EFTA00301607.pdf

OCEAN SYSTEMS LABORATORY, INC. 6194 Estate Frydenhoj St omas, VI 00802-0000 Tel: II Fax: OceanSystemsLab.com PRIVATE RESIDENTIAL COLIFORM ANALYSIS Customer Name: little St. James, Roy H Customer Phone: Ca Address: Sample Source: Cottage Sample Date: 05/01/2013 Sample Number: 548 Analyst: Richardson, Sean EPA Compliant: Yes efts / No) Turbidity: 1.44 Total Coliform: A (A or P) Background: 0 Fecal Coliform: (Aar P) pH: 9.16 E. soli: (A or P) IDS: 432.0 (ast) Method: NEE (msor PA) Definitions: A: Absence: P Present ME: Membrane Filtration SM 20th Ed. 9222E, 9221E (fecal coliform), 9221 F (e.coli) PA: Presence Absence SM 20th Ed. 9221D, 9221E (fecal coliform), 9221 F (e.coli) Minimum Contamination Limit: Turbidity - I; Coliform - Negative; TDS - 300 mg/L; pH - 65 to 8.5 Any coliform bacteria found in drinking water makes it unsatisfactory for drinking. The water supply should be decontaminated and a suitable filtering device installed. Filtration should only be used with decontamination (use Clorox or similar household unscented bleach - 525% sodium hypochlorite) as bacteria found in contaminated water will grow in the filters. Filtration does have some risk. A one micron filter will eliminate most contaminants and a charcoal filter will eliminate many chemicals. However, boiling or ultraviolet, with filtration, are the most effective ways to make water safe. This report is provided as a service for water supplies at private residences and for samples delivered to the laboratory by customers. The certificate cannot be used to satisfy the requirements of the VI Code for Public Water Supplies as the sample was not taken by a VI Government-DPNR licensed water sampler. However. the quality control and quality assurance program established by this laboratory for bacteriological analysis complies with the State/EPA standards. EFTA00301607  OCEAN SYSTEMS LABORATORY, INC. 6194 Estate Frydenlmj St. Thomas St. Thomas, VI 00802-0000 Tel: II Fax: OceanSystemsLab.com PRIVATE RESIDENTIAL COLIFORM ANALYSIS Customer Phone: Customer Address: Sample Source: Kitchen Sample Date: 05/02J2013 Sample Number: 549 Analyst Richmdaon, Sean EPA Compliant: Yes (Yes/No) Turbidity: 032 Total Coliform: A (A Of P) Backgrotmd: 0 Fecal Conform: (A orm pH: 9.01 E. COli: (A or P) TDS: 450.0 (matt.) Method: MF (MP or PA) Definition= A: Absence; P: Present MF: Membrane Filtration SM 20th Ed. 9222B, 9221E (fecal conform), 9221 F (e.coli) PA: Presence Absence SM 20th Ed. 9221D, 9221E (fecal conform), 9221 F (e.coli) Maximum Contamination Limit: Turbidity -1; CoWorm - Negative; 11)5 - 500 mg/L; pH - 6.5 to 8.5 Any coliform bacteria found in drinking water makes it unsatisfactory for drinking. The water supply should he decontaminated and a suitable filtering device Stalled. Filtration should only be used with decontamination (use Clorox or similar household unscented bleach - 525% sodium hypochlorite) as bacteria found in contaminated water will grow in the filters. Filtration does have some risk. A one micron filter will eliminate most contaminants and a charcoal filter will eliminate many chemicals. However. boiling or ultraviolet, with filtration, are the most effective ways to make water safe. This report is provided as a service for water supplies at private residences and for samples delivered to the laboratory by customers. The certificate cannot be used to satisfy the requirements of the VI Code for Public Water Supplies as die sample was not taken by a VI Government-DPNR licensed water sampler. However, the quality control and quality assurance program established by this laboratory for bacteriological analysis complies with the State/EPA standards. EFTA00301608  OCEAN SYSTEMS LABORATORY, INC. 6194 Estate Frydenhoj St. Thomas, St. Thomas, VI 00802-0000 Tel: II Fax: OceanSystemsLab.com PRIVATE RESIDENTIAL COLIFORM ANALYSIS Customer Name: Little St. James, Roy Hodges Customer Phone: Customer Address: Sample Source: Master Sample Date: 05/01/2013 Sample Number: 550 Analyst: Richardson, Sean EPA Compliant: Yes (Yes / No) Turbidity: 0.56 Total Coliform: A (A or 1') Background: 0 Fecal Coliform: (A or P) pH: 8.97 E. coli: (AorP) TDS: 436.0 (ng.a.) Method: MF (h1ForPA) Definitions: A: Absence; P: Present MF: Membrane Filtration SM 20th Ed. 9222B, 9221E (fecal coliform), 9221 F (e.coli) PA: Presence Absence SM 20th Ed. 9221D, 9221E (fecal conform), 9221 F (e.coli) Maximum Contamination Limit: Turbidity - 1; Coliform - Negative; TDS - 500 mg/L; pH - 6_5 to SS Any coliform bacteria found in drinking water makes it unsatisfactory for drinking. The water supply should be decontaminated and a suitable filtering device installed. Filtration should only be used with decontamina tion (use Clorox or similar household unscented bleach - 5.25% sodium hypochlorite) as bacteria found in contaminated water will grow in the filters. Filtration does have some risk. A one micron filter will eliminate most contaminants and a charcoal filter will eliminate many chemicals. However, boiling or ultraviolet, with filtration. are the most effective ways to make water safe. This report is provided as a service for water supplies at private residences and for samples delivered to the laboratory by customers. The certificate cannot be used to satisfy the requirements of the VI Code for Public Water Supplies as the sample was not taken by a VI Government-DPNR licensed water sampler. However, the quality control and quality assurance program established by this laboratory for bacteriological analysis complies with the State/EPA standards. EFTA00301609  OCEAN SYSTEMS LABORATORY, INC. 6194 Estate Frydenhoj St. Thomas, St. Thomas, VI 00802-0000 Tel: I II Fax: MEM OceanSystemsLab.com PRIVATE RESIDENTIAL COLJFORM ANALYSIS Sample Date: 05/02/2013 Sample Number 551 Analyst: Bauer, Katie EPA Compliant Yes (Yes/No) Turbidity: 0.31 Total Colifonn: A (A or P) Background: 0 Fecal Coliform: otP) pH: 9.O4 E. coli: morn TDS: 458.0 Mis/U Method: MF (MP or PA) Definitions: A: Absence; A. Present MF: Membrane Filtration SM 20th Ed. 9222B, 9221E (fecal coliform), 9221 F (e.coli) PA: Presence Absence SM 20th Ed. 9221D,9221E (fecal colifor m),9221F (e.coli) Maximum Contamination Limit: Turbidity -1; Colfform Negative; TDS - 500 mg/L; pH - 65 to 85 Any coliform bacteria found in drinking water makes it tmsatis factory for drinking. The water supply should he decontaminated and a suitable filtering device installed. Filtration should only be used with decontamination (use Clorox or similar household unscented bleach - 5.25% sodium hypocblorim) as bacteria found in contaminated water will grow in the filters. Filtration does have some risk. A one micron filter will elimina te most contaminants and a charcoal filter will eliminate many chemicals. However, boiling or ultraviolet, with filtration, are the most effective ways to make water safe. This report is provided as a service for water supplies at private residences and for samples delivered to the laboratory by customers. The certificate cannot be used to satisfy the requirements of the VI Code for Public Water Supplies as the sample was not taken by a VI Govem ment-DPNR licensed water sampler. However, the quality contro and quality assurance program established by this labora l tory for bacteriological analysis complies with the StatefE PA standards. EFTA00301610  OCEAN SYSTEMS LABORATORY, INC. 6194 Estate Frydenhoj St. Thomas, St. Thomas, VI 00802, 0000 Tel: Fax: OceanSystemsLab.corn PRIVATE RESIDENTIAL COLIFORM ANALYSIS Customer Name: Little St. James, Roy Hodges Customer Phone: Customer Address: Sample Source: Pool House Sample Date: 05/0212013 Sample Number: 552 Analyst: Richardson, man EPA Compliant: Yes me/ No) Turbidity: 0.48 Total Coliform: A co. Background: 0 Fecal Coliform: cvn pH: 8.48 E. coil: (A ore) TDS: 415.0 (mFA-) Method: MF (hfF orPA) Definitions: A: Absence; P: Present MK Membrane Filtration SM 20th Ed. 9222B, 9221E (fecal conform), 9221 F (e.coli) PA: Presence Absence SM 20th Ed. 9221D, 9221E (kcal colifam),9221 F (e.coli) Maximum Contamination Limit: Turbidity I; Col form - Negative; TDS - 500 mg/L; pH - 6.5 to 8.5 Any coliforrn bacteria found in drinking water makes it unsatisfactory for drinking. The water supply should be decontaminated and a suitable filtering device installed. Filtration should only be used with decontamina tion (use Clorox or similar household unscented bleach - 5.25% sodium hypochlorite) as bacteria found in contaminated water will grow in the filters. Filtration does have some risk. A one micron filter will eliminate most contaminants and a charcoal filter will eliminate many chemicals. However, boiling or ultraviolet, with filtration, are the most effective ways to make water safe. This report is provided as a service for water supplies at private residences and for samples delivered to the laboratory by customers. The certificate cannot be used to satisfy the requirements of the VI Code for Public Water Supplies as the sample was not taken by a VI Government-DPNR licensed water sampler. However, the quality control and quality assurance program established by this laboratory for bacteriological analysis complies with the State/EPA standards. EFTA00301611