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Mobile ViewSEPTIC SYSTEM INSPECT DIAGNOSE REPAIR AEROBIC SEPTIC SYSTEMS ALTERNATING BED SEPTIC SYSTEMS BACKUP PREVENTION, SEPTIC BACKUP PREVENTION, SEWER LINE BACKWATER VALVES, SEWER LINE BIOLOGICAL POLLUTANTS BOOKS, RECOMMENDED SEPTIC BOOKSTORE, SEPTIC SYSTEMS CESSPOOLS CESSPOOL SAFETY WARNINGS CHECK VALVES, WATER SUPPLY CHEMICALS & TREATMENTS for SEPTICS CHLORINE IN DRINKING WATER CISTERNS CLOGGED DRAIN DIAGNOSIS & REPAIR D BOX TROUBLESHOOTING DEFINITIONS OF SEPTIC SYSTEM TERMS DIFFICULT SEPTIC SITES DISTRIBUTION-BOX INSPECTION, SEPTIC DRAINFIELD FAILURE DIAGNOSIS DRIVING or PARKING OVER SEPTIC COMPONENTS? DRYWELL DESIGN & USES EFFLUENT RETENTION TIME FILTERS SEPTIC & GREYWATER FLOOD DAMAGE ASSESSMENT, SAFETY & CLEANUP FLOODED SEPTIC SYSTEMS, REPAIR GARBAGE DISPOSAL vs SEPTICS GRAVELLESS SEPTIC SYSTEMS GRAVITY/SIPHON DOSING SYSTEMS GREYWATER SYSTEMS HOME BUYERS GUIDE to SEPTIC SYSTEMS HOME SELLERS GUIDE TO SEPTIC INSPECT HOW SEPTIC SYSTEMS WORK LAGOON SEPTIC SYSTEMS LEACHFIELD FAILURE DIAGNOSIS MEDIA FILTER SEPTIC SYSTEMS MOUND SEPTIC SYSTEMS NOISE / SOUND DIAGNOSIS & CURE ODORS & SMELLS DIAGNOSIS & CURE ODOR DIAGNOSIS CHECKLIST ODORLESS CHEMICALS / GASES: CHECK FOR? ODORS, PLUMBING SYSTEM ODORS, SEPTIC or SEWER ODORS, SULPHUR SMELL SOURCES OUTHOUSES & LATRINES PLANTS & TREES OVER SEPTIC SYSTEMS PRESSURE DOSING SEPTIC SYSTEMS RAISED BED SEPTIC SYSTEMS SAND BED SEPTIC SYSTEMS SEEPAGE PITS SEPTIC & CESSPOOL SAFETY SEPTIC AUTHORITIES, DESIGN REGS SEPTIC BACKUP PREVENTION SEPTIC BACKUP REPAIR SEPTIC BOOK, FREE ONLINE SEPTIC BOOKSTORE SEPTIC BIOMATS SEPTIC CARE INSTRUCTIONS SEPTIC CLEARANCE DISTANCES SEPTIC CODES & REFERENCES SEPTIC CONSULTANTS SEPTIC D-BOX INSPECTION SEPTIC DRAINFIELD FAILURE DIAGNOSIS SEPTIC DRAINFIELD INSPECTION & TEST SEPTIC DRAINFIELD LIFE SEPTIC DRAINFIELD LOCATION SEPTIC DRAINFIELD RESTORERS? SEPTIC DRAWINGS SEPTIC DYE TEST PROCEDURE SEPTIC FAILURE LAWSUIT SEPTIC FAILURE SIGNS SEPTIC FIELD INSPECTION SEPTIC FILTERS SEPTIC FLOOD RESPONSE SEPTIC HOLDING TANKS SEPTIC INSPECTION & TEST GUIDE SEPTIC SYSTEM INSPECTION LEVELS SEPTIC LIFE EXPECTANCY SEPTIC LIFE MAXIMIZING STEPS SEPTIC METHANE GAS SEPTIC ODORS Septic or Sewer Connection? SEPTIC PUMPS SEPTIC PUMPING REPAIR SEPTIC REFERENCES SEPTIC / CESSPOOL SAFETY SEPTIC SUPPLIES & PARTS SEPTIC SYSTEM DEFINITIONS SEPTIC SYSTEM DESIGN ALTERNATIVES SEPTIC SYSTEM DESIGN BASICS SEPTIC SYSTEM, HOME BUYERS GUIDE SEPTIC SYSTEM INSPECTION & TEST GUIDE SEPTIC SYSTEM INSPECTION CLASS SEPTIC SYSTEM INSPECTION LEVELS SEPTIC SYSTEM ODORS SEPTIC SYSTEM PUMPS SEPTIC SYSTEM SAFETY WARNINGS SEPTIC SYSTEM TYPES, MASTER LIST SEPTIC TANKS SEPTIC TANK BAFFLES SEPTIC TANK COVERS SEPTIC TANK, HOW TO FIND SEPTIC TANK INSPECTION PROCEDURE SEPTIC TANK LEAKS SEPTIC TANK LEVELS of SEWAGE SEPTIC TANK PUMPING PROCEDURE SEPTIC TANK PUMPING REASONS SEPTIC TANK PUMPING SCHEDULE SEPTIC TANK SAFETY SEPTIC TANK SIZE SEPTIC TANK TEES SEPTIC TESTS: DYE & LOADING TESTS SEPTIC TEST VOLUMES & DYE AMOUNTS SEPTIC TREATMENTS & CHEMICALS SEPTIC VIDEOS SEWAGE & SEPTIC CONTAMINANTS SEWAGE BACKUP, WHAT TO DO SEWAGE BACKUP TEST & CLEANUP SEWAGE BACKUP PREVENTION SEWAGE CONTAMINATION in buildings SEWAGE CONTAMINANTS in FRUIT / VEGETABLES SEWAGE GRINDER PUMPS SEWAGE LEVELS in SEPTIC TANKS SEWAGE NITROGEN CONTAMINANTS NITROGEN CONTAMINATION NITROGEN REFERENCES SEWAGE PATHOGENS in SEPTIC SLUDGE SEWAGE PUMPS SEWAGE PUMP CLOG DAMAGE SEWER BACKUP PREVENTION SEWER GAS ODORS SEWER GAS ODORS in COLD WEATHER SEWER LINE REPLACEMENT SINKHOLES, WARNING SIGNS SOAKAWAY BED FAILURE DIAGNOSIS SUMP PUMPS TOILETS, INSPECT, INSTALL, REPAIR TOILET ALTERNATIVES TOILET FLUSHOMETER VALVES TOILET INSTALLATION PROCEDURE TOILET OVERFLOW EMERGENCY TOILET PLUGS, SEWER BACKUP TOILET REPAIR GUIDE TOILET TYPES Toilet Types, Flush Methods TOILETS, DON'T FLUSH LIST TRAPS on PLUMBING FIXTURES VIDEO GUIDES: Septic Videos WASHING MACHINES & SEPTIC SYSTEMS WASTEWATER TREATMENT BASICS WATER, WELLS, WATER TANKS: TESTING GUIDE WATER PURIFIERS WATER QUALITY TESTS, CONTAMINANTS, TREATMENT WATER QUANTITY IMPROVEMENT WATER QUANTITY USAGE GUIDE WATER SOFTENERS & CONDITIONERS WATER SUPPLY & DRAIN PIPING WETLAND SEPTIC SYSTEMS WINTERIZE A BUILDING More Information |
This document discusses nitrogen contamination (excess nitrogen or nitrate/nitrite levels) found in soils due to onsite septic systems. InspectAPedia tolerates no conflicts of interest. We have no relationship with advertisers nor with topics or services discussed at this website.We discusses further the principal nitrogen contaminants produced by septic systems or on-site waste disposal systems. This article discusses nitrogen and nitrate contaminants and links to sister documents discussing septic tank pathogens and other contaminants as well as to discussions of what to do about sewage backups in buildings and how to inspect and repair a septic system after flooding. We include discussion of health or other concerns with soil and groundwater contamination and with measures adopted to address these problems. The photo above shows what dirt and sewage effluent may look like in a yard where the sewer line between the house and septic tank is damaged and leaking. Nitrates, nitrites, and sewage pathogens leaking from a septic system to the soil surface and subsoil waters are potential health hazards. Readers should also see SEWAGE CONTAMINANTS in FRUIT / VEGETABLES and also our discussion of pathogens in sewage at SEWAGE PATHOGENS in SEPTIC SLUDGE: what makes up the contents of residential sewage? Anyone working on or around or owning a septic tank should be sure to see SEPTIC & CESSPOOL SAFETY. © Copyright 2012 InspectAPedia.com, All Rights Reserved. Information Accuracy & Bias Pledge is at below-left. Use page top links to major topics or use links at the left of each page to navigate within topics and documents at this website. Green links show where you are in a document series or at this website. NITROGEN CONTAMINATION: nitrogen discharge from sewage treatment plantsNew York -- January 11, 2006. New York City will spend more than $700 million on advanced water treatment systems to help restore Long Island Sound's water quality by upgrading municipal sewage treatment plants over the coming decade in order to reduce the discharge of nitrogen. Nitrogen in treated sewage effluent causes a number of problems including excessive algae growth, reduced oxygen in water, and the death of fish, shellfish, and plants. The project will address Jamaica Bay and other water systems in the area. -- New York Times, page B4, 1/11/2006. NITROGEN REFERENCES - Nitrogen Contaminants in Sewage - Reference List & ExcerptsThat nitrogen release is a worldwide concern is evident from these example reports on nitrogen and sewage treatment. Israel: Evaluation of Pollution in the Gulf of Eilat - Report For the Ministries of Infrastructure, Environment and Agriculture. "There is consensus that the water clarity and coral reefs of Eilat are deteriorating. The widely suggested explanation for the degradation is that Eilat waters are suffering from sustained inputs of organic carbon and nutrients. The International Expert Team (IET) was tasked to identify existing and potential sources of pollution; assess the carrying capacity of the Gulf for fish-farming; and formulate recommendations for minimization of pollution and environmental pressures. The IET considered 10 factors contributing to pollution in the Gulf: phosphate dust, sewage, fish-farms, groundwater inputs, siltation, marina activities, oil, tourist diving activities, water temperature, and port-ballast water. The IET recognizes that there have been multiple stressors on the coral reefs of Eilat over the past 25 years, and these are discussed and ranked in the report. Presently, environmental pressures include: 1) continued inputs of nutrients from Aqaba phosphate dust, Aqaba sewage, and fish farms; 2) siltation from construction; 3) diving activities and, perhaps, 4) increased water temperature." " In the past 25 years, total nitrogen in the water of the northern Gulf appears to have doubled, but varies seasonally. The large seasonal fluctuations are approximately equivalent to all the nitrogen input from fish-farms over the last 10 years and one-fourth of all the nitrogen input from sewage over the last 30 years;..." China: The Problems and Countermeasures on Agricultural Sewage Irrigation in China - Yang Jifu (Irrigation and Drainage Department,IWHR) "Abstract Due to the lack of agricultural water resources and the continuously increasing volume of sewage discharging all over the country, sewage has already become an important water resources for agriculture irrigation in the suburbs near many big cities in the North.In 1991 sewage irrigation area has reached 3 million hectares about 6%of the total irrigation area. On the one hand, sewage irrigation alleviates agricultural water shortage, and on the other hand, it reduces the harmful impact on water environment by discharging sewage. However,three big problems on sewage irrigation have been existing for many years. They are the low water quality, the blind development on irrigation area and the backward research and management. Thus, the sewage irrigation has become one of the three sources of water environment worsening in the village.It has been jeopardizing not only the quality of food and drinking water in the irrigation area, but also the food safety of 1.6 billion populations until the 21 st century.The following suggestions and countermeasures are provided in the Paper." PATHOGENS in SEWAGESee SEWAGE PATHOGENS in SEPTIC SLUDGE for a list and discussion of of the common pathogens and other contaminants in residential sewage. Also see SEWAGE CONTAMINATION in buildings and SEWAGE CONTAMINANTS in FRUIT / VEGETABLES. Questions & Answers regarding this articleQuestions & answers about the level of nitrogen contamination in soils, groundwater, and wells traced to septic systems. Ask a Question or Search InspectAPediaHTML Comment Box is loading comments...
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