Gas phase bio-filter for the removal of triethylamine (TEA) from air: Microbial diversity analysis with reference to design parameters

High triethylamine-sensing properties of NiO/SnO2 hollow sphere P–N heterojunction sensors

“…It exhibits a great damage on health, such as skin burns, headaches, and pulmonary edema when the concentration is more than its threshold of 10 ppm on volumetric basis (ppmV) in air [2]. Moreover, it also endangers our environment when its steam is mixed with air and exposed to the flame [2,3].…”

“…It exhibits a great damage on health, such as skin burns, headaches, and pulmonary edema when the concentration is more than its threshold of 10 ppm on volumetric basis (ppmV) in air [2]. Moreover, it also endangers our environment when its steam is mixed with air and exposed to the flame [2,3]. Although some traditional methods like gas detection tube and chromatography methods are powerful for TEA detection, the complex detection process and expensive equipment hinder their wide applications [1,4,5].…”

“…Triethylamine (TEA) is an explosive and excitant gas, which has been widely used as catalyst, preservatives, organic solvents and synthetic dyes in industry [1,2]. It exhibits a great damage on health, such as skin burns, headaches, and pulmonary edema when the concentration is more than its threshold of 10 ppm on volumetric basis (ppmV) in air [2].…”

Thermophilic biofilter for SO2 removal: Performance and microbial characteristics

“…B13 was closely associated with Citrobacter freundii FHMDC1F2-14 (100%), a SO 4 2À -reducing bacterial strain isolated from sediments. B14 and B16 exhibited 100% similarity to Aeromonas sp., which are thermostable (Gandu et al, 2013). B10 presented in LB-0, LS-6, and LS-8 had 100% similarity to Ralstonia sp.…”

Effect of empty bed residence time on biotrickling filter performance: case study—triethylamine

“…Moreover, there are several studies on the elimination of waste gas containing TEA using the BFs (Belin et al 1983;Busca and Pistarino 2003;Gandu et al 2013;Torkian et al 2005Torkian et al , 2007. However, no study has been published using an aerobic BTF system for the removal of waste gas containing TEA besides the authors' previous paper (Mehrdadi et al 2010).…”