gas absorber Articles
-
Features of porous titanium
Porous titanium, also named as sintered titanium and titanium foams, is sintered from titanium powder. It has pore structure exhibit high specific strength, high energy absorption, excellent corrosion resistance and biocompatibility. Generally, porous titanium processed from irregular titanium or titanium alloy irregular powder. It can be isostatically pressed, molded, and extruded. The main ...
-
Moisture Packets | Moisture Packets for Food
We are the moisture packets manufacturer to keep your things fresh and humidity-free. Interteck Packaging is focused on desiccant design and manufacturing. Our moisture packets for food are safe and secure and used to remove moisture from food.Interteck Packaging is a leading producer of Silica Gel Packets and absorbs gas, moisture vapor from food. Our moisture packets of Silica gel can stop mold ...
-
Utilizing available `coldness` from Liquefied Natural Gas (LNG) regasification process for seawater desalination
Abstract With the increasing use of natural gas, Liquefied Natural Gas (LNG) is becoming more extensively used to ease the storage and transport of gas. The process of returning the natural gas to its gaseous state (regasification) prior to distribution to the gas pipeline absorbs large quantities of heat and therefore provides a readily available and inexpensive source of "coldness" at low ...
-
The Flakt-Hydro process: flue gas desulfurisation by use of seawater
ABB's seawater scrubbing process (the Flakt-Hydro process) for flue gas desulfurisation has recently triggered much interest among power producers because of its simple operating principle and high reliability. The process uses seawater to absorb and neutralise sulfur dioxide in flue gases. The absorbed gas is oxidised and returned to the ocean in the form it originated in the first place, namely ...
-
The study of radon levels and absorbed dose in the staff and visitors of Alisadr Cave
CR-39 passive integrating Solid State Nuclear Track etch Detectors (SSNTDs) were used to measure atmospheric radon concentrations in the Alisadr show cave in Hamedan province, Iran. This was done in order to assess the risk from natural environmental radiation to tourists and cave guides. The study was carried out in 12 locations in the winter and spring periods. The mean radon concentration ...
-
MINERALS PROCESSING: Small bubbles, no trouble
A CSIRO-designed gas liquid nozzle is making gold production more efficient by reducing the amount of oxygen wasted during processing. Trials at Victoria’s Stawell Gold Mine have already shown the nozzle can cut oxygen use by up to 25 per cent compared to previous methods. Dr Jie Wu, who has led the research team developing the technology at CSIRO Manufacturing and Infrastructure Technology in ...
-
NDIR Gas sensor working principle
Background; NDIR gas sensor is a gas sensor based on infrared spectroscopy technology. It can be used to detect a variety of gases, including oxygen, nitrogen, hydrogen, carbon monoxide, carbon dioxide, etc. The working principle, performance characteristics and application of NDIR gas sensor will be introduced in detail in the following sections. NDIR Gas sensor working principle The NDIR gas ...
-
Air pollution control by different types of wet air scrubbers
A wet air scrubber is an air treatment device that removes particulate matter from gas streams by catching the particles into liquid droplets directly on contact in order to provide air pollution control. The basic activity of wet scrubbers is to perform contact between the scrubbing liquid or simply water and, the particulate to be collected. The air pollution control can be achieved in ...
-
Practical Implementation of EN-14181in Particulate Monitoring - Case Study
Introduction This case study summarises the results of implementing particulate monitoring according to EN-14181 in a municipal incinerator operated by SUA in Teesside, UK, with a ProScatter M type particulate instrument (Model PCME QAL 181). It also provides a comparison of results for monitoring the same stack with an ElectroDynamic particulate instrument (Model PCME QAL 991). This case study ...
By ENVEA
-
The key role of the fume hood in the laboratory and the importance of design
The most important function of the fume hood is the exhaust function. In the chemical laboratory, various harmful gases, odors, moisture and flammable, explosive, and corrosive substances are generated during the experimental operation, in order to protect the safety of users To prevent the pollutants in the experiment from spreading to the laboratory, use a fume hood near the source of ...
-
Application of Wet Electrostatic Precipitation Technology (Wesp) in The Utility Industry for Multiple Pollutant Control Including Mercury
Abstract Wet electrostatic precipitation technology can be used to control acid mists, sub-micron particulate, mercury, metals and dioxins/furans as the final polishing device within a multi-pollutant air pollution control system. Test results from coal –fired installations demonstrate >90% removal efficiencies on PM2.5, SO3, and near zero opacity. Additionally, wet ESP technology ...
-
Difference between Carbon Dioxide and Carbon Monoxide Sensing
Introduction Despite the many similarities, there are also many differences between carbon dioxide and carbon monoxide. They are often understandably mistaken as the same gas, however, the distinction between them is crucial when it comes to gas sensing. Carbon Dioxide (CO2) is a chemical compound consisting of one carbon atom and two oxygen atoms. It is a colourless and odourless gas at room ...
-
Product introduction of ammonia adsorption scrubber
The ammonia adsorption scrubber is mainly used to treat the ammonia tail gas volatilized from the exhaust port at the top of the ammonia water storage tank, the ammonia water dosing box and the ammonia water metering box. The principle of absorption achieves the purpose of purifying and absorbing ammonia gas. The material of the ammonia scrubber body is PP polypropylene. The influent water is tap ...
-
Casebook New Scrubber Technology reduces installation costs case study
A100,0000-actual-cubic-feet-per-minute (acfm) RotaBed scrubber recently supplied to Tri-Gen Biopower for sulfur dioxide (S02) control at Gilman Paper, St. Mary's, Ga., saved the company an estimated $150,000 in installation costs-Installation of a heavier packed tower would have required extensive reinforcement of an existing steel support structure, said Ken Schifftner, product/district manager ...
-
Flexibility of Liquid Redox Processing in Refinery Sulfur Management
Documento sin título With over 25 years of experience, sulfur recovery via iron-based, liquid redox processing is a commercially proven approach to refinery sulfur management. The inherent characteristics of liquid redox processing, such as 100% turndown in respect to H2S concentration, flowrate and sulfur loading and single stage removal efficiencies in excess of 99.9%, ...
-
Issue highlight: Air Effluent Control RotaBed Scrubber: One way to meet Cluster Rules in the bleach plant case study
The so-called Cluster Rule promulgated by the US EPA at the end of 1997 seeks to legislate control of both air and water emissions under one, all-encompassing regulation. With proper design and application, Cluster Rule requirements can be met easily and economically on modern kraft bleaching sequences using fluidized bed gas scrubbing technology such as the Rotabed, a product of Bionomic ...
-
Acid-base waste gas treatment wet scrubber
The wet scrubber runs countercurrently with gas and liquid. The exhausted waste gas enters the tower body from the bottom inlet of the tower, passes through the packing layer from bottom to top, and is then discharged from the outlet of the tower top pipeline through the anti-corrosion fan. The neutralizing material passes through the liquid distributor at the top of the tower and is evenly ...
-
Introduction of scrubber + activated carbon adsorption exhaust gas purification device
Washing tower + activated carbon adsorption exhaust gas purification device It is suitable for the treatment of waste gas with low concentration and non-single components. The granular dust, smoke and grease can be removed through the water shower tower. The treated waste gas is absorbed by the activated carbon adsorption tower. The function of the water shower tower is to purify the waste gas ...
-
Ambient Air Sampling Methods
Pollutants are nothing but any substance that may present in an atmosphere in such a concentration that it may harmful to surrounding, living organism or human being. Sampling and analysis of air pollutants is known as Air quality monitoring and it is major part of environmental monitoring. There are many advanced types of ambient air Sampling methods. we will learn here only which are most ...
-
Introduction of chlorine scrubber (purification tower)
Chemical principle: Using ferrous chloride solution as the absorption liquid and iron as the regenerant, chlorine and ferrous chloride undergo a redox reaction to generate ferric chloride, which can be reduced by the regenerant. The chemical reaction formula is as follows: 2FeCL2+2CL2=2FeCL3 2FeCL3+Fe=3FeCL2 Advantage: 1. Strong absorption capacity and large capacity, the ferric chloride ...
Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you