{"lab":{"_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","address":"Tavičská 337/23, 703 00 Ostrava – Vítkovice","categories":["environment","water"],"city":"Ostrava – Vítkovice","imported_at":"2026-03-08T10:42:44.590Z","methods_count":40,"name":"ELVAC EKOTECHNIKA s.r.o.","parse_status":"parsed","parse_version":5,"pdf_files":["1269_688_2024_CS.pdf","1269_688_2024_EN.pdf"],"scope_summary":"Analizy chemiczne i fizyczne wód powierzchniowych, technologicznych, ścieków i wód podziemnych, wyciągów wodnych, odpadów, gruntów, osadów ściekowych, osadów dennych, materiałów z budów, gazów, próbek emisji i środowiska pracy oraz pobieranie próbek wód i odpadów, w zakresie określonym w załączniku do świadectwa.","search_text":"elvac ekotechnika s.r.o. tavičská 337/23, 703 00 ostrava – vítkovice 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wody podziemne, wyciagi Oznaczanie zawiesiny ogolnej metoda wagowa Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni nerozpustenych latek gravimetricky EKO-SOP-003 (CSN EN 872)","search_en":"Surface, process, waste and ground water, leachates Determination of suspended solids by gravimetry EKO-SOP-003 (ČSN EN 872)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 重量法测定悬浮物 EKO-SOP-003 (ČSN EN 872)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":3,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"4a77d7bea2082133c51de240","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"5","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie substancji rozpuszczonych i RAS metodą wagową","methodology_en":"Determination of dissolved solids and RAS by gravimetry","methodology_zh":"重量法测定溶解性固体和RAS","methodology_cs":"Stanovení rozpuštěných látek a RAS gravimetricky","parameters":[{"name":"substancje rozpuszczone","range":""},{"name":"rozpuszczalne sole nieorganiczne (RAS)","range":""}],"parameters_en":[{"name":"dissolved solids","range":""},{"name":"soluble inorganic salts (RAS)","range":""}],"parameters_zh":[{"name":"溶解性固体","range":""},{"name":"可溶性无机盐（RAS）","range":""}],"parameters_cs":[{"name":"rozpuštěných 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75 7347)","search_en":"Surface, process, waste and ground water, leachates Determination of dissolved solids and RAS by gravimetry dissolved solids  soluble inorganic salts (RAS)  EKO-SOP-020 (ČSN 75 7346; ČSN EN 15216; ČSN 75 7347)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 重量法测定溶解性固体和RAS 溶解性固体  可溶性无机盐（RAS）  EKO-SOP-020 (ČSN 75 7346; ČSN EN 15216; ČSN 75 7347)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":4,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"3f69ca184d6658ded74be367","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"6","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, 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(Zn)","range":""}],"parameters_zh":[{"name":"钡（Ba）","range":""},{"name":"钙（Ca）","range":""},{"name":"镉（Cd）","range":""},{"name":"钴（Co）","range":""},{"name":"铬（Cr）","range":""},{"name":"铜（Cu）","range":""},{"name":"铁（Fe）","range":""},{"name":"钾（K）","range":""},{"name":"镁（Mg）","range":""},{"name":"锰（Mn）","range":""},{"name":"钼（Mo）","range":""},{"name":"钠（Na）","range":""},{"name":"镍（Ni）","range":""},{"name":"铅（Pb）","range":""},{"name":"钒（V）","range":""},{"name":"锌（Zn）","range":""}],"parameters_cs":[{"name":"Ba","range":""},{"name":"Ca","range":""},{"name":"Cd","range":""},{"name":"Co","range":""},{"name":"Cr","range":""},{"name":"Cu","range":""},{"name":"Fe","range":""},{"name":"K","range":""},{"name":"Mg","range":""},{"name":"Mn","range":""},{"name":"Mo","range":""},{"name":"Na","range":""},{"name":"Ni","range":""},{"name":"Pb","range":""},{"name":"V","range":""},{"name":"Zn","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["twardość 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(Na)  Nikiel (Ni)  Ołów (Pb)  Wanad (V)  Cynk (Zn)  twardość wapniowa twardość magnezowa twardość ogólna Povrchové, technologické, odpadní a podzemní vody, výluhy Stanovení kovů metodou AAS – plamenová technika a tvrdostí dopočtem Ba  Ca  Cd  Co  Cr  Cu  Fe  K  Mg  Mn  Mo  Na  Ni  Pb  V  Zn  vápenatá tvrdost hořečnatá tvrdost celková tvrdost EKO-SOP-018a, část V (ČSN 75 7400; ČSN ISO 8288; ČSN EN 1233; ČSN ISO 7980, ČSN ISO 9964-3; ČSN 75 7385; TNV 75 7408; firemní metodika GBC) Wody powierzchniowe, technologiczne, scieki i wody podziemne, wyciagi Oznaczanie metali metoda AAS – technika plomieniowa i twardosci obliczeniowo Bar (Ba)  Wapn (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Potas (K)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Sod (Na)  Nikiel (Ni)  Olow (Pb)  Wanad (V)  Cynk (Zn)  twardosc wapniowa twardosc magnezowa twardosc ogolna Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni kovu metodou AAS – plamenova technika a tvrdosti dopoctem Ba  Ca  Cd  Co  Cr  Cu  Fe  K  Mg  Mn  Mo  Na  Ni  Pb  V  Zn  vapenata tvrdost horecnata tvrdost celkova tvrdost EKO-SOP-018a, cast V (CSN 75 7400; CSN ISO 8288; CSN EN 1233; CSN ISO 7980, CSN ISO 9964-3; CSN 75 7385; TNV 75 7408; firemni metodika GBC)","search_en":"Surface, process, waste and ground water, leachates Determination of metals by AAS – flame technique and hardness by calculation Barium (Ba)  Calcium (Ca)  Cadmium (Cd)  Cobalt (Co)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Potassium (K)  Magnesium (Mg)  Manganese (Mn)  Molybdenum (Mo)  Sodium (Na)  Nickel (Ni)  Lead (Pb)  Vanadium (V)  Zinc (Zn)  calcium hardness magnesium hardness total hardness EKO-SOP-018a, část V (ČSN 75 7400; ČSN ISO 8288; ČSN EN 1233; ČSN ISO 7980, ČSN ISO 9964-3; ČSN 75 7385; TNV 75 7408; firemní metodika GBC)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 火焰原子吸收光谱法测定金属并计算硬度 钡（Ba）  钙（Ca）  镉（Cd）  钴（Co）  铬（Cr）  铜（Cu）  铁（Fe）  钾（K）  镁（Mg）  锰（Mn）  钼（Mo）  钠（Na）  镍（Ni）  铅（Pb）  钒（V）  锌（Zn）  钙硬度 镁硬度 总硬度 EKO-SOP-018a, část V (ČSN 75 7400; ČSN ISO 8288; ČSN EN 1233; ČSN ISO 7980, ČSN ISO 9964-3; ČSN 75 7385; TNV 75 7408; firemní metodika GBC)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":5,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"c97693ab1d02fce4cafe4125","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"7","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów","test_object_en":"Wastes, soils, sediments, sludges, construction materials","test_object_zh":"废物、土、沉积物、污泥、建筑材料","test_object_cs":"Odpady, zeminy, sedimenty, kaly, materiály ze staveb","methodology":"Oznaczanie metali metodą AAS – technika płomieniowa oraz tlenków metali i współczynnika alkalicznego obliczeniowo","methodology_en":"Determination of metals by AAS – flame technique and metal oxides 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půdy, substráty; kaly – kaly čistírenské, průmyslové; odpady – odpady pevné, kapalné","search_text":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów Oznaczanie metali metodą AAS – technika płomieniowa oraz tlenków metali i współczynnika alkalicznego obliczeniowo Bar (Ba)  Wapń (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedź (Cu)  Żelazo (Fe)  Potas (K)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Sód (Na)  Nikiel (Ni)  Ołów (Pb)  Wanad (V)  Cynk (Zn)  współczynnik alkaliczny tlenki metali (K, Na, Ca, Mg) Odpady, zeminy, sedimenty, kaly, materiály ze staveb Stanovení kovů metodou AAS – plamenová technika a oxidů kovů a alkalického koeficientu dopočtem Ba  Ca  Cd  Co  Cr  Cu  Fe  K  Mg  Mn  Mo  Na  Ni  Pb  V  Zn  alkalický koeficient oxidy kovů (K, Na, Ca, Mg) EKO-SOP-018a, část O (ČSN 75 7400; ČSN ISO 8288; ČSN EN 1233; ČSN ISO 7980; ČSN ISO 9964-3; ČSN 75 7385; TNV 75 7408; firemní metodika GBC) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie metali metoda AAS – technika plomieniowa oraz tlenkow metali i wspolczynnika alkalicznego obliczeniowo Bar (Ba)  Wapn (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Potas (K)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Sod (Na)  Nikiel (Ni)  Olow (Pb)  Wanad (V)  Cynk (Zn)  wspolczynnik alkaliczny tlenki metali (K, Na, Ca, Mg) Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni kovu metodou AAS – plamenova technika a oxidu kovu a alkalickeho koeficientu dopoctem Ba  Ca  Cd  Co  Cr  Cu  Fe  K  Mg  Mn  Mo  Na  Ni  Pb  V  Zn  alkalicky koeficient oxidy kovu (K, Na, Ca, Mg) EKO-SOP-018a, cast O (CSN 75 7400; CSN ISO 8288; CSN EN 1233; CSN ISO 7980; CSN ISO 9964-3; CSN 75 7385; TNV 75 7408; firemni metodika GBC)","search_en":"Wastes, soils, sediments, sludges, construction materials Determination of metals by AAS – flame technique and metal oxides and alkali coefficient by calculation Barium (Ba)  Calcium (Ca)  Cadmium (Cd)  Cobalt (Co)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Potassium (K)  Magnesium (Mg)  Manganese (Mn)  Molybdenum (Mo)  Sodium (Na)  Nickel (Ni)  Lead (Pb)  Vanadium (V)  Zinc (Zn)  alkali coefficient metal oxides (K, Na, Ca, Mg) EKO-SOP-018a, část O (ČSN 75 7400; ČSN ISO 8288; ČSN EN 1233; ČSN ISO 7980; ČSN ISO 9964-3; ČSN 75 7385; TNV 75 7408; firemní metodika GBC)","search_zh":"废物、土、沉积物、污泥、建筑材料 火焰原子吸收光谱法测定金属并计算金属氧化物和碱系数 钡（Ba）  钙（Ca）  镉（Cd）  钴（Co）  铬（Cr）  铜（Cu）  铁（Fe）  钾（K）  镁（Mg）  锰（Mn）  钼（Mo）  钠（Na）  镍（Ni）  铅（Pb）  钒（V）  锌（Zn）  碱系数 金属氧化物（K、Na、Ca、Mg） EKO-SOP-018a, část O (ČSN 75 7400; ČSN ISO 8288; ČSN EN 1233; ČSN ISO 7980; ČSN ISO 9964-3; ČSN 75 7385; TNV 75 7408; firemní metodika GBC)","categories":["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":6,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"a122ae34275421e7864a92eb","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"8","test_object":"Roztwory absorpcyjne i popłuczyny, filtry z pomiarów emisji","test_object_en":"Absorption and rinse solutions, filters from emission measurements","test_object_zh":"排放测量用吸收液和冲洗液、滤膜","test_object_cs":"Absorpční a oplachové roztoky, filtry z měření emisí","methodology":"Oznaczanie metali metodą AAS – technika płomieniowa","methodology_en":"Determination of metals by AAS – flame technique","methodology_zh":"火焰原子吸收光谱法测定金属","methodology_cs":"Stanovení kovů metodou AAS – plamenová technika","parameters":[{"name":"Kadm (Cd)","range":""},{"name":"Kobalt (Co)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Mangan (Mn)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Cynk (Zn)","range":""}],"parameters_en":[{"name":"Cadmium (Cd)","range":""},{"name":"Cobalt (Co)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Manganese (Mn)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Zinc 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9965:1996)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":8,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"29b991d0085e39821a0deca2","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"10","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów","test_object_en":"Wastes, soils, sediments, sludges, construction materials","test_object_zh":"废物、土、沉积物、污泥、建筑材料","test_object_cs":"Odpady, zeminy, sedimenty, kaly, materiály ze staveb","methodology":"Oznaczanie metali metodą AAS – technika wodorkowa","methodology_en":"Determination of metals by AAS – hydride technique","methodology_zh":"氢化物发生原子吸收光谱法测定金属","methodology_cs":"Stanovení kovů metodou AAS – hydridová technika","parameters":[{"name":"Arsen (As)","range":""},{"name":"Antymon 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komposty, půdy, substráty; kaly – kaly čistírenské, průmyslové; odpady – odpady pevné, kapalné","search_text":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów Oznaczanie metali metodą AAS – technika wodorkowa Arsen (As)  Antymon (Sb)  Selen (Se)  Odpady, zeminy, sedimenty, kaly, materiály ze staveb Stanovení kovů metodou AAS – hydridová technika As  Sb  Se  EKO-SOP-018b, část O (ČSN EN ISO 11969:1997; ČSN ISO 9965:1996) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie metali metoda AAS – technika wodorkowa Arsen (As)  Antymon (Sb)  Selen (Se)  Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni kovu metodou AAS – hydridova technika As  Sb  Se  EKO-SOP-018b, cast O (CSN EN ISO 11969:1997; CSN ISO 9965:1996)","search_en":"Wastes, soils, sediments, sludges, construction materials Determination of metals by AAS – hydride technique Arsenic (As)  Antimony (Sb)  Selenium (Se)  EKO-SOP-018b, část O (ČSN EN ISO 11969:1997; ČSN ISO 9965:1996)","search_zh":"废物、土、沉积物、污泥、建筑材料 氢化物发生原子吸收光谱法测定金属 砷（As）  锑（Sb）  硒（Se）  EKO-SOP-018b, část O (ČSN EN ISO 11969:1997; ČSN ISO 9965:1996)","categories":["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":9,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"92b02d53c128a757a339a633","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"11","test_object":"Roztwory absorpcyjne i popłuczyny, filtry z pomiarów emisji","test_object_en":"Absorption and rinse solutions, filters from emission measurements","test_object_zh":"排放测量用吸收液和冲洗液、滤膜","test_object_cs":"Absorpční a oplachové roztoky, filtry z měření emisí","methodology":"Oznaczanie metali metodą AAS – technika wodorkowa","methodology_en":"Determination of metals by AAS – hydride 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ISO 11969:1997","ČSN ISO 9965:1996"],"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":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Roztwory absorpcyjne i popłuczyny, filtry z pomiarów emisji Oznaczanie metali metodą AAS – technika wodorkowa Arsen (As)  Antymon (Sb)  Selen (Se)  Absorpční a oplachové roztoky, filtry z měření emisí Stanovení kovů metodou AAS – hydridová technika As  Sb  Se  EKO-SOP-018b, část E (ČSN EN ISO 11969:1997; ČSN ISO 9965:1996) Roztwory absorpcyjne i popluczyny, filtry z pomiarow emisji Oznaczanie metali metoda AAS – technika wodorkowa Arsen (As)  Antymon (Sb)  Selen (Se)  Absorpcni a oplachove roztoky, filtry z mereni emisi Stanoveni kovu metodou AAS – hydridova technika As  Sb  Se  EKO-SOP-018b, cast E (CSN EN ISO 11969:1997; CSN ISO 9965:1996)","search_en":"Absorption and rinse solutions, filters from emission measurements Determination of metals by AAS – hydride technique Arsenic (As)  Antimony (Sb)  Selenium (Se)  EKO-SOP-018b, část E (ČSN EN ISO 11969:1997; ČSN ISO 9965:1996)","search_zh":"排放测量用吸收液和冲洗液、滤膜 氢化物发生原子吸收光谱法测定金属 砷（As）  锑（Sb）  硒（Se）  EKO-SOP-018b, část E (ČSN EN ISO 11969:1997; ČSN ISO 9965:1996)","categories":["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":10,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"110e66068a9c3e741f42ae1c","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"12","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie rtęci metodą AAS – technika bezpłomieniowa","methodology_en":"Determination of mercury by AAS – flameless technique","methodology_zh":"无火焰原子吸收光谱法测定汞","methodology_cs":"Stanovení rtuti metodou AAS – bezplamenová technika","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie rtęci metodą AAS – technika bezpłomieniowa","reference":"EKO-SOP-018c, část V (ČSN EN ISO 12846)","norm_bases":["EKO-SOP-018c, část V","ČSN EN ISO 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powierzchniowe, technologiczne, scieki i wody podziemne, wyciagi Oznaczanie rteci metoda AAS – technika bezplomieniowa Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni rtuti metodou AAS – bezplamenova technika EKO-SOP-018c, cast V (CSN EN ISO 12846)","search_en":"Surface, process, waste and ground water, leachates Determination of mercury by AAS – flameless technique EKO-SOP-018c, část V (ČSN EN ISO 12846)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 无火焰原子吸收光谱法测定汞 EKO-SOP-018c, část V (ČSN EN ISO 12846)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":11,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"cba54aa7e08810da5666ac4a","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"13","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z 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Determination of non-polar extractable substances by infrared spectrometry EKO-SOP-007, část O (TNV 75 8052)","search_zh":"废物、土、沉积物、污泥 红外光谱法测定非极性可萃取物 EKO-SOP-007, část O (TNV 75 8052)","categories":["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":18,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"22acff1389c6af25311f405a","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"20","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie WWA metodą HPLC/FLD i sumy WWA obliczeniowo","methodology_en":"Determination of PAH by HPLC/FLD and sum of PAH 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WWA"],"computed_en":["sum of PAH"],"computed_zh":["多环芳烃总量"],"computed_cs":["suma PAU"],"activity":"Oznaczanie WWA metodą HPLC/FLD i sumy WWA obliczeniowo\nZakres:\nnaftalen\nacenaften\nfluoren\nfenantren\nantracen\nfluoranten\npiren\nbenzo(a)antracen\nchryzen\nbenzo(b)fluoranten\nbenzo(k)fluoranten\nbenzo(a)piren\ndibenzo(a,h)antracen\nbenzo(g,h,i)perylen\nindeno(1,2,3-c,d)piren","reference":"EKO-SOP-008, část V (ČSN EN ISO 17993)","norm_bases":["EKO-SOP-008, část V","ČSN EN ISO 17993"],"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":"wyciągi – wyciągi z odpadów, gruntów, materiałów z budów, osadów ściekowych, osadów dennych, kompostów, gleb i podłoży","note_en":"leachates – leachates from wastes, soils, construction materials, sludges, sediments, 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PAU metodou HPLC/FLD a sumy PAU dopočtem naftalen  acenaften  fluoren  fenantren  antracen  fluoranten  pyren  benzo(a)antracen  chrysen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)pyren  dibenz(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)pyren  suma PAU EKO-SOP-008, část O (ČSN EN 17503) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie WWA metoda HPLC/FLD i sumy WWA obliczeniowo naftalen  acenaften  fluoren  fenantren  antracen  fluoranten  piren  benzo(a)antracen  chryzen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)piren  dibenzo(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)piren  suma WWA Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni PAU metodou HPLC/FLD a sumy PAU dopoctem naftalen  acenaften  fluoren  fenantren  antracen  fluoranten  pyren  benzo(a)antracen  chrysen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)pyren  dibenz(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)pyren  suma PAU EKO-SOP-008, cast O 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17503)","categories":["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":20,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"4cbc86e1a578b772bec5542b","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"22","test_object":"Filtry i materiały sorpcyjne z pomiarów emisji","test_object_en":"Filters and sorption materials from emission measurements","test_object_zh":"排放测量用滤膜和吸附材料","test_object_cs":"Filtry a sorpční materiály z měření emisí","methodology":"Oznaczanie WWA metodą HPLC/FLD i sumy WWA obliczeniowo","methodology_en":"Determination of PAH by HPLC/FLD and sum of PAH by calculation","methodology_zh":"HPLC/FLD法测定多环芳烃并计算其总量","methodology_cs":"Stanovení PAU metodou HPLC/FLD a sumy PAU dopočtem","parameters":[{"name":"fenantren","range":""},{"name":"antracen","range":""},{"name":"fluoranten","range":""},{"name":"piren","range":""},{"name":"benzo(a)antracen","range":""},{"name":"chryzen","range":""},{"name":"benzo(b)fluoranten","range":""},{"name":"benzo(k)fluoranten","range":""},{"name":"benzo(a)piren","range":""},{"name":"dibenzo(a,h)antracen","range":""},{"name":"benzo(g,h,i)perylen","range":""},{"name":"indeno(1,2,3-c,d)piren","range":""}],"parameters_en":[{"name":"phenanthrene","range":""},{"name":"anthracene","range":""},{"name":"fluoranthene","range":""},{"name":"pyrene","range":""},{"name":"benzo(a)anthracene","range":""},{"name":"chrysene","range":""},{"name":"benzo(b)fluoranthene","range":""},{"name":"benzo(k)fluoranthene","range":""},{"name":"benzo(a)pyrene","range":""},{"name":"dibenz(a,h)anthracene","range":""},{"name":"benzo(g,h,i)perylene","range":""},{"name":"indeno(1,2,3-c,d)pyrene","range":""}],"parameters_zh":[{"name":"菲","range":""},{"name":"蒽","range":""},{"name":"荧蒽","range":""},{"name":"芘","range":""},{"name":"苯并(a)蒽","range":""},{"name":"䓛","range":""},{"name":"苯并(b)荧蒽","range":""},{"name":"苯并(k)荧蒽","range":""},{"name":"苯并(a)芘","range":""},{"name":"二苯并(a,h)蒽","range":""},{"name":"苯并(g,h,i)苝","range":""},{"name":"茚并(1,2,3-c,d)芘","range":""}],"parameters_cs":[{"name":"fenantren","range":""},{"name":"antracen","range":""},{"name":"fluoranten","range":""},{"name":"pyren","range":""},{"name":"benzo(a)antracen","range":""},{"name":"chrysen","range":""},{"name":"benzo(b)fluoranten","range":""},{"name":"benzo(k)fluoranten","range":""},{"name":"benzo(a)pyren","range":""},{"name":"dibenz(a,h)antracen","range":""},{"name":"benzo(g,h,i)perylen","range":""},{"name":"indeno(1,2,3-c,d)pyren","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["suma WWA"],"computed_en":["sum of PAH"],"computed_zh":["多环芳烃总量"],"computed_cs":["suma PAU"],"activity":"Oznaczanie WWA metodą HPLC/FLD i sumy WWA obliczeniowo\nZakres:\nfenantren\nantracen\nfluoranten\npiren\nbenzo(a)antracen\nchryzen\nbenzo(b)fluoranten\nbenzo(k)fluoranten\nbenzo(a)piren\ndibenzo(a,h)antracen\nbenzo(g,h,i)perylen\nindeno(1,2,3-c,d)piren","reference":"EKO-SOP-008, část E (ČSN EN 1948-2; ČSN EN 15549)","norm_bases":["EKO-SOP-008, část E","ČSN EN 1948-2","ČSN EN 15549"],"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":true,"flexibility":"B","outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Filtry i materiały sorpcyjne z pomiarów emisji Oznaczanie WWA metodą HPLC/FLD i sumy WWA obliczeniowo fenantren  antracen  fluoranten  piren  benzo(a)antracen  chryzen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)piren  dibenzo(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)piren  suma WWA Filtry a sorpční materiály z měření emisí Stanovení PAU metodou HPLC/FLD a sumy PAU dopočtem fenantren  antracen  fluoranten  pyren  benzo(a)antracen  chrysen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)pyren  dibenz(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)pyren  suma PAU EKO-SOP-008, část E (ČSN EN 1948-2; ČSN EN 15549) Filtry i materialy sorpcyjne z pomiarow emisji Oznaczanie WWA metoda HPLC/FLD i sumy WWA obliczeniowo fenantren  antracen  fluoranten  piren  benzo(a)antracen  chryzen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)piren  dibenzo(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)piren  suma WWA Filtry a sorpcni materialy z mereni emisi Stanoveni PAU metodou HPLC/FLD a sumy PAU dopoctem fenantren  antracen  fluoranten  pyren  benzo(a)antracen  chrysen  benzo(b)fluoranten  benzo(k)fluoranten  benzo(a)pyren  dibenz(a,h)antracen  benzo(g,h,i)perylen  indeno(1,2,3-c,d)pyren  suma PAU EKO-SOP-008, cast E (CSN EN 1948-2; CSN EN 15549)","search_en":"Filters and sorption materials from emission measurements Determination of PAH by HPLC/FLD and sum of PAH by calculation phenanthrene  anthracene  fluoranthene  pyrene  benzo(a)anthracene  chrysene  benzo(b)fluoranthene  benzo(k)fluoranthene  benzo(a)pyrene  dibenz(a,h)anthracene  benzo(g,h,i)perylene  indeno(1,2,3-c,d)pyrene  sum of PAH EKO-SOP-008, část E (ČSN EN 1948-2; ČSN EN 15549)","search_zh":"排放测量用滤膜和吸附材料 HPLC/FLD法测定多环芳烃并计算其总量 菲  蒽  荧蒽  芘  苯并(a)蒽  䓛  苯并(b)荧蒽  苯并(k)荧蒽  苯并(a)芘  二苯并(a,h)蒽  苯并(g,h,i)苝  茚并(1,2,3-c,d)芘  多环芳烃总量 EKO-SOP-008, část E (ČSN EN 1948-2; ČSN EN 15549)","categories":["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":"2eb0298f1ea536b8552b872e","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"23","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie VOC metodą GC/FID i sumy VOC obliczeniowo","methodology_en":"Determination of VOC by GC/FID and sum of VOC by calculation","methodology_zh":"GC/FID法测定VOC并计算VOC总量","methodology_cs":"Stanovení VOC metodou GC/FID a sumy VOC 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VOC"],"computed_en":["sum of VOC"],"computed_zh":["VOC总量"],"computed_cs":["suma VOC"],"activity":"Oznaczanie VOC metodą GC/FID i sumy VOC obliczeniowo\nZakres:\nbenzen\ntoluen\netylobenzen\nksyleny\ntrichloroeten\ntetrachloroeten","reference":"EKO-SOP-009, část V (ČSN EN ISO 10301; TNV 75 7552)","norm_bases":["EKO-SOP-009, část V","ČSN EN ISO 10301","TNV 75 7552"],"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":true,"flexibility":"B","outside_premises":false,"note":"wyciągi – wyciągi z odpadów, gruntów, materiałów z budów, osadów ściekowych, osadów dennych, kompostów, gleb i podłoży","note_en":"leachates – leachates from wastes, soils, construction materials, sludges, sediments, composts, soils and substrates","note_zh":"浸出液 – 废物、土、建筑材料、污泥、沉积物、堆肥、土壤和基质的浸出液","note_cs":"výluhy – výluhy z odpadů, zemin, materiálů ze staveb, kalů, sedimentů, kompostů, půd a substrátů","search_text":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi Oznaczanie VOC metodą GC/FID i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  trichloroeten  tetrachloroeten  suma VOC Povrchové, technologické, odpadní a podzemní vody, výluhy Stanovení VOC metodou GC/FID a sumy VOC dopočtem benzen  toluen  etylbenzen  xyleny  trichloreten  tetrachloreten  suma VOC EKO-SOP-009, část V (ČSN EN ISO 10301; TNV 75 7552) Wody powierzchniowe, technologiczne, scieki i wody podziemne, wyciagi Oznaczanie VOC metoda GC/FID i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  trichloroeten  tetrachloroeten  suma VOC Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni VOC metodou GC/FID a sumy VOC dopoctem benzen  toluen  etylbenzen  xyleny  trichloreten  tetrachloreten  suma VOC EKO-SOP-009, cast V (CSN EN ISO 10301; TNV 75 7552)","search_en":"Surface, process, waste and ground water, leachates Determination of VOC by GC/FID and sum of VOC by calculation benzene  toluene  ethylbenzene  xylenes  trichloroethene  tetrachloroethene  sum of VOC EKO-SOP-009, část V (ČSN EN ISO 10301; TNV 75 7552)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 GC/FID法测定VOC并计算VOC总量 苯  甲苯  乙苯  二甲苯  三氯乙烯  四氯乙烯  VOC总量 EKO-SOP-009, část V (ČSN EN ISO 10301; TNV 75 7552)","categories":["water"],"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":"256aed737902d916caf53701","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"24","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów","test_object_en":"Wastes, soils, sediments, sludges, construction materials","test_object_zh":"废物、土、沉积物、污泥、建筑材料","test_object_cs":"Odpady, zeminy, sedimenty, kaly, materiály ze staveb","methodology":"Oznaczanie VOC metodą GC/FID i sumy VOC obliczeniowo","methodology_en":"Determination of VOC by GC/FID and sum of VOC by calculation","methodology_zh":"GC/FID法测定VOC并计算VOC总量","methodology_cs":"Stanovení VOC metodou GC/FID a sumy VOC dopočtem","parameters":[{"name":"benzen","range":""},{"name":"toluen","range":""},{"name":"etylobenzen","range":""},{"name":"ksyleny","range":""},{"name":"1,2-dichloroetan","range":""},{"name":"1,1-dichloroeten","range":""},{"name":"cis-1,2-dichloroeten","range":""},{"name":"trans-1,2-dichloroeten","range":""},{"name":"trichloroeten","range":""},{"name":"tetrachloroeten","range":""},{"name":"chlorek winylu (chloroeten)","range":""}],"parameters_en":[{"name":"benzene","range":""},{"name":"toluene","range":""},{"name":"ethylbenzene","range":""},{"name":"xylenes","range":""},{"name":"1,2-dichloroethane","range":""},{"name":"1,1-dichloroethene","range":""},{"name":"cis-1,2-dichloroethene","range":""},{"name":"trans-1,2-dichloroethene","range":""},{"name":"trichloroethene","range":""},{"name":"tetrachloroethene","range":""},{"name":"vinyl chloride (chloroethene)","range":""}],"parameters_zh":[{"name":"苯","range":""},{"name":"甲苯","range":""},{"name":"乙苯","range":""},{"name":"二甲苯","range":""},{"name":"1,2-二氯乙烷","range":""},{"name":"1,1-二氯乙烯","range":""},{"name":"顺-1,2-二氯乙烯","range":""},{"name":"反-1,2-二氯乙烯","range":""},{"name":"三氯乙烯","range":""},{"name":"四氯乙烯","range":""},{"name":"氯乙烯","range":""}],"parameters_cs":[{"name":"benzen","range":""},{"name":"toluen","range":""},{"name":"etylbenzen","range":""},{"name":"xyleny","range":""},{"name":"1,2-dichloretan","range":""},{"name":"1,1-dichloreten","range":""},{"name":"cis-1,2-dichloreten","range":""},{"name":"trans-1,2-dichloreten","range":""},{"name":"trichloreten","range":""},{"name":"tetrachloreten","range":""},{"name":"vinylchlorid (chloreten)","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["suma VOC"],"computed_en":["sum of VOC"],"computed_zh":["VOC总量"],"computed_cs":["suma VOC"],"activity":"Oznaczanie VOC metodą GC/FID i sumy VOC obliczeniowo\nZakres:\nbenzen\ntoluen\netylobenzen\nksyleny\n1,2-dichloroetan\n1,1-dichloroeten\ncis-1,2-dichloroeten\ntrans-1,2-dichloroeten\ntrichloroeten\ntetrachloroeten\nchlorek winylu (chloroeten)","reference":"EKO-SOP-009, část O (ČSN EN ISO 10301)","norm_bases":["EKO-SOP-009, část O","ČSN EN ISO 10301"],"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":true,"flexibility":"B","outside_premises":false,"note":"materiał z budów – gruz rozbiórkowy, recyklat, likwidowane materiały budowlane, urobek; grunty – grunty z wykopów, komposty, gleby, podłoża; osady – osady ściekowe z oczyszczalni, przemysłowe; odpady – odpady stałe, ciekłe","note_en":"construction material – demolition material, recycled material, disposed building materials, excavated earth; soils – excavated soils, composts, soils, substrates; sludges – sewage and industrial sludges; wastes – solid and liquid wastes","note_zh":"建筑材料 – 拆除材料、再生料、废弃建筑材料、开挖土；土 – 开挖土、堆肥、土壤、基质；污泥 – 污水处理厂污泥、工业污泥；废物 – 固体和液体废物","note_cs":"materiál ze staveb – bouraný materiál, recyklát, likvidované stavební materiály, vytěžená zemina; zeminy – výkopové zeminy, komposty, půdy, substráty; kaly – kaly čistírenské, průmyslové; odpady – odpady pevné, kapalné","search_text":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów Oznaczanie VOC metodą GC/FID i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  1,2-dichloroetan  1,1-dichloroeten  cis-1,2-dichloroeten  trans-1,2-dichloroeten  trichloroeten  tetrachloroeten  chlorek winylu (chloroeten)  suma VOC Odpady, zeminy, sedimenty, kaly, materiály ze staveb Stanovení VOC metodou GC/FID a sumy VOC dopočtem benzen  toluen  etylbenzen  xyleny  1,2-dichloretan  1,1-dichloreten  cis-1,2-dichloreten  trans-1,2-dichloreten  trichloreten  tetrachloreten  vinylchlorid (chloreten)  suma VOC EKO-SOP-009, část O (ČSN EN ISO 10301) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie VOC metoda GC/FID i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  1,2-dichloroetan  1,1-dichloroeten  cis-1,2-dichloroeten  trans-1,2-dichloroeten  trichloroeten  tetrachloroeten  chlorek winylu (chloroeten)  suma VOC Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni VOC metodou GC/FID a sumy VOC dopoctem benzen  toluen  etylbenzen  xyleny  1,2-dichloretan  1,1-dichloreten  cis-1,2-dichloreten  trans-1,2-dichloreten  trichloreten  tetrachloreten  vinylchlorid (chloreten)  suma VOC EKO-SOP-009, cast O (CSN EN ISO 10301)","search_en":"Wastes, soils, sediments, sludges, construction materials Determination of VOC by GC/FID and sum of VOC by calculation benzene  toluene  ethylbenzene  xylenes  1,2-dichloroethane  1,1-dichloroethene  cis-1,2-dichloroethene  trans-1,2-dichloroethene  trichloroethene  tetrachloroethene  vinyl chloride (chloroethene)  sum of VOC EKO-SOP-009, část O (ČSN EN ISO 10301)","search_zh":"废物、土、沉积物、污泥、建筑材料 GC/FID法测定VOC并计算VOC总量 苯  甲苯  乙苯  二甲苯  1,2-二氯乙烷  1,1-二氯乙烯  顺-1,2-二氯乙烯  反-1,2-二氯乙烯  三氯乙烯  四氯乙烯  氯乙烯  VOC总量 EKO-SOP-009, část O (ČSN EN ISO 10301)","categories":["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":23,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"f4631727793abcf2956bc33c","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"25","test_object":"Materiały sorpcyjne z pomiarów emisji i powietrza glebowego","test_object_en":"Sorption materials from emission and soil gas measurements","test_object_zh":"排放和土壤气测量用吸附材料","test_object_cs":"Sorpční materiály z měření emisí a půdního vzduchu","methodology":"Oznaczanie VOC metodą GC/MS i sumy VOC obliczeniowo","methodology_en":"Determination of VOC by GC/MS and sum of VOC by calculation","methodology_zh":"GC/MS法测定VOC并计算VOC总量","methodology_cs":"Stanovení VOC metodou GC/MS a sumy VOC dopočtem","parameters":[{"name":"benzen","range":""},{"name":"toluen","range":""},{"name":"etylobenzen","range":""},{"name":"ksyleny","range":""},{"name":"dichlorometan","range":""},{"name":"trichloroeten","range":""},{"name":"tetrachloroeten","range":""},{"name":"etanol","range":""},{"name":"metanol","range":""},{"name":"trichlorometan","range":""},{"name":"eter dietylowy","range":""},{"name":"octan etylu","range":""}],"parameters_en":[{"name":"benzene","range":""},{"name":"toluene","range":""},{"name":"ethylbenzene","range":""},{"name":"xylenes","range":""},{"name":"dichloromethane","range":""},{"name":"trichloroethene","range":""},{"name":"tetrachloroethene","range":""},{"name":"ethanol","range":""},{"name":"methanol","range":""},{"name":"trichloromethane","range":""},{"name":"diethyl ether","range":""},{"name":"ethyl acetate","range":""}],"parameters_zh":[{"name":"苯","range":""},{"name":"甲苯","range":""},{"name":"乙苯","range":""},{"name":"二甲苯","range":""},{"name":"二氯甲烷","range":""},{"name":"三氯乙烯","range":""},{"name":"四氯乙烯","range":""},{"name":"乙醇","range":""},{"name":"甲醇","range":""},{"name":"三氯甲烷","range":""},{"name":"乙醚","range":""},{"name":"乙酸乙酯","range":""}],"parameters_cs":[{"name":"benzen","range":""},{"name":"toluen","range":""},{"name":"ethylbenzen","range":""},{"name":"xyleny","range":""},{"name":"dichlormetan","range":""},{"name":"trichloreten","range":""},{"name":"tetrachloreten","range":""},{"name":"etanol","range":""},{"name":"metanol","range":""},{"name":"trichlormetan","range":""},{"name":"diethylether","range":""},{"name":"etylacetát","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["suma VOC"],"computed_en":["sum of VOC"],"computed_zh":["VOC总量"],"computed_cs":["suma VOC"],"activity":"Oznaczanie VOC metodą GC/MS i sumy VOC obliczeniowo\nZakres:\nbenzen\ntoluen\netylobenzen\nksyleny\ndichlorometan\ntrichloroeten\ntetrachloroeten\netanol\nmetanol\ntrichlorometan\neter dietylowy\noctan etylu","reference":"EKO-SOP-009, část E (ČSN P CEN/TS 13649)","norm_bases":["EKO-SOP-009, část E","ČSN P CEN/TS 13649"],"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":true,"flexibility":"B","outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Materiały sorpcyjne z pomiarów emisji i powietrza glebowego Oznaczanie VOC metodą GC/MS i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  dichlorometan  trichloroeten  tetrachloroeten  etanol  metanol  trichlorometan  eter dietylowy  octan etylu  suma VOC Sorpční materiály z měření emisí a půdního vzduchu Stanovení VOC metodou GC/MS a sumy VOC dopočtem benzen  toluen  ethylbenzen  xyleny  dichlormetan  trichloreten  tetrachloreten  etanol  metanol  trichlormetan  diethylether  etylacetát  suma VOC EKO-SOP-009, část E (ČSN P CEN/TS 13649) Materialy sorpcyjne z pomiarow emisji i powietrza glebowego Oznaczanie VOC metoda GC/MS i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  dichlorometan  trichloroeten  tetrachloroeten  etanol  metanol  trichlorometan  eter dietylowy  octan etylu  suma VOC Sorpcni materialy z mereni emisi a pudniho vzduchu Stanoveni VOC metodou GC/MS a sumy VOC dopoctem benzen  toluen  ethylbenzen  xyleny  dichlormetan  trichloreten  tetrachloreten  etanol  metanol  trichlormetan  diethylether  etylacetat  suma VOC EKO-SOP-009, cast E (CSN P CEN/TS 13649)","search_en":"Sorption materials from emission and soil gas measurements Determination of VOC by GC/MS and sum of VOC by calculation benzene  toluene  ethylbenzene  xylenes  dichloromethane  trichloroethene  tetrachloroethene  ethanol  methanol  trichloromethane  diethyl ether  ethyl acetate  sum of VOC EKO-SOP-009, část E (ČSN P CEN/TS 13649)","search_zh":"排放和土壤气测量用吸附材料 GC/MS法测定VOC并计算VOC总量 苯  甲苯  乙苯  二甲苯  二氯甲烷  三氯乙烯  四氯乙烯  乙醇  甲醇  三氯甲烷  乙醚  乙酸乙酯  VOC总量 EKO-SOP-009, část E (ČSN P CEN/TS 13649)","categories":["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":"4eb62169ee852a2e9e8b081e","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"26","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie VOC metodą GC/MS i sumy VOC obliczeniowo","methodology_en":"Determination of VOC by GC/MS and sum of VOC by calculation","methodology_zh":"GC/MS法测定VOC并计算VOC总量","methodology_cs":"Stanovení VOC metodou GC/MS a sumy VOC dopočtem","parameters":[{"name":"benzen","range":""},{"name":"toluen","range":""},{"name":"etylobenzen","range":""},{"name":"ksyleny","range":""},{"name":"chlorobenzen","range":""},{"name":"1,2-dichlorobenzen","range":""},{"name":"1,4-dichlorobenzen","range":""},{"name":"1,2,3-trichlorobenzen","range":""},{"name":"1,2,4-trichlorobenzen","range":""},{"name":"1,1-dichloroetan","range":""},{"name":"1,2-dichloroetan","range":""},{"name":"1,1-dichloroeten","range":""},{"name":"cis-1,2-dichloroeten","range":""},{"name":"trans-1,2-dichloroeten","range":""},{"name":"dichlorometan","range":""},{"name":"trichlorometan (chloroform)","range":""},{"name":"1,1,1-trichloroetan","range":""},{"name":"1,1,2-trichloroetan","range":""},{"name":"tetrachlorometan","range":""},{"name":"1,1,1,2-tetrachloroetan","range":""},{"name":"1,1,2,2-tetrachloroetan","range":""},{"name":"trichloroeten","range":""},{"name":"tetrachloroeten","range":""},{"name":"chlorek winylu (chloroeten)","range":""}],"parameters_en":[{"name":"benzene","range":""},{"name":"toluene","range":""},{"name":"ethylbenzene","range":""},{"name":"xylenes","range":""},{"name":"chlorobenzene","range":""},{"name":"1,2-dichlorobenzene","range":""},{"name":"1,4-dichlorobenzene","range":""},{"name":"1,2,3-trichlorobenzene","range":""},{"name":"1,2,4-trichlorobenzene","range":""},{"name":"1,1-dichloroethane","range":""},{"name":"1,2-dichloroethane","range":""},{"name":"1,1-dichloroethene","range":""},{"name":"cis-1,2-dichloroethene","range":""},{"name":"trans-1,2-dichloroethene","range":""},{"name":"dichloromethane","range":""},{"name":"trichloromethane (chloroform)","range":""},{"name":"1,1,1-trichloroethane","range":""},{"name":"1,1,2-trichloroethane","range":""},{"name":"tetrachloromethane","range":""},{"name":"1,1,1,2-tetrachloroethane","range":""},{"name":"1,1,2,2-tetrachloroethane","range":""},{"name":"trichloroethene","range":""},{"name":"tetrachloroethene","range":""},{"name":"vinyl chloride (chloroethene)","range":""}],"parameters_zh":[{"name":"苯","range":""},{"name":"甲苯","range":""},{"name":"乙苯","range":""},{"name":"二甲苯","range":""},{"name":"氯苯","range":""},{"name":"1,2-二氯苯","range":""},{"name":"1,4-二氯苯","range":""},{"name":"1,2,3-三氯苯","range":""},{"name":"1,2,4-三氯苯","range":""},{"name":"1,1-二氯乙烷","range":""},{"name":"1,2-二氯乙烷","range":""},{"name":"1,1-二氯乙烯","range":""},{"name":"顺-1,2-二氯乙烯","range":""},{"name":"反-1,2-二氯乙烯","range":""},{"name":"二氯甲烷","range":""},{"name":"三氯甲烷（氯仿）","range":""},{"name":"1,1,1-三氯乙烷","range":""},{"name":"1,1,2-三氯乙烷","range":""},{"name":"四氯化碳","range":""},{"name":"1,1,1,2-四氯乙烷","range":""},{"name":"1,1,2,2-四氯乙烷","range":""},{"name":"三氯乙烯","range":""},{"name":"四氯乙烯","range":""},{"name":"氯乙烯","range":""}],"parameters_cs":[{"name":"benzen","range":""},{"name":"toluen","range":""},{"name":"etylbenzen","range":""},{"name":"xyleny","range":""},{"name":"chlorbenzen","range":""},{"name":"1,2-dichlorbenzen","range":""},{"name":"1,4-dichlorbenzen","range":""},{"name":"1,2,3-trichlorbenzen","range":""},{"name":"1,2,4-trichlorbenzen","range":""},{"name":"1,1-dichloretan","range":""},{"name":"1,2-dichloretan","range":""},{"name":"1,1-dichloreten","range":""},{"name":"cis-1,2-dichloreten","range":""},{"name":"trans-1,2-dichloreten","range":""},{"name":"dichlormetan","range":""},{"name":"trichlormetan (chloroform)","range":""},{"name":"1,1,1-trichloretan","range":""},{"name":"1,1,2-trichloretan","range":""},{"name":"tetrachlormetan","range":""},{"name":"1,1,1,2-tetrachloretan","range":""},{"name":"1,1,2,2-tetrachloretan","range":""},{"name":"trichloreten","range":""},{"name":"tetrachloreten","range":""},{"name":"vinylchlorid (chloreten)","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["suma VOC"],"computed_en":["sum of VOC"],"computed_zh":["VOC总量"],"computed_cs":["suma VOC"],"activity":"Oznaczanie VOC metodą GC/MS i sumy VOC obliczeniowo\nZakres:\nbenzen\ntoluen\netylobenzen\nksyleny\nchlorobenzen\n1,2-dichlorobenzen\n1,4-dichlorobenzen\n1,2,3-trichlorobenzen\n1,2,4-trichlorobenzen\n1,1-dichloroetan\n1,2-dichloroetan\n1,1-dichloroeten\ncis-1,2-dichloroeten\ntrans-1,2-dichloroeten\ndichlorometan\ntrichlorometan (chloroform)\n1,1,1-trichloroetan\n1,1,2-trichloroetan\ntetrachlorometan\n1,1,1,2-tetrachloroetan\n1,1,2,2-tetrachloroetan\ntrichloroeten\ntetrachloroeten\nchlorek winylu (chloroeten)","reference":"EKO-SOP-009, část V (ČSN EN ISO 10301)","norm_bases":["EKO-SOP-009, část V","ČSN EN ISO 10301"],"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":true,"flexibility":"B","outside_premises":false,"note":"wyciągi – wyciągi z odpadów, gruntów, materiałów z budów, osadów ściekowych, osadów dennych, kompostów, gleb i podłoży","note_en":"leachates – leachates from wastes, soils, construction materials, sludges, sediments, composts, soils and substrates","note_zh":"浸出液 – 废物、土、建筑材料、污泥、沉积物、堆肥、土壤和基质的浸出液","note_cs":"výluhy – výluhy z odpadů, zemin, materiálů ze staveb, kalů, sedimentů, kompostů, půd a substrátů","search_text":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi Oznaczanie VOC metodą GC/MS i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  chlorobenzen  1,2-dichlorobenzen  1,4-dichlorobenzen  1,2,3-trichlorobenzen  1,2,4-trichlorobenzen  1,1-dichloroetan  1,2-dichloroetan  1,1-dichloroeten  cis-1,2-dichloroeten  trans-1,2-dichloroeten  dichlorometan  trichlorometan (chloroform)  1,1,1-trichloroetan  1,1,2-trichloroetan  tetrachlorometan  1,1,1,2-tetrachloroetan  1,1,2,2-tetrachloroetan  trichloroeten  tetrachloroeten  chlorek winylu (chloroeten)  suma VOC Povrchové, technologické, odpadní a podzemní vody, výluhy Stanovení VOC metodou GC/MS a sumy VOC dopočtem benzen  toluen  etylbenzen  xyleny  chlorbenzen  1,2-dichlorbenzen  1,4-dichlorbenzen  1,2,3-trichlorbenzen  1,2,4-trichlorbenzen  1,1-dichloretan  1,2-dichloretan  1,1-dichloreten  cis-1,2-dichloreten  trans-1,2-dichloreten  dichlormetan  trichlormetan (chloroform)  1,1,1-trichloretan  1,1,2-trichloretan  tetrachlormetan  1,1,1,2-tetrachloretan  1,1,2,2-tetrachloretan  trichloreten  tetrachloreten  vinylchlorid (chloreten)  suma VOC EKO-SOP-009, část V (ČSN EN ISO 10301) Wody powierzchniowe, technologiczne, scieki i wody podziemne, wyciagi Oznaczanie VOC metoda GC/MS i sumy VOC obliczeniowo benzen  toluen  etylobenzen  ksyleny  chlorobenzen  1,2-dichlorobenzen  1,4-dichlorobenzen  1,2,3-trichlorobenzen  1,2,4-trichlorobenzen  1,1-dichloroetan  1,2-dichloroetan  1,1-dichloroeten  cis-1,2-dichloroeten  trans-1,2-dichloroeten  dichlorometan  trichlorometan (chloroform)  1,1,1-trichloroetan  1,1,2-trichloroetan  tetrachlorometan  1,1,1,2-tetrachloroetan  1,1,2,2-tetrachloroetan  trichloroeten  tetrachloroeten  chlorek winylu (chloroeten)  suma VOC Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni VOC metodou GC/MS a sumy VOC dopoctem benzen  toluen  etylbenzen  xyleny  chlorbenzen  1,2-dichlorbenzen  1,4-dichlorbenzen  1,2,3-trichlorbenzen  1,2,4-trichlorbenzen  1,1-dichloretan  1,2-dichloretan  1,1-dichloreten  cis-1,2-dichloreten  trans-1,2-dichloreten  dichlormetan  trichlormetan (chloroform)  1,1,1-trichloretan  1,1,2-trichloretan  tetrachlormetan  1,1,1,2-tetrachloretan  1,1,2,2-tetrachloretan  trichloreten  tetrachloreten  vinylchlorid (chloreten)  suma VOC EKO-SOP-009, cast V (CSN EN ISO 10301)","search_en":"Surface, process, waste and ground water, leachates Determination of VOC by GC/MS and sum of VOC by calculation benzene  toluene  ethylbenzene  xylenes  chlorobenzene  1,2-dichlorobenzene  1,4-dichlorobenzene  1,2,3-trichlorobenzene  1,2,4-trichlorobenzene  1,1-dichloroethane  1,2-dichloroethane  1,1-dichloroethene  cis-1,2-dichloroethene  trans-1,2-dichloroethene  dichloromethane  trichloromethane (chloroform)  1,1,1-trichloroethane  1,1,2-trichloroethane  tetrachloromethane  1,1,1,2-tetrachloroethane  1,1,2,2-tetrachloroethane  trichloroethene  tetrachloroethene  vinyl chloride (chloroethene)  sum of VOC EKO-SOP-009, část V (ČSN EN ISO 10301)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 GC/MS法测定VOC并计算VOC总量 苯  甲苯  乙苯  二甲苯  氯苯  1,2-二氯苯  1,4-二氯苯  1,2,3-三氯苯  1,2,4-三氯苯  1,1-二氯乙烷  1,2-二氯乙烷  1,1-二氯乙烯  顺-1,2-二氯乙烯  反-1,2-二氯乙烯  二氯甲烷  三氯甲烷（氯仿）  1,1,1-三氯乙烷  1,1,2-三氯乙烷  四氯化碳  1,1,1,2-四氯乙烷  1,1,2,2-四氯乙烷  三氯乙烯  四氯乙烯  氯乙烯  VOC总量 EKO-SOP-009, část V (ČSN EN ISO 10301)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":25,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"f149a3f243c82c85e4acb545","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"27","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie PCB metodą GC/ECD i sumy PCB obliczeniowo","methodology_en":"Determination of PCB by GC/ECD and sum of PCB by calculation","methodology_zh":"GC/ECD法测定多氯联苯并计算其总量","methodology_cs":"Stanovení PCB metodou GC/ECD a sumy PCB dopočtem","parameters":[{"name":"kongener PCB 28","range":""},{"name":"kongener PCB 52","range":""},{"name":"kongener PCB 101","range":""},{"name":"kongener PCB 118","range":""},{"name":"kongener PCB 138","range":""},{"name":"kongener PCB 153","range":""},{"name":"kongener PCB 180","range":""}],"parameters_en":[{"name":"PCB congener 28","range":""},{"name":"PCB congener 52","range":""},{"name":"PCB congener 101","range":""},{"name":"PCB congener 118","range":""},{"name":"PCB congener 138","range":""},{"name":"PCB congener 153","range":""},{"name":"PCB congener 180","range":""}],"parameters_zh":[{"name":"多氯联苯同系物28","range":""},{"name":"多氯联苯同系物52","range":""},{"name":"多氯联苯同系物101","range":""},{"name":"多氯联苯同系物118","range":""},{"name":"多氯联苯同系物138","range":""},{"name":"多氯联苯同系物153","range":""},{"name":"多氯联苯同系物180","range":""}],"parameters_cs":[{"name":"PCB 28","range":""},{"name":"PCB 52","range":""},{"name":"PCB 101","range":""},{"name":"PCB 118","range":""},{"name":"PCB 138","range":""},{"name":"PCB 153","range":""},{"name":"PCB 180","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["suma PCB"],"computed_en":["sum of PCB"],"computed_zh":["多氯联苯总量"],"computed_cs":["suma PCB"],"activity":"Oznaczanie PCB metodą GC/ECD i sumy PCB obliczeniowo\nZakres:\nkongener PCB 28\nkongener PCB 52\nkongener PCB 101\nkongener PCB 118\nkongener PCB 138\nkongener PCB 153\nkongener PCB 180","reference":"EKO-SOP-010, část V ČSN EN ISO 6468)","norm_bases":["EKO-SOP-010, část V","ČSN EN ISO 6468"],"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":"wyciągi – wyciągi z odpadów, gruntów, materiałów z budów, osadów ściekowych, osadów dennych, kompostów, gleb i podłoży","note_en":"leachates – leachates from wastes, soils, construction materials, sludges, sediments, composts, soils and substrates","note_zh":"浸出液 – 废物、土、建筑材料、污泥、沉积物、堆肥、土壤和基质的浸出液","note_cs":"výluhy – výluhy z odpadů, zemin, materiálů ze staveb, kalů, sedimentů, kompostů, půd a substrátů","search_text":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi Oznaczanie PCB metodą GC/ECD i sumy PCB obliczeniowo kongener PCB 28  kongener PCB 52  kongener PCB 101  kongener PCB 118  kongener PCB 138  kongener PCB 153  kongener PCB 180  suma PCB Povrchové, technologické, odpadní a podzemní vody, výluhy Stanovení PCB metodou GC/ECD a sumy PCB dopočtem PCB 28  PCB 52  PCB 101  PCB 118  PCB 138  PCB 153  PCB 180  suma PCB EKO-SOP-010, část V ČSN EN ISO 6468) Wody powierzchniowe, technologiczne, scieki i wody podziemne, wyciagi Oznaczanie PCB metoda GC/ECD i sumy PCB obliczeniowo kongener PCB 28  kongener PCB 52  kongener PCB 101  kongener PCB 118  kongener PCB 138  kongener PCB 153  kongener PCB 180  suma PCB Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni PCB metodou GC/ECD a sumy PCB dopoctem PCB 28  PCB 52  PCB 101  PCB 118  PCB 138  PCB 153  PCB 180  suma PCB EKO-SOP-010, cast V CSN EN ISO 6468)","search_en":"Surface, process, waste and ground water, leachates Determination of PCB by GC/ECD and sum of PCB by calculation PCB congener 28  PCB congener 52  PCB congener 101  PCB congener 118  PCB congener 138  PCB congener 153  PCB congener 180  sum of PCB EKO-SOP-010, část V ČSN EN ISO 6468)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 GC/ECD法测定多氯联苯并计算其总量 多氯联苯同系物28  多氯联苯同系物52  多氯联苯同系物101  多氯联苯同系物118  多氯联苯同系物138  多氯联苯同系物153  多氯联苯同系物180  多氯联苯总量 EKO-SOP-010, část V ČSN EN ISO 6468)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":26,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"b04111011b9ea93456c279ba","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"28","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów","test_object_en":"Wastes, soils, sediments, sludges, construction materials","test_object_zh":"废物、土、沉积物、污泥、建筑材料","test_object_cs":"Odpady, zeminy, sedimenty, kaly, materiály ze staveb","methodology":"Oznaczanie PCB metodą GC/ECD i sumy PCB obliczeniowo","methodology_en":"Determination of PCB by GC/ECD and sum of PCB by calculation","methodology_zh":"GC/ECD法测定多氯联苯并计算其总量","methodology_cs":"Stanovení PCB metodou GC/ECD a sumy PCB dopočtem","parameters":[{"name":"kongener PCB 28","range":""},{"name":"kongener PCB 52","range":""},{"name":"kongener PCB 101","range":""},{"name":"kongener PCB 118","range":""},{"name":"kongener PCB 138","range":""},{"name":"kongener PCB 153","range":""},{"name":"kongener PCB 180","range":""}],"parameters_en":[{"name":"PCB congener 28","range":""},{"name":"PCB congener 52","range":""},{"name":"PCB congener 101","range":""},{"name":"PCB congener 118","range":""},{"name":"PCB congener 138","range":""},{"name":"PCB congener 153","range":""},{"name":"PCB congener 180","range":""}],"parameters_zh":[{"name":"多氯联苯同系物28","range":""},{"name":"多氯联苯同系物52","range":""},{"name":"多氯联苯同系物101","range":""},{"name":"多氯联苯同系物118","range":""},{"name":"多氯联苯同系物138","range":""},{"name":"多氯联苯同系物153","range":""},{"name":"多氯联苯同系物180","range":""}],"parameters_cs":[{"name":"PCB 28","range":""},{"name":"PCB 52","range":""},{"name":"PCB 101","range":""},{"name":"PCB 118","range":""},{"name":"PCB 138","range":""},{"name":"PCB 153","range":""},{"name":"PCB 180","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["suma PCB"],"computed_en":["sum of PCB"],"computed_zh":["多氯联苯总量"],"computed_cs":["suma PCB"],"activity":"Oznaczanie PCB metodą GC/ECD i sumy PCB obliczeniowo\nZakres:\nkongener PCB 28\nkongener PCB 52\nkongener PCB 101\nkongener PCB 118\nkongener PCB 138\nkongener PCB 153\nkongener PCB 180","reference":"EKO-SOP-010, část O (ČSN EN ISO 18475)","norm_bases":["EKO-SOP-010, část O","ČSN EN ISO 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půdy, substráty; kaly – kaly čistírenské, průmyslové; odpady – odpady pevné, kapalné","search_text":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów Oznaczanie PCB metodą GC/ECD i sumy PCB obliczeniowo kongener PCB 28  kongener PCB 52  kongener PCB 101  kongener PCB 118  kongener PCB 138  kongener PCB 153  kongener PCB 180  suma PCB Odpady, zeminy, sedimenty, kaly, materiály ze staveb Stanovení PCB metodou GC/ECD a sumy PCB dopočtem PCB 28  PCB 52  PCB 101  PCB 118  PCB 138  PCB 153  PCB 180  suma PCB EKO-SOP-010, část O (ČSN EN ISO 18475) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie PCB metoda GC/ECD i sumy PCB obliczeniowo kongener PCB 28  kongener PCB 52  kongener PCB 101  kongener PCB 118  kongener PCB 138  kongener PCB 153  kongener PCB 180  suma PCB Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni PCB metodou GC/ECD a sumy PCB dopoctem PCB 28  PCB 52  PCB 101  PCB 118  PCB 138  PCB 153  PCB 180  suma PCB EKO-SOP-010, cast 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wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie węglowodorów C10-C40 metodą GC/FID","methodology_en":"Determination of hydrocarbons C10-C40 by GC/FID","methodology_zh":"GC/FID法测定C10-C40烃","methodology_cs":"Stanovení uhlovodíků C10-C40 metodou GC/FID","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie węglowodorów C10-C40 metodą GC/FID","reference":"EKO-SOP-021, část V (ČSN EN ISO 9377-2)","norm_bases":["EKO-SOP-021, část V","ČSN EN ISO 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technologiczne, scieki i wody podziemne, wyciagi Oznaczanie weglowodorow C10-C40 metoda GC/FID Povrchove, technologicke, odpadni a podzemni vody, vyluhy Stanoveni uhlovodiku C10-C40 metodou GC/FID EKO-SOP-021, cast V (CSN EN ISO 9377-2)","search_en":"Surface, process, waste and ground water, leachates Determination of hydrocarbons C10-C40 by GC/FID EKO-SOP-021, část V (ČSN EN ISO 9377-2)","search_zh":"地表水、工艺用水、废水和地下水、浸出液 GC/FID法测定C10-C40烃 EKO-SOP-021, část V (ČSN EN ISO 9377-2)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":28,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"963fec7b66bf71799717390c","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"30","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów","test_object_en":"Wastes, soils, sediments, sludges, construction materials","test_object_zh":"废物、土、沉积物、污泥、建筑材料","test_object_cs":"Odpady, zeminy, sedimenty, kaly, materiály ze staveb","methodology":"Oznaczanie węglowodorów C10-C40 metodą GC/FID","methodology_en":"Determination of hydrocarbons C10-C40 by GC/FID","methodology_zh":"GC/FID法测定C10-C40烃","methodology_cs":"Stanovení uhlovodíků C10-C40 metodou GC/FID","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie węglowodorów C10-C40 metodą GC/FID","reference":"EKO-SOP-021, část O (ČSN EN 14039; ČSN EN ISO 16703)","norm_bases":["EKO-SOP-021, část O","ČSN EN 14039","ČSN EN ISO 16703"],"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":"materiał z budów – gruz rozbiórkowy, recyklat, likwidowane materiały budowlane, urobek; grunty – grunty z wykopów, komposty, gleby, podłoża; osady – osady ściekowe z oczyszczalni, przemysłowe; odpady – odpady stałe, ciekłe","note_en":"construction material – demolition material, recycled material, disposed building materials, excavated earth; soils – excavated soils, composts, soils, substrates; sludges – sewage and industrial sludges; wastes – solid and liquid wastes","note_zh":"建筑材料 – 拆除材料、再生料、废弃建筑材料、开挖土；土 – 开挖土、堆肥、土壤、基质；污泥 – 污水处理厂污泥、工业污泥；废物 – 固体和液体废物","note_cs":"materiál ze staveb – bouraný materiál, recyklát, likvidované stavební materiály, vytěžená zemina; zeminy – výkopové zeminy, komposty, půdy, substráty; kaly – kaly čistírenské, průmyslové; odpady – odpady pevné, kapalné","search_text":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów Oznaczanie węglowodorów C10-C40 metodą GC/FID Odpady, zeminy, sedimenty, kaly, materiály ze staveb Stanovení uhlovodíků C10-C40 metodou GC/FID EKO-SOP-021, část O (ČSN EN 14039; ČSN EN ISO 16703) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie weglowodorow C10-C40 metoda GC/FID Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni uhlovodiku C10-C40 metodou GC/FID EKO-SOP-021, cast O (CSN EN 14039; CSN EN ISO 16703)","search_en":"Wastes, soils, sediments, sludges, construction materials Determination of hydrocarbons C10-C40 by GC/FID EKO-SOP-021, část O (ČSN EN 14039; ČSN EN ISO 16703)","search_zh":"废物、土、沉积物、污泥、建筑材料 GC/FID法测定C10-C40烃 EKO-SOP-021, část O (ČSN EN 14039; ČSN EN ISO 16703)","categories":["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":29,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"4b62c4daab8ab60d4489c2cd","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"31","test_object":"Filtry z pomiarów emisji, popłuczyny z emisji","test_object_en":"Filters from emission measurements, rinse solutions from emissions","test_object_zh":"排放测量滤膜、排放冲洗液","test_object_cs":"Filtry z měření emisí, oplachové roztoky z emisí","methodology":"Oznaczanie pyłu i osadów pyłu metodą wagową","methodology_en":"Determination of particulate matter and dust deposits by gravimetry","methodology_zh":"重量法测定颗粒物和粉尘沉积物","methodology_cs":"Stanovení tuhých znečišťujících látek a úsad prachu gravimetricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie pyłu i osadów pyłu metodą wagową","reference":"EKO-SOP-022 (ČSN EN 13284-1)","norm_bases":["EKO-SOP-022","ČSN EN 13284-1"],"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":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Filtry z pomiarów emisji, popłuczyny z emisji Oznaczanie pyłu i osadów pyłu metodą wagową Filtry z měření emisí, oplachové roztoky z emisí Stanovení tuhých znečišťujících látek a úsad prachu gravimetricky EKO-SOP-022 (ČSN EN 13284-1) Filtry z pomiarow emisji, popluczyny z emisji Oznaczanie pylu i osadow pylu metoda wagowa Filtry z mereni emisi, oplachove roztoky z emisi Stanoveni tuhych znecistujicich latek a usad prachu gravimetricky EKO-SOP-022 (CSN EN 13284-1)","search_en":"Filters from emission measurements, rinse solutions from emissions Determination of particulate matter and dust deposits by gravimetry EKO-SOP-022 (ČSN EN 13284-1)","search_zh":"排放测量滤膜、排放冲洗液 重量法测定颗粒物和粉尘沉积物 EKO-SOP-022 (ČSN EN 13284-1)","categories":["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":30,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"2466afb5dfb560481e450ffa","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"32","test_object":"Wody powierzchniowe, technologiczne, ścieki i wody podziemne, wyciągi","test_object_en":"Surface, process, waste and ground water, leachates","test_object_zh":"地表水、工艺用水、废水和地下水、浸出液","test_object_cs":"Povrchové, technologické, odpadní a podzemní vody, výluhy","methodology":"Oznaczanie azotu amonowego i jonów amonowych metodą spektrofotometryczną oraz azotu nieorganicznego obliczeniowo","methodology_en":"Determination of ammonium nitrogen and ammonium ions by spectrophotometry and inorganic nitrogen by calculation","methodology_zh":"分光光度法测定氨氮和铵离子，计算无机氮","methodology_cs":"Stanovení amoniakálního dusíku a amonných iontů spektrofotometricky a anorganického dusíku dopočtem","parameters":[{"name":"azot amonowy","range":""},{"name":"jony amonowe","range":""}],"parameters_en":[{"name":"ammonium nitrogen","range":""},{"name":"ammonium ions","range":""}],"parameters_zh":[{"name":"氨氮","range":""},{"name":"铵离子","range":""}],"parameters_cs":[{"name":"amoniakálního dusíku","range":""},{"name":"amonných iontů","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["azot nieorganiczny"],"computed_en":["inorganic nitrogen"],"computed_zh":["无机氮"],"computed_cs":["anorganického dusíku"],"activity":"Oznaczanie azotu amonowego i jonów amonowych metodą spektrofotometryczną oraz azotu nieorganicznego obliczeniowo\nZakres:\nazot amonowy\njony amonowe","reference":"EKO-SOP-024, část V (ČSN ISO 7150-1)","norm_bases":["EKO-SOP-024, část V","ČSN ISO 7150-1"],"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":"wyciągi – wyciągi z odpadów, gruntów, materiałów z budów, osadów ściekowych, osadów dennych, kompostów, gleb i podłoży","note_en":"leachates – 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ISO 10304-1)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":33,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"c43899f5672c8d02b81b3a7d","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"35","test_object":"Roztwory absorpcyjne i popłuczyny, filtry z pomiarów emisji","test_object_en":"Absorption and rinse solutions, filters from emission measurements","test_object_zh":"排放测量用吸收液和冲洗液、滤膜","test_object_cs":"Absorpční a oplachové roztoky, filtry z měření emisí","methodology":"Oznaczanie anionów metodą chromatografii jonowej","methodology_en":"Determination of anions by ion chromatography","methodology_zh":"离子色谱法测定阴离子","methodology_cs":"Stanovení aniontů iontovou 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solutions, filters from emission measurements Determination of anions by ion chromatography fluorides  chlorides  sulphates  EKO-SOP-025, část E (ČSN EN ISO 10304-1)","search_zh":"排放测量用吸收液和冲洗液、滤膜 离子色谱法测定阴离子 氟化物  氯化物  硫酸盐  EKO-SOP-025, část E (ČSN EN ISO 10304-1)","categories":["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":34,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"ed7b3500a229a3ba253c9226","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"36","test_object":"Wody powierzchniowe i podziemne","test_object_en":"Surface and ground water","test_object_zh":"地表水和地下水","test_object_cs":"Povrchové a podzemní vody","methodology":"Oznaczanie kwasowej (KNK) i zasadowej (ZNK) pojemności neutralizacji metodą miareczkową, obliczanie jonów wodorotlenkowych i form ditlenku 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form ditlenku węgla KNK4,5  KNK8,3  ZNK4,5  ZNK8,3  jony wodorotlenkowe formy CO2 – CO2 wolny, całkowity i agresywny wodorowęglany i węglany Povrchové a podzemní vody Stanovení kyselinových neutralizačních kapacit (KNK) a zásadových neutralizačních kapacit (ZNK) titračně, výpočet hydroxidových iontů a forem oxidu uhličitého dopočtem KNK4,5  KNK8,3  ZNK4,5  ZNK8,3  hydroxidových iontů formy CO2 - CO2 volný, celkový a agresivní hydrogenuhličitany a uhličitany EKO-SOP-004 (ČSN EN ISO 9963-1; ČSN 75 7372; ČSN 75 7373) Wody powierzchniowe i podziemne Oznaczanie kwasowej (KNK) i zasadowej (ZNK) pojemnosci neutralizacji metoda miareczkowa, obliczanie jonow wodorotlenkowych i form ditlenku wegla KNK4,5  KNK8,3  ZNK4,5  ZNK8,3  jony wodorotlenkowe formy CO2 – CO2 wolny, calkowity i agresywny wodoroweglany i weglany Povrchove a podzemni vody Stanoveni kyselinovych neutralizacnich kapacit (KNK) a zasadovych neutralizacnich kapacit (ZNK) titracne, vypocet hydroxidovych iontu a forem oxidu uhliciteho dopoctem KNK4,5  KNK8,3  ZNK4,5  ZNK8,3  hydroxidovych iontu formy CO2 - CO2 volny, celkovy a agresivni hydrogenuhlicitany a uhlicitany EKO-SOP-004 (CSN EN ISO 9963-1; CSN 75 7372; CSN 75 7373)","search_en":"Surface and ground water Determination of acid (ANC) and base (BNC) neutralising capacities by titration, calculation of hydroxide ions and forms of carbon dioxide ANC4.5  ANC8.3  BNC4.5  BNC8.3  hydroxide ions forms of CO2 – free, total and aggressive CO2 hydrogen carbonates and carbonates EKO-SOP-004 (ČSN EN ISO 9963-1; ČSN 75 7372; ČSN 75 7373)","search_zh":"地表水和地下水 滴定法测定酸中和容量（ANC）和碱中和容量（BNC），计算氢氧根离子和二氧化碳形态 ANC4.5  ANC8.3  BNC4.5  BNC8.3  氢氧根离子 CO2形态 – 游离、总和侵蚀性CO2 碳酸氢盐和碳酸盐 EKO-SOP-004 (ČSN EN ISO 9963-1; ČSN 75 7372; ČSN 75 7373)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":35,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"1b2b0f99bbfc4fa95fc2b4c5","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"37","test_object":"Wody powierzchniowe, podziemne i ścieki, wyciągi","test_object_en":"Surface, ground and waste water, leachates","test_object_zh":"地表水、地下水和废水、浸出液","test_object_cs":"Povrchové, podzemní a odpadní vody, výluhy","methodology":"Oznaczanie ogólnego węgla organicznego (TOC) i rozpuszczonego węgla organicznego (DOC) metodą spektrometrii w podczerwieni","methodology_en":"Determination of total organic carbon (TOC) and dissolved organic carbon (DOC) by infrared spectrometry","methodology_zh":"红外光谱法测定总有机碳（TOC）和溶解性有机碳（DOC）","methodology_cs":"Stanovení celkového organického uhlíku (TOC) a rozpuštěného organického uhlíku (DOC) metodou infračervené spektrometrie","parameters":[{"name":"ogólny węgiel organiczny (TOC)","range":""},{"name":"rozpuszczony węgiel organiczny (DOC)","range":""}],"parameters_en":[{"name":"total organic carbon (TOC)","range":""},{"name":"dissolved organic carbon (DOC)","range":""}],"parameters_zh":[{"name":"总有机碳（TOC）","range":""},{"name":"溶解性有机碳（DOC）","range":""}],"parameters_cs":[{"name":"celkového organického uhlíku (TOC)","range":""},{"name":"rozpuštěného organického uhlíku (DOC)","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie ogólnego węgla organicznego (TOC) i rozpuszczonego węgla organicznego (DOC) metodą spektrometrii w podczerwieni\nZakres:\nogólny węgiel organiczny (TOC)\nrozpuszczony węgiel organiczny (DOC)","reference":"EKO-SOP-012 (ČSN EN 1484; ČSN EN ISO 20236)","norm_bases":["EKO-SOP-012","ČSN EN 1484","ČSN EN ISO 20236"],"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":"wyciągi – wyciągi z odpadów, gruntów, materiałów z budów, osadów ściekowych, osadów dennych, kompostów, gleb i podłoży","note_en":"leachates – leachates from wastes, soils, construction materials, sludges, sediments, composts, soils and substrates","note_zh":"浸出液 – 废物、土、建筑材料、污泥、沉积物、堆肥、土壤和基质的浸出液","note_cs":"výluhy – výluhy z odpadů, zemin, materiálů ze staveb, kalů, sedimentů, kompostů, půd a substrátů","search_text":"Wody powierzchniowe, podziemne i ścieki, wyciągi Oznaczanie ogólnego węgla organicznego (TOC) i rozpuszczonego węgla organicznego (DOC) metodą spektrometrii w podczerwieni ogólny węgiel organiczny (TOC)  rozpuszczony węgiel organiczny (DOC)  Povrchové, podzemní a odpadní vody, výluhy Stanovení celkového organického uhlíku (TOC) a rozpuštěného organického uhlíku (DOC) metodou infračervené spektrometrie celkového organického uhlíku (TOC)  rozpuštěného organického uhlíku (DOC)  EKO-SOP-012 (ČSN EN 1484; ČSN EN ISO 20236) Wody powierzchniowe, podziemne i scieki, wyciagi Oznaczanie ogolnego wegla organicznego (TOC) i rozpuszczonego wegla organicznego (DOC) metoda spektrometrii w podczerwieni ogolny wegiel organiczny (TOC)  rozpuszczony wegiel organiczny (DOC)  Povrchove, podzemni a odpadni vody, vyluhy Stanoveni celkoveho organickeho uhliku (TOC) a rozpusteneho organickeho uhliku (DOC) metodou infracervene spektrometrie celkoveho organickeho uhliku (TOC)  rozpusteneho organickeho uhliku (DOC)  EKO-SOP-012 (CSN EN 1484; CSN EN ISO 20236)","search_en":"Surface, ground and waste water, leachates Determination of total organic carbon (TOC) and dissolved organic carbon (DOC) by infrared spectrometry total organic carbon (TOC)  dissolved organic carbon (DOC)  EKO-SOP-012 (ČSN EN 1484; ČSN EN ISO 20236)","search_zh":"地表水、地下水和废水、浸出液 红外光谱法测定总有机碳（TOC）和溶解性有机碳（DOC） 总有机碳（TOC）  溶解性有机碳（DOC）  EKO-SOP-012 (ČSN EN 1484; ČSN EN ISO 20236)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":36,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"73548b54420ee1d647a41b01","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"38","test_object":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów","test_object_en":"Wastes, soils, sediments, sludges, construction materials","test_object_zh":"废物、土、沉积物、污泥、建筑材料","test_object_cs":"Odpady, zeminy, sedimenty, kaly, materiály ze staveb","methodology":"Oznaczanie ekstrahowalnych związków chloroorganicznych (EOX) metodą kulometryczną","methodology_en":"Determination of extractable organically bound halogens (EOX) by coulometry","methodology_zh":"库仑法测定可萃取有机卤素（EOX）","methodology_cs":"Stanovení extrahovatelných organicky vázaných halogenů (EOX) coulometricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie ekstrahowalnych związków chloroorganicznych (EOX) metodą kulometryczną","reference":"EKO-SOP-011 (DIN 38414-S17)","norm_bases":["EKO-SOP-011","DIN 38414-S17"],"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":"materiał z budów – gruz rozbiórkowy, recyklat, likwidowane materiały budowlane, urobek; grunty – grunty z wykopów, komposty, gleby, podłoża; osady – osady ściekowe z oczyszczalni, przemysłowe; odpady – odpady stałe, ciekłe","note_en":"construction material – demolition material, recycled material, disposed building materials, excavated earth; soils – excavated soils, composts, soils, substrates; sludges – sewage and industrial sludges; wastes – solid and liquid wastes","note_zh":"建筑材料 – 拆除材料、再生料、废弃建筑材料、开挖土；土 – 开挖土、堆肥、土壤、基质；污泥 – 污水处理厂污泥、工业污泥；废物 – 固体和液体废物","note_cs":"materiál ze staveb – bouraný materiál, recyklát, likvidované stavební materiály, vytěžená zemina; zeminy – výkopové zeminy, komposty, půdy, substráty; kaly – kaly čistírenské, průmyslové; odpady – odpady pevné, kapalné","search_text":"Odpady, grunty, osady denne, osady ściekowe, materiały z budów Oznaczanie ekstrahowalnych związków chloroorganicznych (EOX) metodą kulometryczną Odpady, zeminy, sedimenty, kaly, materiály ze staveb Stanovení extrahovatelných organicky vázaných halogenů (EOX) coulometricky EKO-SOP-011 (DIN 38414-S17) Odpady, grunty, osady denne, osady sciekowe, materialy z budow Oznaczanie ekstrahowalnych zwiazkow chloroorganicznych (EOX) metoda kulometryczna Odpady, zeminy, sedimenty, kaly, materialy ze staveb Stanoveni extrahovatelnych organicky vazanych halogenu (EOX) coulometricky EKO-SOP-011 (DIN 38414-S17)","search_en":"Wastes, soils, sediments, sludges, construction materials Determination of extractable organically bound halogens (EOX) by coulometry EKO-SOP-011 (DIN 38414-S17)","search_zh":"废物、土、沉积物、污泥、建筑材料 库仑法测定可萃取有机卤素（EOX） EKO-SOP-011 (DIN 38414-S17)","categories":["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":37,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"72b8ea598fa874ecc644abf5","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"1","test_object":"Ścieki","test_object_en":"Waste water","test_object_zh":"废水","test_object_cs":"Odpadní vody","methodology":"Ręczne pobieranie próbek ścieków","methodology_en":"Manual sampling of waste water","methodology_zh":"废水人工采样","methodology_cs":"Odběr vzorků odpadních vod manuálně","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ręczne pobieranie próbek ścieków","reference":"EKO-PI-008 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN EN ISO 5667-14)","norm_bases":["EKO-PI-008","ČSN EN ISO 5667-1","ČSN EN ISO 5667-3","ČSN ISO 5667-10","ČSN EN ISO 5667-14"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Pobieranie próbek","regulatory_area_en":"Sampling","regulatory_area_zh":"采样","regulatory_area_cs":"Vzorkování","flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Ścieki Ręczne pobieranie próbek ścieków Odpadní vody Odběr vzorků odpadních vod manuálně EKO-PI-008 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN EN ISO 5667-14) Scieki Reczne pobieranie probek sciekow Odpadni vody Odber vzorku odpadnich vod manualne EKO-PI-008 (CSN EN ISO 5667-1; CSN EN ISO 5667-3; CSN ISO 5667-10; CSN EN ISO 5667-14)","search_en":"Waste water Manual sampling of waste water EKO-PI-008 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN EN ISO 5667-14)","search_zh":"废水 废水人工采样 EKO-PI-008 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN EN ISO 5667-14)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":38,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"57e4faa9dd265d8e04ca340c","lab_id":"69ad52a4de79e566650fd332","country":"CZ","accr_number":"1269","accr_body":"ČIA","row_label":"2","test_object":"Budowlane i przemysłowe odpady stałe, materiał z budów, odpady ciekłe z małych zbiorników, osady, skratki, bioodpady i grunty","test_object_en":"Construction and industrial solid wastes, construction material, liquid wastes from small tanks, sludges, screenings, biowaste and soils","test_object_zh":"建筑和工业固体废物、建筑材料、小型储罐液态废物、污泥、格栅渣、生物废物和土","test_object_cs":"Stavební a průmyslové pevné odpady, materiál ze staveb, kapalné odpady z malých nádrží, kaly, shrabky, bioodpad a zeminy","methodology":"Ręczne pobieranie próbek odpadów","methodology_en":"Manual sampling of wastes","methodology_zh":"废物人工采样","methodology_cs":"Odběr vzorků odpadů manuálně","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ręczne pobieranie próbek odpadów","reference":"EKO-PI-005 (ČSN EN 14899; ČSN 015110; ČSN 015111; ČSN 015112; ČSN EN ISO 5667-1; ČSN EN ISO 5667-13; ČSN EN ISO 5667-15; Metodický pokyn MŽP uveřejněný ve Věstníku MŽP č. 4/2008)","norm_bases":["EKO-PI-005","ČSN EN 14899","ČSN 015110","ČSN 015111","ČSN 015112","ČSN EN ISO 5667-1","ČSN EN ISO 5667-13","ČSN EN ISO 5667-15","Metodický pokyn MŽP uveřejněný ve Věstníku MŽP č. 4/2008"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Pobieranie próbek","regulatory_area_en":"Sampling","regulatory_area_zh":"采样","regulatory_area_cs":"Vzorkování","flexible":false,"flexibility":null,"outside_premises":false,"note":"materiał z budów – gruz rozbiórkowy, recyklat, likwidowane materiały budowlane, urobek; grunty – grunty z wykopów, komposty, gleby, podłoża; osady – osady ściekowe z oczyszczalni, przemysłowe","note_en":"construction material – demolition material, recycled material, disposed building materials, excavated earth; soils – excavated soils, composts, soils, substrates; sludges – sewage and industrial sludges","note_zh":"建筑材料 – 拆除材料、再生料、废弃建筑材料、开挖土；土 – 开挖土、堆肥、土壤、基质；污泥 – 污水处理厂污泥、工业污泥","note_cs":"materiál ze staveb – bouraný materiál, recyklát, likvidované stavební materiály, vytěžená zemina; zeminy – výkopové zeminy, komposty, půdy, substráty; kaly – kaly čistírenské, průmyslové","search_text":"Budowlane i przemysłowe odpady stałe, materiał z budów, odpady ciekłe z małych zbiorników, osady, skratki, bioodpady i grunty Ręczne pobieranie próbek odpadów Stavební a průmyslové pevné odpady, materiál ze staveb, kapalné odpady z malých nádrží, kaly, shrabky, bioodpad a zeminy Odběr vzorků odpadů manuálně EKO-PI-005 (ČSN EN 14899; ČSN 015110; ČSN 015111; ČSN 015112; ČSN EN ISO 5667-1; ČSN EN ISO 5667-13; ČSN EN ISO 5667-15; Metodický pokyn MŽP uveřejněný ve Věstníku MŽP č. 4/2008) Budowlane i przemyslowe odpady stale, material z budow, odpady ciekle z malych zbiornikow, osady, skratki, bioodpady i grunty Reczne pobieranie probek odpadow Stavebni a prumyslove pevne odpady, material ze staveb, kapalne odpady z malych nadrzi, kaly, shrabky, bioodpad a zeminy Odber vzorku odpadu manualne EKO-PI-005 (CSN EN 14899; CSN 015110; CSN 015111; CSN 015112; CSN EN ISO 5667-1; CSN EN ISO 5667-13; CSN EN ISO 5667-15; Metodicky pokyn MZP uverejneny ve Vestniku MZP c. 4/2008)","search_en":"Construction and industrial solid wastes, construction material, liquid wastes from small tanks, sludges, screenings, biowaste and soils Manual sampling of wastes EKO-PI-005 (ČSN EN 14899; ČSN 015110; ČSN 015111; ČSN 015112; ČSN EN ISO 5667-1; ČSN EN ISO 5667-13; ČSN EN ISO 5667-15; Metodický pokyn MŽP uveřejněný ve Věstníku MŽP č. 4/2008)","search_zh":"建筑和工业固体废物、建筑材料、小型储罐液态废物、污泥、格栅渣、生物废物和土 废物人工采样 EKO-PI-005 (ČSN EN 14899; ČSN 015110; ČSN 015111; ČSN 015112; ČSN EN ISO 5667-1; ČSN EN ISO 5667-13; ČSN EN ISO 5667-15; Metodický pokyn MŽP uveřejněný ve Věstníku MŽP č. 4/2008)","categories":["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":39,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"}],"has_pdf":true}