Hydrogen Sulfide is a corrosive, odorous, and hazardous gas that can cause issues for wastewater collection systems and treatment plants. When evaluating hydrogen sulfide concentrations it is important to consider the source, odor causing mechanism, and its level of toxicity. In this study, continuous hydrogen sulfide monitoring was performed for 8 locations within the New Orleans East Bank Wastewater Treatment Plant for a span of 5 months. Hot spots within the plant are located and data analysis is performed based on daily and hourly averages of hydrogen sulfide concentrations. The data was configured to show peak hydrogen sulfide concentrations at specific time intervals throughout the day
The presence of hydrogen sulfide in a ground water source is noted by its rather obnoxious odor, sim...
Hydrogen sulfide is recognizable by its distinctive rotten egg odor. Hydrogen sulfide, H2S, is forme...
This paper reviewed systematically the odor production and emissions in wastewater systems including...
Hydrogen sulfide (H2S) is notable for its toxicity and corrosion is one of the major sources of odor...
Summarization: Municipal wastewater treatment plants (WTP) emit odorous compounds that produce nuisa...
The hydrogen sulphide (H2S) levels from wastewater treatment plants (WWTPs) in Curitiba, Brazil have...
A thorough study including odor monitoring, modeling and treatment as three important aspects of odo...
The North Wastewater Treatment Plant of Ciudad Juárez (the Plant) had odor and corrosion problems as...
Odor and corrosion are common problems in domestic wastewater collection, transportation, pumping, a...
Due to occasional complaints of odors from residential and commercial neighbors, and the projected d...
As population expansion has caused odorous industries to encroach on residential neighborhoods, meas...
H2S is usually the main indicator parameter to assess when nuisance odors arise in wastewater handli...
Gaseous emissions and chemical compounds responsible for odor nuisance are the most common social co...
Background The aims of this study was to assess exposure to hydrogen sulphide (H2S) among waste wate...
Odors emitted from wastewater treatment and sludge processing facilities may lead to employee compla...
The presence of hydrogen sulfide in a ground water source is noted by its rather obnoxious odor, sim...
Hydrogen sulfide is recognizable by its distinctive rotten egg odor. Hydrogen sulfide, H2S, is forme...
This paper reviewed systematically the odor production and emissions in wastewater systems including...
Hydrogen sulfide (H2S) is notable for its toxicity and corrosion is one of the major sources of odor...
Summarization: Municipal wastewater treatment plants (WTP) emit odorous compounds that produce nuisa...
The hydrogen sulphide (H2S) levels from wastewater treatment plants (WWTPs) in Curitiba, Brazil have...
A thorough study including odor monitoring, modeling and treatment as three important aspects of odo...
The North Wastewater Treatment Plant of Ciudad Juárez (the Plant) had odor and corrosion problems as...
Odor and corrosion are common problems in domestic wastewater collection, transportation, pumping, a...
Due to occasional complaints of odors from residential and commercial neighbors, and the projected d...
As population expansion has caused odorous industries to encroach on residential neighborhoods, meas...
H2S is usually the main indicator parameter to assess when nuisance odors arise in wastewater handli...
Gaseous emissions and chemical compounds responsible for odor nuisance are the most common social co...
Background The aims of this study was to assess exposure to hydrogen sulphide (H2S) among waste wate...
Odors emitted from wastewater treatment and sludge processing facilities may lead to employee compla...
The presence of hydrogen sulfide in a ground water source is noted by its rather obnoxious odor, sim...
Hydrogen sulfide is recognizable by its distinctive rotten egg odor. Hydrogen sulfide, H2S, is forme...
This paper reviewed systematically the odor production and emissions in wastewater systems including...