) @ 4.73μm Nitric Oxide (NO) @ 5.24μm Nitrogen Dioxide (NO₂) @ 6.17μm Sulphur Dioxide (SO₂) @ 7.42μm Hydrogen Chloride (HCl) @ 3.55μm Carbon Dioxide (CO₂) @ 10.7μm Knight Optical provide a wide range of interference bandpass filters that can be used with gas detection. The Interference Bandpass Filters would be need to transmit in the infrared region. These would be a customised item, which we are very experienced in. We provide narrow, standard, broadband and extra broadband filters with a high optical density of 4 as standard, however this can be customised for you. For more information read PDF

The sliding gate manual valve for low temperature type 8056 in reinforced version is used for cryogenic control applications down to 200°C. Media such as hydrogen, nitrogen, oxygen, carbon dioxide, etc. can be shut off safely and can be controlled excellently, even in the low temperature range.

The low temperature sliding gate control valve type 8026 in reinforced GS3 design with integrated positioner is suitable for a wide range of process applications down to 200°C. Media such as hydrogen, nitrogen, oxygen, carbon dioxide, etc. can be precisely controlled even in the lowtemperature range. Digital positioner type 8049 Pneumatic and electropneumatic positioner type 8047 Positioner with integrated process controller type 8049 IPC Positioner type 8047 and type 8049 also in explosionproof version Positioner with mounting acc. to NAMUR standard Limit switch Position feedback Manual override Pilot valve . . .

Provides Consistent, Accurate Responses to Next Generation Refrigerant As the first accurate, reliable, highly sensitive, cordless refrigerant leak detector, the original D-TEK revolutionized the field. Now we have built on that technology leadership with the D-TEK CO2, the only hand-held refrigerant leak detector designed especially to detect carbon dioxide, the next generation refrigerant. The D-TEK CO2 uses an innovative infrared absorption sensing cell which is extremely selective to carbon dioxide, yet its circuitry allows the instrument to equalize to the CO2 present in the atmosphere, so there is minimal risk of false alarms. D-TEK CO2 maintains its sensitivity over time for consistent, accurate and reliable performance. Its specialized infrared sensor cell lasts for approximately 1,000 hours, so you buy fewer replacement parts. Additional features include a charging status indicator, sensor failure indication, sensor test mode and rechargeable NiMH (nickel metal...

Leak detector high detection sensitivity for pressurised piping and containers, e.g. on compressors, steel bottles, fittings, shut-off valves, breathing devices, oxyacetylene gas and inert-gas arc welding devices, Bunsen burners, valves, screw fittings of compressed-air lines etc. Suitable for compressed air, refrigerant, acetylene, butane, natural gas, carbon dioxide, gaseous oxygen, propane, town gas, nitrogen, hydrogen and, ammonia Suitable for checking the safety of systems with combustible gases and for avoiding financial losses through unrecognized leaks Advantages and benefits Frost-proof to -15°C Saves energy and warns of gas loss Contains corrosion protection inhibitors Tested by the DVGW in accordance with DIN EN 14291 Non-combustible Economical in use