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Odpadní voda Stanovení aniontových tenzidů spektrofotometricky komerčním setem MERCK SOP 8 (ČSN EN 903; Návod firmy MERCK) Scieki Oznaczanie anionowych substancji powierzchniowo czynnych metoda spektrofotometryczna zestawem komercyjnym MERCK Odpadni voda Stanoveni aniontovych tenzidu spektrofotometricky komercnim setem MERCK SOP 8 (CSN EN 903; Navod firmy MERCK)","search_en":"Waste water Determination of anionic surfactants by spectrophotometry with a commercial MERCK kit SOP 8 (ČSN EN 903; Návod firmy MERCK)","search_zh":"废水 MERCK商品化试剂盒分光光度法阴离子表面活性剂测定 SOP 8 (ČSN EN 903; Návod firmy 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voda Stanoveni BTEX metodou GC/FID a jejich sumy dopoctem z namerenych hodnot Benzen  toluen  ethylbenzen  m,p-xylen  o-xylen  SOP 24 (CSN EN ISO 15680; CSN EN ISO 10301)","search_en":"Waste water Determination of BTEX by GC/FID and of their sum by calculation from measured values Benzene  Toluene  Ethylbenzene  m,p-Xylene  o-Xylene  SOP 24 (ČSN EN ISO 15680; ČSN EN ISO 10301)","search_zh":"废水 GC/FID法BTEX测定及根据测量值计算其总和 苯  甲苯  乙苯  间/对二甲苯  邻二甲苯  SOP 24 (ČSN EN ISO 15680; ČSN EN ISO 10301)","categories":["water","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":21,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"5b93877cd9cddf2058ac310a","lab_id":"69ad52a4de79e566650fd5dc","country":"CZ","accr_number":"1798","accr_body":"ČIA","row_label":"23","test_object":"Ścieki, wyciągi wodne","test_object_en":"Waste water, aqueous 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蒸馏后分光光度法酚类测定 SOP 29 (ČSN ISO 6439)","categories":["water","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":22,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"937f37d59edaf306050453f0","lab_id":"69ad52a4de79e566650fd5dc","country":"CZ","accr_number":"1798","accr_body":"ČIA","row_label":"24","test_object":"Ścieki, wyciągi wodne, próbki stałe","test_object_en":"Waste water, aqueous leachates, solid samples","test_object_zh":"废水、水浸出液、固体样品","test_object_cs":"Odpadní voda, vodné výluhy, pevné vzorky","methodology":"Oznaczanie rtęci analizatorem AMA 254","methodology_en":"Determination of mercury with the AMA 254 analyser","methodology_zh":"AMA 254分析仪汞测定","methodology_cs":"Stanovení rtuti analyzátorem AMA 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废物、沉积物、污泥、土壤","note_cs":"vodné výluhy dle ČSN EN 12457-4; pevné vzorky – odpady, sedimenty, kaly, zeminy, půdy","search_text":"Ścieki, wyciągi wodne, próbki stałe Oznaczanie rtęci analizatorem AMA 254 Odpadní voda, vodné výluhy, pevné vzorky Stanovení rtuti analyzátorem AMA 254 SOP 30 (ČSN 75 7440; Manuál analyzátoru AMA) Scieki, wyciagi wodne, probki stale Oznaczanie rteci analizatorem AMA 254 Odpadni voda, vodne vyluhy, pevne vzorky Stanoveni rtuti analyzatorem AMA 254 SOP 30 (CSN 75 7440; Manual analyzatoru AMA)","search_en":"Waste water, aqueous leachates, solid samples Determination of mercury with the AMA 254 analyser SOP 30 (ČSN 75 7440; Manuál analyzátoru AMA)","search_zh":"废水、水浸出液、固体样品 AMA 254分析仪汞测定 SOP 30 (ČSN 75 7440; Manuál analyzátoru 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vodné výluhy Stanovení fluoridů potenciometricky (ISE) SOP 31 (ČSN ISO 10359-1) Scieki, wyciagi wodne Oznaczanie fluorkow metoda potencjometryczna (ISE) Odpadni voda, vodne vyluhy Stanoveni fluoridu potenciometricky (ISE) SOP 31 (CSN ISO 10359-1)","search_en":"Waste water, aqueous leachates Determination of fluorides by potentiometry (ISE) SOP 31 (ČSN ISO 10359-1)","search_zh":"废水、水浸出液 电位法（离子选择电极）氟化物测定 SOP 31 (ČSN ISO 10359-1)","categories":["water","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":24,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"fdef5f04fb09b963fcb639ee","lab_id":"69ad52a4de79e566650fd5dc","country":"CZ","accr_number":"1798","accr_body":"ČIA","row_label":"26","test_object":"Próbki stałe","test_object_en":"Solid samples","test_object_zh":"固体样品","test_object_cs":"Pevné vzorky","methodology":"Oznaczanie suchej 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ICP-OES","parameters":[{"name":"Glin (Al)","range":""},{"name":"Arsen (As)","range":""},{"name":"Bor (B)","range":""},{"name":"Bar (Ba)","range":""},{"name":"Beryl (Be)","range":""},{"name":"Wapń (Ca)","range":""},{"name":"Kadm (Cd)","range":""},{"name":"Kobalt (Co)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Żelazo (Fe)","range":""},{"name":"Potas (K)","range":""},{"name":"Magnez (Mg)","range":""},{"name":"Mangan (Mn)","range":""},{"name":"Molibden (Mo)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Fosfor (P)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Antymon (Sb)","range":""},{"name":"Selen (Se)","range":""},{"name":"Stront (Sr)","range":""},{"name":"Wanad (V)","range":""},{"name":"Cynk (Zn)","range":""}],"parameters_en":[{"name":"Aluminium (Al)","range":""},{"name":"Arsenic (As)","range":""},{"name":"Boron (B)","range":""},{"name":"Barium (Ba)","range":""},{"name":"Beryllium (Be)","range":""},{"name":"Calcium 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pierwiastków metodą ICP-OES\nZakres:\nGlin (Al)\nArsen (As)\nBor (B)\nBar (Ba)\nBeryl (Be)\nWapń (Ca)\nKadm (Cd)\nKobalt (Co)\nChrom (Cr)\nMiedź (Cu)\nŻelazo (Fe)\nPotas (K)\nMagnez (Mg)\nMangan (Mn)\nMolibden (Mo)\nNikiel (Ni)\nFosfor (P)\nOłów (Pb)\nAntymon (Sb)\nSelen (Se)\nStront (Sr)\nWanad (V)\nCynk (Zn)","reference":"SOP 34 (ČSN EN 13657; ČSN EN ISO 11885; US EPA Method 200.7; US EPA Method 6010)","norm_bases":["SOP 34","ČSN EN 13657","ČSN EN ISO 11885","US EPA Method 200.7","US EPA Method 6010"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"próbki stałe – odpady, osady denne, szlamy, grunty, gleby","note_en":"solid samples – wastes, sediments, sludges, soils","note_zh":"固体样品 – 废物、沉积物、污泥、土壤","note_cs":"pevné vzorky – odpady, sedimenty, kaly, zeminy, půdy","search_text":"Próbki stałe Oznaczanie pierwiastków metodą ICP-OES Glin (Al)  Arsen (As)  Bor (B)  Bar (Ba)  Beryl (Be)  Wapń (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedź (Cu)  Żelazo (Fe)  Potas (K)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Nikiel (Ni)  Fosfor (P)  Ołów (Pb)  Antymon (Sb)  Selen (Se)  Stront (Sr)  Wanad (V)  Cynk (Zn)  Pevné vzorky Stanovení prvků metodou ICP-OES Al  As  B  Ba  Be  Ca  Cd  Co  Cr  Cu  Fe  K  Mg  Mn  Mo  Ni  P  Pb  Sb  Se  Sr  V  Zn  SOP 34 (ČSN EN 13657; ČSN EN ISO 11885; US EPA Method 200.7; US EPA Method 6010) Probki stale Oznaczanie pierwiastkow metoda ICP-OES Glin (Al)  Arsen (As)  Bor (B)  Bar (Ba)  Beryl (Be)  Wapn (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Potas (K)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Nikiel (Ni)  Fosfor (P)  Olow (Pb)  Antymon (Sb)  Selen (Se)  Stront (Sr)  Wanad (V)  Cynk (Zn)  Pevne vzorky Stanoveni prvku metodou ICP-OES Al  As  B  Ba  Be  Ca  Cd  Co  Cr  Cu  Fe  K  Mg  Mn  Mo  Ni  P  Pb  Sb  Se  Sr  V  Zn  SOP 34 (CSN EN 13657; CSN EN ISO 11885; US EPA Method 200.7; US EPA Method 6010)","search_en":"Solid samples Determination of elements by ICP-OES Aluminium (Al)  Arsenic (As)  Boron (B)  Barium (Ba)  Beryllium (Be)  Calcium (Ca)  Cadmium (Cd)  Cobalt (Co)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Potassium (K)  Magnesium (Mg)  Manganese (Mn)  Molybdenum (Mo)  Nickel (Ni)  Phosphorus (P)  Lead (Pb)  Antimony (Sb)  Selenium (Se)  Strontium (Sr)  Vanadium (V)  Zinc (Zn)  SOP 34 (ČSN EN 13657; ČSN EN ISO 11885; US EPA Method 200.7; US EPA Method 6010)","search_zh":"固体样品 ICP-OES法元素测定 铝（Al）  砷（As）  硼（B）  钡（Ba）  铍（Be）  钙（Ca）  镉（Cd）  钴（Co）  铬（Cr）  铜（Cu）  铁（Fe）  钾（K）  镁（Mg）  锰（Mn）  钼（Mo）  镍（Ni）  磷（P）  铅（Pb）  锑（Sb）  硒（Se）  锶（Sr）  钒（V）  锌（Zn）  SOP 34 (ČSN EN 13657; ČSN EN ISO 11885; US EPA Method 200.7; US EPA Method 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fotometricky SOP 35 (ČSN ISO 15705) Scieki Oznaczanie chemicznego zapotrzebowania tlenu metoda dichromianowa (ChZTCr) fotometrycznie Odpadni voda Stanoveni chemicke spotreby kysliku dichromanem (CHSKCr) fotometricky SOP 35 (CSN ISO 15705)","search_en":"Waste water Determination of chemical oxygen demand by dichromate (CODCr) by photometry SOP 35 (ČSN ISO 15705)","search_zh":"废水 光度法重铬酸盐化学需氧量（CODCr）测定 SOP 35 (ČSN ISO 15705)","categories":["water","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":27,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"94ac16946da1c8355f2f267d","lab_id":"69ad52a4de79e566650fd5dc","country":"CZ","accr_number":"1798","accr_body":"ČIA","row_label":"29","test_object":"Próbki stałe","test_object_en":"Solid samples","test_object_zh":"固体样品","test_object_cs":"Pevné vzorky","methodology":"Oznaczanie ogólnego węgla 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