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Investigation on the Wastewater Four Culprits: One of the main reasons for treating wastewater is to remove the organic carbon and other nutrients from the water. If these nutrient sources are not removed, when the water reaches lakes or other bodies of water, it will affect that body of water's ecosystem. For example, if the waste material is excess nitrogen, this is digested by algae that causes excessive algae growth. The algae use up oxygen from the water to grow and to digest the nutrients found in the wastewater. The depletion of oxygen in the water kills other life such as fish and other marine organisms that is dependent on it. Such will result to an alarming state that will eventually destroy marine life. Instructions: There are 4 culprits in the scenario given below and there are equations involving the breakdown of wastewater material. In every situation, you will be assigned to determine the amount of carbon dioxide created by the reaction specific in the scenario. To support you claim show your solution on a separate sheet. Situation A: Estrogen is found in many pharmaceuticals and in biologically enhanced foods. Estrogen: Situation B: Casein is a protein found in milk products and digested. C1H2,02 + 230, → 18CO2 + 12H,0 Start with 75g Estrogen. C3H,02N is Bacterial Cell CgH12N203 + 30, → C;H,02N + NH3 + 3C02 + H20 C3H12N203 is Casein Start with 225g Casein. Situation C: Urea is a product found in urine. NH,COH,N + H2O + 7H → 3NH, + CO2 Turning urea to ammonium, start with 450g urea. Situation D: Turning nitrate into nitrogen gas. 6NO,¯+ 5CH3OH → 3N2 + 5C02 + 7H20+60H¯ Turning urea to ammonium, start with 150g urea.

Investigation on the Wastewater Four Culprits: One of the main reasons for treating wastewater is to remove the organic carbon and other nutrients from the water. If these nutrient sources are not removed, when the water reaches lakes or other bodies of water, it will affect that body of water's ecosystem. For example, if the waste material is excess nitrogen, this is digested by algae that causes excessive algae growth. The algae use up oxygen from the water to grow and to digest the nutrients found in the wastewater. The depletion of oxygen in the water kills other life such as fish and other marine organisms that is dependent on it. Such will result to an alarming state that will eventually destroy marine life. Instructions: There are 4 culprits in the scenario given below and there are equations involving the breakdown of wastewater material. In every situation, you will be assigned to determine the amount of carbon dioxide created by the reaction specific in the scenario. To support you claim show your solution on a separate sheet. Situation A: Estrogen is found in many pharmaceuticals and in biologically enhanced foods. Estrogen: Situation B: Casein is a protein found in milk products and digested. C1H2,02 + 230, → 18CO2 + 12H,0 Start with 75g Estrogen. C3H,02N is Bacterial Cell CgH12N203 + 30, → C;H,02N + NH3 + 3C02 + H20 C3H12N203 is Casein Start with 225g Casein. Situation C: Urea is a product found in urine. NH,COH,N + H2O + 7H → 3NH, + CO2 Turning urea to ammonium, start with 450g urea. Situation D: Turning nitrate into nitrogen gas. 6NO,¯+ 5CH3OH → 3N2 + 5C02 + 7H20+60H¯ Turning urea to ammonium, start with 150g urea.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Investigation on the Wastewater Four Culprits: One of the main reasons for treating wastewater is to remove the organic carbon and other nutrients from the water. If these nutrient sources are not removed, when the water reaches lakes or other bodies of water, it will affect that body of water's ecosystem. For example, if the waste material is excess nitrogen, this is digested by algae that causes excessive algae growth. The algae use up oxygen from the water to grow and to digest the nutrients found in the wastewater. The depletion of oxygen in the water kills other life such as fish and other marine organisms that is dependent on it. Such will result to an alarming state that will eventually destroy marine life. Instructions: There are 4 culprits in the scenario given below and there are equations involving the breakdown of wastewater material. In every situation, you will be assigned to determine the amount of carbon dioxide created by the reaction specific in the scenario. To support you claim show your solution on a separate sheet. Situation A: Estrogen is found in many pharmaceuticals and in biologically enhanced foods. Estrogen: Situation B: C18H2402 + 2302 → 18C02 + 12H20 Start with 75g Estrogen. Casein is a protein found in milk products and digested. C3H12N203 + 302 → CgH,02N + NH3 + 3C02 + H20 C;H,0,N is Bacterial Cell C3H12N203 is Casein Start with 225g Casein. Situation C: Urea is a product found in urine. NH,COH,N+H20 + 7H → 3NH4 + CO2 Turning urea to ammonium, start with 450g urea. Situation D: Turning nitrate into nitrogen gas. 6NO3¯ + 5CH3OH → 3N2 + 5CO2 + 7H20 + 60H- Turning urea to ammonium, start with 150g urea.
Transcribed Image Text:Investigation on the Wastewater Four Culprits: One of the main reasons for treating wastewater is to remove the organic carbon and other nutrients from the water. If these nutrient sources are not removed, when the water reaches lakes or other bodies of water, it will affect that body of water's ecosystem. For example, if the waste material is excess nitrogen, this is digested by algae that causes excessive algae growth. The algae use up oxygen from the water to grow and to digest the nutrients found in the wastewater. The depletion of oxygen in the water kills other life such as fish and other marine organisms that is dependent on it. Such will result to an alarming state that will eventually destroy marine life. Instructions: There are 4 culprits in the scenario given below and there are equations involving the breakdown of wastewater material. In every situation, you will be assigned to determine the amount of carbon dioxide created by the reaction specific in the scenario. To support you claim show your solution on a separate sheet. Situation A: Estrogen is found in many pharmaceuticals and in biologically enhanced foods. Estrogen: Situation B: C18H2402 + 2302 → 18C02 + 12H20 Start with 75g Estrogen. Casein is a protein found in milk products and digested. C3H12N203 + 302 → CgH,02N + NH3 + 3C02 + H20 C;H,0,N is Bacterial Cell C3H12N203 is Casein Start with 225g Casein. Situation C: Urea is a product found in urine. NH,COH,N+H20 + 7H → 3NH4 + CO2 Turning urea to ammonium, start with 450g urea. Situation D: Turning nitrate into nitrogen gas. 6NO3¯ + 5CH3OH → 3N2 + 5CO2 + 7H20 + 60H- Turning urea to ammonium, start with 150g urea.
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