Waste Water
- Waste Water – Sampling From Waste Water – TS ISO 5667-10
- Waste Water – Determination of Suspended Solids Gravimetric Method – TS EN 872
- Waste Water – Determination of pH Electrometric Method – TS EN ISO 10523
- Waste Water – Determination of Conductivity Electrode Method – TS 9748 EN 27888
- Waste Water – Determination of Dissolved Oxygen Membrane Electrode Method – SM 4500-O G
- Waste Water – Determination of Fluoride (F⁻), Chloride (Cl⁻), Bromide (Br⁻), Nitrite / Nitrite Nitrogen, Nitrate / Nitrate Nitrogen, Phosphate / Phosphate Phosphorus, Sulphate Ion Chromatography Method – TS EN ISO 10304-1
- Waste Water – Determination of Aluminum (Al), Cadmium (Cd), Cobalt (Co), Total Chromium (T.Cr), Copper (Cu), Iron (Fe), Manganese (Mn), Nickel (Ni), Total Phosphorus (T.P), Vanadium (V), Lead (Pb), Zinc (Zn), Barium (Ba), Sodium (Na), Boron (B), Silver (Ag) ,Arsenic (As), – ICP-OES Method, TS EN ISO 11885
- Waste Water – Determination of Mercury (Hg) ICP-OES – By Hydride System – In-house Method (DT-S0₄ Rev No: 01) (from ISO 11885 utilizing)
- Waste Water – Determination of Mercury (Hg) Measurement: ICP-MS Method – TS EN ISO 17294 1-2
- Waste Water – Determination of Oil and Grease Soxhlet Extraction Method – SM 5520 D
- Waste Water – Determination of Color, Spectrophotometric Method – TS EN ISO 7887 C
- Waste Water – Determination of Settleable Solids, Volumetric Method – TS 7092
- Waste Water – Determination of Fish Bioassay – TS 5676 S.K.K.Y. Sampling and Analysis Methods related (Annex 1)
- Waste Water – Determination of Salinity Electrical Conductivity Method – TS 8108
- Waste Water – Determination of Sulfur (S²⁻) Spectrometric Method – SM 4500 S⁻² D
- Waste Water – Determination of Chemical Oxygen Demand (COD), Open Reflux – Titrimetric Method – SM 5220 B
- Waste Water – Determination of Temperature, Laboratory and Field Methods – SM 2550 B
- Waste Water – Determination of Phenol Pretreatment: Distillation Method Analysis: Spectrometric Method – SM 5530 B, SM 5530 D
- Waste Water – Determination of Free Chlorine, DPD Spectrometric Method – TS EN ISO 7393-2
- Waste Water – Determination of Total Chlorine Spektrometric Method – TS EN ISO 7393-2
- Waste Water – Determination of Hydrocarbons, Soxhlet Extraction Method – SM 5520 D and F
- Waste Water – Determination of Chromium (VI), Spectrometric Method – SM 3500-Cr B
- Waste Water – Determination of Total Kjeldahl Nitrogen, Macro-Kjeldahl Method – SM 4500 Norg B
- Waste Water – Determination of Biological Oxygen Demand (BOD) Determination of BOD after n-days – TS 4957-1 EN 1899-1
- Waste Water – Determination of Total Cyanide (CN⁻) Pretreatment: Distillation Method Analysis: Spectrometric Method – SM 4500-CN C, SM 4500-CN E
- Waste Water – Determination of Hydrazine, Spectrometric Method – ASTM D1385
- Waste Water – Determination of Ammonium / Ammonium Nitrogen Pretreatment: Distillation Method Measurement: Spectrometric Method – SM 4500-NH₃ B, SM 4500-NH₃ F
- Waste Water – Surface Active Agent (MBAS) Determination, Spectrometric Method – SM 5540 C
- Waste Water – Determination of Total Phosphorus, Pretreatment: Digestion Method, Measurement: Spectrometric Method – SM 4500-P B, SM 4500-P E
- Waste Water – Total Dissolved Solids (TDS) Determination, Gravimetric Method – TS 4111
- Water – Sampling from Rivers and Streams – TS EN ISO 5667-6
- Water – Sampling from Groundwater – TS ISO 5667-11
- Water – Sampling from Lake and Ponds – TS ISO 5667-4
- Water – Suspended Solids (SS) Determination, Gravimetric Method – TS EN 872
- Water – Determination of pH, Electrometric Method – TS EN ISO 10523
- Water – Conductivity Determination, Electrode Method – TS 9748 EN 27888
- Water – Determination of Dissolved Oxygen, Membrane Electrode Method – SM 4500-O G
- Water – Fluoride, Chloride, Nitrite / Nitrite Nitrogen, Nitrate / Nitrate Nitrogen, Phosphate / Phosphate Phosphorus, Bromide and Sulphate Determination, Ion Chromatography Method – TS EN ISO 10304-1
- Water – Color Determination Spectrometric Method – TS EN ISO 7887 C
- Water Chemical Oxygen Demand (COD) Determination, Open Reflaks-Titrimetric Method – SM 5220 B
- Water – Chromium (VI) Determination, Spectrometric Method – SM 3500-Cr B
- Water – Determination of Total Kjeldahl Nitrogen, The Macro Kjeldahl Method – SM 4500-Norg B
- Water – Biological Oxygen Demand (BOD) Determination, n- BOD Determination After Day – TS 4957-1 EN 1899-1
- Water – Determination of Ammonium / Ammonium Nitrogen, Pretreatment: Distillation Method, Measurement: Spectrometric Method – SM 4500-NH₃ B, SM 4500-NH₃ F
- Water – Surface Active Agent (MBAS) Determination, Spectrometric Method – SM 5540 C
- Water – Determination of Hydrazine, Spectrometric Method – ASTM D1385
- Water – Total Dissolved Solids (TDS) Determination, Gravimetric Method – TS 4111
- Water – Aluminum (Al), Arsenic (As), Barium (Ba), Boron (B), Cadmium (Cd), Chrome (Cr) Cobalt (Co), Copper (Cu), Mercury (Hg), Iron (Fe), Lead (Pb), Magnesium (Mg), Manganese (Mn), Molybdenum (Mo), Nickel (Ni), Phosphorus (P), Potassium (K), Selenium (Se), Silver (Ag), Sodium (Na), Strontium (Sr), Tin (Sn), Vanadium (V), Zinc (Zn), Zirconium (Zr) Determination Measurement: ICP-MS Method – TS EN ISO 17294 1 – 2
- Water – Determination of Total Phosphorus, Pretreatment: Digestion Method, Measurement: Spectrometric Method – SM 4500-P B, SM 4500-P E
- Water – Determination of Free Chlorine, Spectrometric Method – TS EN ISO 7393-2
- Water – Determination of Total Chlorine, Spectrometric Method – TS EN ISO 7393-2
- Water Determination of Total Cyanide, Pretreatment: Distillation Method, Analysis: Spectrometric Method – SM 4500-CN C, SM 4500-CN E
- Sediment – Sampling from Bottom Sediments – TS 9547 ISO 5667-12