Below is the list of violations that are tracked:
Biological Oxygen Demand (BOD) is a measure of the organic pollution in water, indicating the amount of oxygen required by microorganisms to break down organic matter. By monitoring BOD levels, Citylitics EMD helps identify and assess the impact of organic pollutants, such as wastewater or agricultural runoff, on water quality and ecosystem health.
Chemical Oxygen Demand (COD), which measures the amount of oxygen required to chemically oxidize organic and inorganic substances in water. By tracking COD levels, Citylitics EMD aids in monitoring and managing the presence of various pollutants, including industrial wastewater, chemicals, and organic matter, that can contribute to water pollution and ecological imbalances.
Nitrogen is a key nutrient that plays a crucial role in the growth of aquatic plants and algae. However, excessive nitrogen, often originating from agricultural runoff or wastewater discharges, can lead to nutrient pollution and the formation of harmful algal blooms. By monitoring nitrogen levels, Citylitics EMD assists in identifying potential sources of pollution and implementing appropriate mitigation measures.
pH is a measure of the acidity or alkalinity of water, indicating the concentration of hydrogen ions. Maintaining appropriate pH levels is essential for the health and survival of aquatic organisms. By monitoring pH, Citylitics EMD helps identify deviations from the optimal range, enabling prompt actions to mitigate adverse effects on water quality and aquatic ecosystems.
Total Suspended Solids (TSS) refers to the concentration of solid particles, such as silt, sediment, and organic matter, that remain suspended in water. Monitoring TSS levels helps assess water clarity, sedimentation patterns, and potential sources of pollution. Citylitics’ EMD TSS data aids in understanding the overall health of water bodies and designing effective management strategies to address sedimentation and pollutant runoff.
Phosphorus is a vital nutrient for aquatic plants and algae, but excessive amounts can lead to eutrophication, causing harmful algal blooms and oxygen depletion. By monitoring phosphorus levels, Citylitics EMD helps identify potential sources of nutrient pollution, enabling proactive measures to reduce the impact and restore water quality.
Decane and octadecane are hydrocarbon compounds that can be found in industrial discharges and petroleum-based products. Monitoring their levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with elevated decane and octadecane levels and supports efforts to manage and mitigate their presence.
FOG (Fats, Oils, Grease) is a common pollutant in wastewater from commercial kitchens, restaurants, and food processing industries. Monitoring FOG levels is crucial to prevent clogged pipes, sewer overflows, and environmental contamination. Citylitics EMD assists in identifying areas where FOG buildup may occur and helps implement proper grease management practices.
Coli is a common indicator organism used to assess the microbiological quality of water and the potential presence of fecal contamination. Monitoring E. coli levels is crucial for ensuring the safety of water sources, as its presence indicates a potential risk of waterborne diseases. Citylitics EMD aids in identifying areas with elevated E. coli levels and supports efforts to implement appropriate water treatment and sanitation measures to protect public health.
Ammonia is a nitrogenous compound that can be found in wastewater, agricultural runoff, and industrial discharges. Monitoring ammonia levels is crucial for assessing water quality and the impact of nitrogen pollution on aquatic ecosystems. Citylitics EMD helps identify potential sources of ammonia and supports the implementation of appropriate mitigation strategies.
Nitrate is a form of nitrogen that can be found in agricultural runoff and wastewater. High nitrate levels can lead to water pollution and pose risks to human health. By monitoring nitrate levels, Citylitics EMD helps identify areas with potential contamination and supports efforts to mitigate nitrate pollution.
Trichloroethylene (TCE) is a volatile organic compound (VOC) commonly associated with industrial activities, groundwater contamination, and improper waste disposal. Monitoring TCE levels is crucial for assessing the extent of contamination and implementing remediation measures to protect water resources. Citylitics EMD aids in identifying areas with potential TCE contamination and supports effective pollution management strategies.
Turbidity refers to the cloudiness or haziness of water caused by suspended particles. Monitoring turbidity levels is important for assessing water quality, as high levels can indicate sedimentation, pollution, or other factors affecting water clarity. Citylitics’ EMD turbidity data assists in understanding the overall health of water bodies and implementing appropriate management measures.
Uranium can naturally occur in groundwater or be released through industrial activities, mining, or nuclear waste disposal. Monitoring uranium levels is essential for assessing potential contamination and its impact on water quality and public health. Citylitics EMD helps identify areas with potential uranium contamination and supports efforts to ensure safe drinking water supplies.
Vanadium can be found naturally or as a result of industrial activities, such as metal plating or fuel combustion. Monitoring vanadium levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential vanadium contamination and supports the implementation of appropriate mitigation measures.
Vinyl Chloride is a toxic compound used in the production of plastics and can be released through industrial discharges or improper waste disposal. Monitoring vinyl chloride levels is crucial for identifying potential contamination and assessing its impact on water quality and human health. Citylitics EMD assists in identifying areas with potential vinyl chloride contamination and supports effective pollution management strategies.
Whole Effluent Toxicity (WET) which measures the cumulative toxic impact of wastewater discharges on aquatic organisms. Monitoring WET levels is important for assessing the potential harmful effects of industrial and municipal wastewater on receiving water bodies. Citylitics EMD aids in identifying areas with potential WET issues and supports the implementation of appropriate measures to minimize the toxic impact.
Xylene is a volatile organic compound (VOC) commonly found in petroleum products, solvents, and industrial processes. Monitoring xylene levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential xylene contamination and supports the implementation of appropriate mitigation measures.
Zinc can be released into water sources through industrial discharges, mining activities, and stormwater runoff. Monitoring zinc levels is important for assessing potential contamination and its impact on aquatic ecosystems. Citylitics EMD helps identify areas with potential zinc contamination and supports efforts to mitigate zinc pollution.
Dichloroethylene is a volatile organic compound (VOC) commonly associated with industrial activities, chemical manufacturing, and improper waste disposal. Monitoring dichloroethylene levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential dichloroethylene contamination and supports the implementation of appropriate pollution management strategies.
Toxicity refers to the harmful effects of various contaminants on aquatic organisms and ecosystems. Monitoring toxicity levels helps assess the overall health and impact of pollutants on water quality. Citylitics EMD aids in identifying areas with potential toxicity issues and supports the implementation of measures to mitigate harmful effects.
Halocarbons are chemical compounds containing halogens, such as chlorine, fluorine, or bromine. They are commonly associated with industrial activities, refrigerants, and solvents. Monitoring halocarbon levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential halocarbon contamination and supports effective pollution management strategies.
Total Toxic Organics refer to a broad category of organic compounds that have the potential to cause harm to aquatic life and human health. Monitoring total toxic organics helps assess the overall toxicity of water and identify potential contamination sources. Citylitics EMD aids in identifying areas with potential total toxic organic issues and supports efforts to mitigate the impact of these pollutants.
Toluene is a volatile organic compound (VOC) commonly found in gasoline, solvents, and industrial processes. Monitoring toluene levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential toluene contamination and supports the implementation of appropriate mitigation measures.
Tolytriazole is a chemical compound used in corrosion inhibitors and metalworking fluids. Monitoring tolytriazole levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential tolytriazole contamination and supports efforts to mitigate its presence.
Tin can be released into water sources through industrial activities, metal plating, and electronic waste. Monitoring tin levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential tin contamination and supports efforts to mitigate
Titanium can enter water sources through industrial processes, mining activities, and wastewater discharges. Monitoring titanium levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential titanium contamination and supports efforts to mitigate its presence.
Thermal Discharge refers to the release of heated water into water sources, often from industrial cooling processes or power generation. Monitoring thermal discharge is crucial for assessing its impact on water temperature and aquatic ecosystems. Citylitics EMD assists in identifying areas with potential thermal discharge issues and supports the implementation of appropriate management strategies.
Tetrahydrofuran (THF) is a volatile organic compound (VOC) commonly used as a solvent in various industrial applications. Monitoring THF levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential THF contamination and supports the implementation of appropriate mitigation measures.
Tetrachloroethylene also known as perchloroethylene (PCE), is a volatile organic compound (VOC) commonly used in dry cleaning, metal degreasing, and other industrial processes. Monitoring tetrachloroethylene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential tetrachloroethylene contamination and supports efforts to mitigate its presence.
Temperature: Monitoring water temperature is crucial for assessing the health of aquatic ecosystems and the effects of thermal pollution. Fluctuations in temperature can impact aquatic organisms and overall water quality. Citylitics EMD aids in identifying areas with potential temperature-related issues and supports the implementation of appropriate management strategies.
Surfactants are compounds commonly found in detergents, soaps, and various industrial processes. Monitoring surfactant levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential surfactant contamination and supports efforts to mitigate their presence.
Sulfide can be present in water due to natural processes, industrial discharges, or wastewater treatment. Monitoring sulfide levels is important for assessing potential contamination and its impact on water quality and aquatic life. Citylitics EMD assists in identifying areas with potential sulfide-related issues and supports efforts to mitigate its presence.
Sulfate can enter water sources through industrial activities, mining operations, and natural processes. Monitoring sulfate levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential sulfate contamination and supports efforts to mitigate its presence.
Stock Base refers to the accumulation of materials or substances used in various industrial processes. Monitoring stock base levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential stock base issues and supports efforts to mitigate its presence.
Static Renewal refers to the process of replacing stagnant water with fresh water to improve water quality. Monitoring static renewal is important for assessing its effectiveness in maintaining water quality and supporting aquatic ecosystems. Citylitics EMD assists in identifying areas where static renewal is implemented and supports efforts to optimize the process.
Total Dissolved Solids (TDS) refers to the total amount of inorganic and organic substances dissolved in water. Monitoring TDS levels is crucial for assessing water quality and its suitability for various purposes. Citylitics EMD aids in identifying areas with potential TDS-related issues and supports efforts to manage and maintain appropriate TDS levels.
Sodium can enter water sources through natural processes, industrial discharges, and wastewater effluents. Monitoring sodium levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential sodium-related issues and supports efforts to mitigate its presence.
Radium is a naturally occurring radioactive element that can be found in soil and rocks. Monitoring radium levels is crucial for assessing potential contamination and its impact on water quality and human health. Citylitics EMD aids in identifying areas with potential radium contamination and supports efforts to manage and mitigate its presence.
Pyrene is a polycyclic aromatic hydrocarbon (PAH) commonly found in fossil fuels, combustion byproducts, and industrial processes. Monitoring pyrene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential pyrene contamination and supports efforts to mitigate its presence.
Pyridine is a volatile organic compound (VOC) used in various industrial applications. Monitoring pyridine levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential pyridine contamination and supports efforts to mitigate its presence.
RDX is an explosive compound used in military applications and industrial processes. Monitoring RDX levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential RDX contamination and supports efforts to manage and mitigate its presence.
Polynuclear Aromatic Hydrocarbons (PAH) are a group of organic compounds commonly formed during the incomplete combustion of fossil fuels and other organic materials. Monitoring PAH levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential PAH contamination and supports efforts to mitigate their presence.
Polychlorinated Biphenyls (PCB) levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential PCB contamination and supports efforts to mitigate their presence.
Phenolics are a group of organic compounds that can be naturally occurring or produced through industrial processes. Monitoring phenolic levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential phenolic contamination and supports efforts to mitigate their presence.
Phenols are organic compounds that can be found in various industrial activities, such as chemical manufacturing and wastewater treatment. Monitoring phenol levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential phenol contamination and supports efforts to manage and mitigate their presence.
Phenanthrene is a polycyclic aromatic hydrocarbon (PAH) commonly found in fossil fuels, combustion byproducts, and industrial processes. Monitoring phenanthrene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential phenanthrene contamination and supports efforts to mitigate its presence.
Perchlorate is a chemical compound that can be found in certain fertilizers, explosives, and industrial processes. Monitoring perchlorate levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential perchlorate contamination and supports efforts to manage and mitigate its presence.
Peracetic Acid is a powerful oxidizing agent used in disinfection and sterilization processes. Monitoring peracetic acid levels is important for assessing its presence and potential impacts on water quality. Citylitics EMD aids in identifying areas with potential peracetic acid contamination and supports efforts to manage and mitigate its presence.
Pentachlorophenol is a toxic chemical compound that was commonly used as a wood preservative. Monitoring pentachlorophenol levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential pentachlorophenol contamination and supports efforts to mitigate its presence.
Osmotic Pressure refers to the pressure exerted by a solution to prevent the flow of water across a semipermeable membrane. Monitoring osmotic pressure is important for assessing water quality and its suitability for various purposes. Citylitics EMD helps identify areas with potential osmotic pressure-related issues and supports efforts to manage and maintain appropriate osmotic pressure levels.
Petroleum is a complex mixture of hydrocarbons that can enter water sources through various means, including spills, leaks, and runoff from industrial activities, transportation, and oil and gas operations. Monitoring petroleum levels is crucial for assessing potential contamination and its impact on water quality, as petroleum can have harmful effects on aquatic ecosystems and human health. Citylitics EMD aids in identifying areas with elevated petroleum levels and supports efforts to manage and mitigate its presence.
Nitrotriazolone is an energetic compound used in propellants and explosives. Monitoring nitrotriazolone levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential nitrotriazolone contamination and supports efforts to manage and mitigate its presence.
Nitrosodiphenylamine is a chemical compound used in the production of rubber and rubber additives. Monitoring nitrosodiphenylamine levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential nitrosodiphenylamine contamination and supports efforts to mitigate its presence.
Nitroglycerin is an explosive compound used in various applications, including medicine and manufacturing. Monitoring nitroglycerin levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential nitroglycerin contamination and supports efforts to manage and mitigate its presence.
Nitroguaridine is an explosive compound used primarily in propellants. Monitoring nitroguaridine levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential nitroguaridine contamination and supports efforts to mitigate its presence.
Nickel is a naturally occurring element and can enter water sources through various industrial processes. Monitoring nickel levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential nickel-related issues and supports efforts to manage and mitigate its presence.
Nitrite is a chemical compound that can be found in various industrial processes and as a byproduct of wastewater treatment. Monitoring nitrite levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential nitrite contamination and supports efforts to mitigate its presence.
Naphthalene is a polycyclic aromatic hydrocarbon (PAH) commonly found in coal tar, petroleum products, and industrial processes. Monitoring naphthalene levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential naphthalene contamination and supports efforts to mitigate its presence.
Molybdenum is a naturally occurring element and can enter water sources through various industrial activities and natural processes. Monitoring molybdenum levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential molybdenum-related issues and supports efforts to manage and mitigate its presence.
Methylene and methyl compounds are organic chemicals that can originate from industrial processes, chemical spills, or agricultural activities. Monitoring their levels is important for assessing potential contamination and its impact on water quality. Methylene and methyl compounds can have adverse effects on both human health and the environment. Citylitics EMD aids in identifying areas with elevated methylene and methyl levels and supports efforts to manage and mitigate their presence.
Mercury is a toxic heavy metal that can be released into the environment through various industrial processes and natural sources. Monitoring mercury levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential mercury contamination and supports efforts to manage and mitigate its presence.
Lithium is a naturally occurring element and can be found in mineral deposits and groundwater. Monitoring lithium levels is important for assessing its presence and potential impacts on water quality. Citylitics EMD assists in identifying areas with potential lithium-related issues and supports efforts to manage and maintain appropriate lithium levels.
Magnesium is an essential mineral and can be naturally present in water sources. Monitoring magnesium levels is important for assessing water quality and its suitability for various purposes. Citylitics EMD aids in identifying areas with potential magnesium-related issues and supports efforts to manage and maintain appropriate magnesium levels.
Lead is a toxic heavy metal that can enter water sources through various sources such as plumbing systems and industrial processes. Monitoring lead levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential lead contamination and supports efforts to manage and mitigate its presence.
LC50 Statre refers to the lethal concentration at which 50% of the tested organisms show adverse effects. Monitoring LC50 Statre levels is important for assessing potential toxicity and its impact on aquatic life. Citylitics EMD assists in identifying areas with potential LC50 Statre-related issues and supports efforts to mitigate adverse effects on the ecosystem.
Indeno is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring indeno levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential indeno contamination and supports efforts to manage and mitigate its presence.
Iron is a naturally occurring element and can be found in mineral deposits and groundwater. Monitoring iron levels is important for assessing its presence and potential impacts on water quality. Citylitics EMD assists in identifying areas with potential iron-related issues and supports efforts to manage and maintain appropriate iron levels.
IC25 refers to the inhibitory concentration at which 25% of the tested organisms show adverse effects. Monitoring IC25 levels is important for assessing potential toxicity and its impact on aquatic life. Citylitics EMD helps identify areas with potential IC25-related issues and supports efforts to mitigate adverse effects on the ecosystem.
Hydrogen is a naturally occurring element and can be found in various forms, such as dissolved hydrogen gas or hydrogen ions. Monitoring hydrogen levels is important for assessing water quality and its suitability for various purposes. Citylitics EMD aids in identifying areas with potential hydrogen-related issues and supports efforts to manage and maintain appropriate hydrogen levels.
Hydrocarbons are organic compounds composed of hydrogen and carbon atoms and can be found in petroleum products, fuels, and various industrial processes. Monitoring hydrocarbon levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential hydrocarbon contamination and supports efforts to manage and mitigate their presence.
Halogen are a group of chemical elements that include fluorine, chlorine, bromine, iodine, and astatine. Monitoring halogen levels is crucial for assessing their presence and potential impacts on water quality. Citylitics EMD assists in identifying areas with potential halogen-related issues and supports efforts to manage and maintain appropriate halogen levels.
HEDP is a chelating agent used in water treatment and industrial applications. Monitoring HEDP levels is important for assessing its presence and potential impacts on water quality. Citylitics EMD aids in identifying areas with potential HEDP-related issues and supports efforts to manage and maintain appropriate HEDP levels.
Hexachloro compounds, such as hexachlorobenzene and hexachlorocyclohexane, are persistent organic pollutants that can enter the environment through various industrial processes and waste disposal. Monitoring hexachloro levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential hexachloro contamination and supports efforts to manage and mitigate their presence.
Fluoride is a naturally occurring compound and is often added to water supplies for dental health purposes. Monitoring fluoride levels is crucial for assessing its presence and maintaining appropriate levels for public health benefits. Citylitics EMD aids in identifying areas with potential fluoride-related issues and supports efforts to manage and maintain appropriate fluoride levels.
Fluoranthene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts, fossil fuels, and industrial processes. Monitoring fluoranthene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential fluoranthene contamination and supports efforts to manage and mitigate its presence.
Fluorene is a polycyclic aromatic hydrocarbon (PAH) found in coal tar, crude oil, and industrial processes. Monitoring fluorene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential fluorene-related issues and supports efforts to manage and mitigate its presence.
Flow: Monitoring water flow is crucial for assessing the efficiency of water distribution and identifying potential issues such as leaks or low flow rates. Citylitics EMD assists in tracking and analyzing flow data to optimize water management and ensure smooth operations.
Ethylbenzene is a volatile organic compound (VOC) commonly found in petroleum products and industrial processes. Monitoring ethylbenzene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential ethylbenzene contamination and supports efforts to manage and mitigate its presence.
Enterococci are bacteria commonly found in the intestines of humans and animals. Monitoring enterococci levels is crucial for assessing potential fecal contamination and the overall microbiological quality of water. Citylitics EMD aids in identifying areas with potential enterococci-related issues and supports efforts to manage and maintain appropriate enterococci levels for safe water consumption.
Dimethyl Phthalate is a chemical compound used in various industrial applications, including as a plasticizer. Monitoring dimethyl phthalate levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential dimethyl phthalate-related issues and supports efforts to manage and mitigate its presence.
Diethyl Phthalate is a chemical compound commonly used as a plasticizer in consumer products. Monitoring diethyl phthalate levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential diethyl phthalate-related issues and supports efforts to manage and mitigate its presence.
Dieldrin is an organochlorine insecticide that was used in the past but has been banned in many countries due to its persistence and toxicity. Monitoring dieldrin levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential dieldrin contamination and supports efforts to manage and mitigate its presence.
Dichlorobromomethane is a disinfection byproduct that can form when chlorine is used for water treatment. Monitoring dichlorobromomethane levels is important for assessing potential disinfection byproduct formation and its impact on water quality. Citylitics EMD aids in identifying areas with potential dichlorobromomethane-related issues and supports efforts to manage and maintain appropriate levels.
Dibenzanthracene is a polycyclic aromatic hydrocarbon (PAH) that can be found in combustion byproducts and industrial processes. Monitoring dibenzanthracene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential dibenzanthracene contamination and supports efforts to manage and mitigate its presence.
Cyanide is a toxic compound that can be released into the environment through various industrial processes. Monitoring cyanide levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential cyanide-related issues and supports efforts to manage and mitigate its presence.
Copper is a metallic element that can enter water sources through corrosion of plumbing systems and industrial discharges. Monitoring copper levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential copper-related issues and supports efforts to manage and maintain appropriate copper levels.
Color [PT-CO Units]: The Citylitics Environmental Monitoring Dashboard includes data on the color of water, measured in Platinum Cobalt (PT-CO) units. Color is an indicator of water quality and can be influenced by various factors, including organic matter and contaminants. Monitoring color levels is important for assessing the aesthetic appearance of water and potential contaminants. Citylitics EMD aids in identifying areas with potential color-related issues and supports efforts to manage and maintain appropriate water color levels.
Coliform are a group of bacteria commonly found in the intestines of humans and animals. Monitoring coliform levels is crucial for assessing potential fecal contamination and the overall microbiological quality of water. Citylitics EMD aids in identifying areas with potential coliform-related issues and supports efforts to manage and maintain appropriate coliform levels for safe water consumption.
Chrysene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring chrysene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential chrysene contamination and supports efforts to manage and mitigate its presence.
Chromium is a metallic element that can be present in different oxidation states, including the toxic hexavalent chromium (Cr(VI) form. Monitoring chromium levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential chromium-related issues and supports efforts to manage and mitigate its presence.
Chloroform is a disinfection byproduct that can form when chlorine is used for water treatment. Monitoring chloroform levels is important for assessing potential disinfection byproduct formation and its impact on water quality. Citylitics EMD helps identify areas with potential chloroform-related issues and supports efforts to manage and maintain appropriate levels.
Chloroethane is a volatile organic compound (VOC) that can be found in industrial processes and chemical production. Monitoring chloroethane levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential chloroethane-related issues and supports efforts to manage and mitigate its presence.
Chlorobenzene is a chemical compound used in various industrial applications. Monitoring chlorobenzene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential chlorobenzene-related issues and supports efforts to manage and mitigate its presence.
Chlorine is a commonly used disinfectant in water treatment to kill bacteria and viruses. Monitoring chlorine levels is crucial for assessing disinfection effectiveness and ensuring safe water supply. Citylitics EMD aids in identifying areas with potential chlorine-related issues and supports efforts to manage and maintain appropriate chlorine levels.
Chloride is an essential ion for water quality assessment and can originate from various sources, including natural processes and human activities. Monitoring chloride levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential chloride-related issues and supports efforts to manage and maintain appropriate chloride levels.
Calcium is a mineral that can naturally occur in water and is also added as a treatment chemical for water conditioning. Monitoring calcium levels is important for assessing water hardness and potential impacts on water quality and treatment processes. Citylitics EMD aids in identifying areas with potential calcium-related
Carbon can exist in various forms, such as dissolved organic carbon (DOC) and total organic carbon (TOC). Monitoring carbon levels is important for understanding water quality, as high levels of carbon can impact taste, odor, and overall water treatment processes. Citylitics EMD aids in identifying areas with potential carbon-related issues and supports efforts to manage and maintain appropriate carbon levels for safe water consumption.
Cadmium is a toxic heavy metal that can enter water sources through industrial discharges and environmental contamination. Monitoring cadmium levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential cadmium-related issues and supports efforts to manage and mitigate its presence.
Boron is a naturally occurring element that can be found in water sources. Monitoring boron levels is important for assessing potential impacts on water quality and its suitability for various purposes. Citylitics EMD aids in identifying areas with potential boron-related issues and supports efforts to manage and maintain appropriate boron levels.
Benzoanthracene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring benzoanthracene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential benzoanthracene contamination and supports efforts to manage and mitigate its presence.
Barium is a metallic element that can be naturally present in water or introduced through industrial processes. Monitoring barium levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential barium-related issues and supports efforts to manage and maintain appropriate barium levels.
BTEX (benzene, toluene, ethylbenzene, and xylene) compounds are volatile organic compounds (VOCs) commonly found in petroleum products and industrial activities. Monitoring BTEX levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential BTEX-related issues and supports efforts to manage and mitigate their presence.
Arsenic is a toxic element that can occur naturally in groundwater or be introduced through human activities such as mining and industrial processes. Monitoring arsenic levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential arsenic-related issues and supports efforts to manage and mitigate its presence.
Anthracene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring anthracene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential anthracene contamination and supports efforts to manage and mitigate its presence.
Antimony is a toxic element that can enter water sources through natural deposits and human activities. Monitoring antimony levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential antimony-related issues and supports efforts to manage and mitigate its presence.
Aniline is an aromatic amine that can be introduced into water sources through industrial processes and wastewater discharges. Monitoring aniline levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential aniline-related issues and supports efforts to manage and mitigate its presence.
Ammonium is a compound that forms when ammonia dissolves in water. Monitoring ammonium levels is important for assessing potential nutrient enrichment and its impact on water quality. Citylitics EMD assists in identifying areas with potential ammonium-related issues and supports efforts to manage and maintain appropriate ammonium levels.
Aluminum can naturally occur in water or be introduced through industrial processes and runoff. Monitoring aluminum levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD helps identify areas with potential aluminum-related issues and supports efforts to manage and maintain appropriate aluminum levels.
Alpha particles are a type of ionizing radiation that can be present in water due to natural radioactive decay or human activities. Monitoring alpha particle levels is important for assessing potential radiation exposure and its impact on water safety. Citylitics EMD aids in identifying areas with potential alpha particle-related issues and supports efforts to manage and mitigate their presence.
Acetone is a volatile organic compound (VOC) commonly found in industrial processes, solvents, and chemical manufacturing. Monitoring acetone levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential acetone-related issues and supports efforts to manage and mitigate its presence.
Acetophenone is an organic compound that can be found in industrial processes and wastewater discharges. Monitoring acetophenone levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential acetophenone contamination and supports efforts to manage and mitigate its presence.
Acenaphthylene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring acenaphthylene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential acenaphthylene contamination and supports efforts to manage and mitigate its presence.
Acenaphthene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring acenaphthene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential acenaphthene contamination and supports efforts to manage and mitigate its presence.
Nitrophenol are organic compounds that can be found in industrial effluents and pesticide runoff. Monitoring nitrophenol levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential nitrophenol contamination and supports efforts to manage and mitigate its presence.
Diniro-Cresol is a chemical compound that can be found in industrial processes and wastewater discharges. Monitoring diniro-cresol levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential diniro-cresol-related issues and supports efforts to manage and mitigate its presence.
Benzofluoranthene is a polycyclic aromatic hydrocarbon (PAH) commonly found in combustion byproducts and industrial processes. Monitoring benzofluoranthene levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential benzofluoranthene contamination and supports efforts to manage and mitigate its presence.
Dinitrophenol is a chemical compound that can be found in industrial processes and pesticide runoff. Monitoring dinitrophenol levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential dinitrophenol-related issues and supports efforts to manage and mitigate its presence.
Trichloro compounds, such as trichloroethylene and trichloromethane, are chlorinated solvents commonly used in industrial processes. Monitoring trichloro levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential trichloro-related issues and supports efforts to manage and mitigate their presence.
Tetrachloro compounds, such as tetrachloroethylene and carbon tetrachloride, are chlorinated solvents used in various industrial applications. Monitoring tetrachloro levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential tetrachloro-related issues and supports efforts to manage and mitigate their presence.
Dichloro compounds, such as dichloromethane and dichloroethane, are chlorinated solvents commonly used in industrial processes. Monitoring dichloro levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential dichloro-related issues and supports efforts to manage and mitigate their presence.
Manganese is a naturally occurring element that can be found in soil, rocks, and water sources. Monitoring manganese levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential manganese-related issues and supports efforts to manage and maintain appropriate manganese levels.
Selenium is a trace element that can naturally occur in soil and water. Monitoring selenium levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential selenium-related issues and supports efforts to manage and maintain appropriate selenium levels.
PCBs (polychlorinated biphenyls) are persistent organic pollutants that were widely used in electrical equipment and industrial processes. Monitoring PCB levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential PCB-related issues and supports efforts to manage and mitigate their presence.
Silver can be present in water sources due to natural deposits or industrial activities. Monitoring silver levels is important for assessing potential contamination and its impact on water quality. Citylitics EMD assists in identifying areas with potential silver-related issues and supports efforts to manage and maintain appropriate silver levels.
Thallium is a toxic heavy metal that can be found in industrial wastewater discharges and contaminated soils. Monitoring thallium levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential thallium-related issues and supports efforts to manage and mitigate its presence.
Ultraviolet Light or UV light can be used as a disinfection method in water treatment processes. Monitoring UV light levels is important for assessing the effectiveness of UV disinfection and ensuring proper treatment of water. Citylitics EMD assists in identifying areas with potential UV light-related issues and supports efforts to maintain appropriate UV disinfection levels.
Total Toxic Organics represent a group of organic compounds that have toxic properties and can be found in industrial effluents and wastewater discharges. Monitoring total toxic organic levels is crucial for assessing potential contamination and its impact on water quality. Citylitics EMD aids in identifying areas with potential total toxic organic-related issues and supports efforts to manage and mitigate their presence.
Phosphate is a nutrient that can be naturally present in water sources or introduced through agricultural activities and wastewater discharges. Monitoring phosphate levels is important for assessing potential nutrient pollution and its impact on water quality. Citylitics EDM assists in identifying areas with potential phosphate-related issues and supports efforts to manage and maintain appropriate phosphate levels.