need help with Industrial and Hazardous Waste Management homework

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lab_report.docx

Your course project will be to develop a document titled “A Proposal for an Industrial Waste Treatment Facility” and will serve as a simulation of your work as a contract environmental engineer for a small, rural town in the United States.

The Scenario:

You have contracted with the city named Small Town, USA, to design and engineer a municipal industrial waste pre-treatment facility. The city currently accepts liquid wastes from three significant industrial users (SIU): (a) a petroleum refinery, (b) an animal rendering plant, and (c) a tanker truck washout. In an effort to capture revenue, the city is currently accepting the liquid waste physically hauled by tanker truck from all three SIU members and is subsequently collecting the liquid wastes into a 300,000 gallon storage tank, pending your facility design.

The city wants to be able to effectively treat and neutralize the liquid waste, landfill or reuse the sludge in an agriculture application, and discharge the neutralized treatment plant effluent water to the existing municipal (residential) wastewater plant for final treatment after successfully meeting the local limits for each analyte.

The current waste profile has been analyzed at a local environmental chemical testing laboratory. This is the lab report at 30ºC:

Only need unit 2

Unit II Project

As a continuation of our course project due in Unit VIII (a proposal for an industrial and hazardous waste treatment facility), complete the next two sections (management considerations and physical treatment) of your proposal by following the instructions carefully, and then submit your continued draft of your proposal into Blackboard for grading.

Instructions:

1. Closely read the Required Reading assignment from Bahadori (2014) and the Unit Lesson within the Study Guide.

2. Open your proposal draft from Unit I and make any improvements to your draft using your professor’s feedback from the Unit I project assignment.

3. Open the Unit II Study Guide, read the Unit II Lesson, and then work with the embedded interactive model to decide what physical treatment equipment to include in your treatment process design.

4. Continue from your Unit I Project and make your second level one heading titled “Management Considerations.” Discuss the following variables as part of the scenario. Be sure to mention your intentions to provide physical treatment, chemical treatment, biological treatment, general sewage treatment techniques, and solid waste treatment using the financial resources identified below. Also, consider how you would organize, manage, and lead staff. Discuss what staff certifications and facility licenses will be required in order to operate the facility. Finally, discuss when you anticipate that the facility will demonstrate a return on the investment (ROI):

 Capital costs of construction budget: $1,000,000 (5-year note)

 Capital cost of equipment budget: $1,000,000 (5-year)

 O&M budget: $500,000/year

 Forecasted revenue generation: $1,000,000/year

 Useful life of plant: 15 years minimum

 Loan interest rate: 5% (5 year note)

 Operating hours: Monday through Friday: 0800hrs – 1700hrs

 Available personnel: 4 staff members

You are required to describe the scenario in at least one page.

5. Continue from your Unit I Project and make your third level one heading titled “Physical Treatment.” Discuss what physical treatment equipment you are proposing for your treatment process. Be sure and describe why you selected the equipment and what final effluent concentrations you anticipate will be lowered with the equipment. You are required to describe the equipment selection in at least one page.

Rotary Drum Lab Report

Analyze

Concentration (mg/L or ppm)

Local Limits (mg/L or ppm)

BOD

3900

1300

COD

5751

2400

TSS

800

160

pH

5.5

6.0-9.0

TDS

5000

200

TOC

600

150

Cyanides

3

0.5

Phenols

14

12

Cadmium

15

2

Chromium (trivalent)

5

0.25

Iron

750

50

H2S (hydrogen sulfide)

3

0.5

TPH (total petroleum hydrocarbons)

700

640

Oil/Water Separator Lab Report

Analyze

Concentration (mg/L or ppm)

Local Limits (mg/L or ppm)

BOD

4000

1300

COD

5751

2400

TSS

800

160

pH

5.5

6.0-9.0

TDS

5000

200

TOC

675

150

Cyanides

3

0.5

Phenols

14

12

Cadmium

14

2

Chromium (trivalent)

5

0.25

Iron

750

50

H2S (hydrogen sulfide)

3

0.5

TPH (total petroleum hydrocarbons)

710

640

Lift Station Lab Report

Analyze

Concentration (mg/L or ppm)

Local Limits (mg/L or ppm)

BOD

4200

1300

COD

6000

2400

TSS

800

160

pH

5.5

6.0-9.0

TDS

5000

200

TOC

1300

150

Cyanides

3

0.5

Phenols

15

12

Cadmium

15

2

Chromium (trivalent)

5

0.25

Iron

800

50

H2S (hydrogen sulfide)

6

0.5

TPH (total petroleum hydrocarbons)

1600

640

Analyte

Concentration

(mg/L or ppm)

Local Limits

(mg/L or ppm)

BOD42001300

COD60002400

TSS800160

Ph5.56.0-9.0

TDS5000200

TOC1300150

Cyanides30.5

Phenols1512

Chromium (trivalent)50.25

Iron80050

H2S (hydrogen sulfide)60.5

TPH (total petroleum

hydrocarbons)1600640

Environmental Chemical Lab Report at 30ºC:

Sheet1

Environmental Chemical Lab Report at 30ºC:
Analyte Concentration (mg/L or ppm) Local Limits (mg/L or ppm)
BOD 4200 1300
COD 6000 2400
TSS 800 160
Ph 5.5 6.0-9.0
TDS 5000 200
TOC 1300 150
Cyanides 3 0.5
Phenols 15 12
Chromium (trivalent) 5 0.25
Iron 800 50
H2S (hydrogen sulfide) 6 0.5
TPH (total petroleum hydrocarbons) 1600 640