{"lab":{"_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","address":"Tuřanka 1554/115b, 627 00 Brno-Slatina","categories":["petro","environment"],"city":"Brno-Slatina","imported_at":"2026-03-08T10:42:44.590Z","methods_count":9,"name":"Gas Storage CZ, a.s.","parse_status":"parsed","parse_version":5,"pdf_files":["1652_571_2025_CS.pdf","1652_571_2025_EN.pdf"],"scope_summary":"Badania chemiczne i fizykochemiczne gazów i wód","search_text":"gas storage cz, a.s. tuřanka 1554/115b, 627 00 brno-slatina other","status":"active","updated_at":"2026-03-08T14:52:14.338Z","valid_from":"","valid_until":"12-11-2026","website":"https://www.czgs.cz/","parsed_at":"2026-09-28T12:00:00.000Z","location":{"type":"Point","coordinates":[16.6068,49.1951]},"email_confidence":"high","email_mx":true,"email_source":"https://www.czgs.cz","map_coord":[49.167992,16.680883],"map_geo":"nominatim-street","certificate_date":"20.04.2026","certificate_no":"205/2026","certificate_replaces":"571/2025 z 11.11.2025","en_official":true,"fields_of_testing":[{"codes":"","pl":"Badania chemiczne i fizykochemiczne gazów i wód","en":"Chemical and physico-chemical tests of gases and water","zh":"气体和水的化学及物理化学检测","cs":"Chemické a fyzikálně-chemické zkoušky plynů a vod"}],"flexible_scope":false,"flexible_scope_url":null,"has_en":true,"has_zh":true,"lab_division":"Laboratorium analityczne","lab_division_cs":"Analytická laboratoř","lab_division_en":"Analytical laboratory","lab_division_zh":"分析实验室","parse_date":"2026-09-28T12:00:00.000Z","parse_source":"reczna-analiza-labcoda-3","scope_legend":[{"abbr":"TCD","pl":"detektor cieplno-przewodnościowy","en":"Thermal Conductivity Detector","zh":"热导检测器","cs":"tepelně-vodivostní detektor"},{"abbr":"FID","pl":"detektor płomieniowo-jonizacyjny","en":"Flame Ionization Detector","zh":"火焰离子化检测器","cs":"plamenový ionizační detektor"},{"abbr":"CRDS","pl":"spektroskopia strat we wnęce optycznej (cavity ring down spectroscopy)","en":"Cavity ring down spectroscopy","zh":"光腔衰荡光谱","cs":"dutinová prstencová spektroskopie (cavity ring down spectroscopy)"},{"abbr":"GC","pl":"chromatografia gazowa","en":"Gas Chromatography","zh":"气相色谱","cs":"plynová chromatografie"},{"abbr":"IRMS","pl":"izotopowa spektrometria mas","en":"Isotope Ratio Mass Spectrometry","zh":"同位素比质谱","cs":"izotopová hmotnostní spektrometrie"}],"scope_notes":[],"source_lang":"cs","source_pdf_sha256":"19d516b2d95217fff0c1ea102b75370e91a0602caae05edfd868198de6256a4d","source_pdf_url":"https://www.cai.cz/OA/pdf/205_2026_CS.pdf","source_pdf_url_en":"https://www.cai.cz/OA/pdf/205_2026_EN.pdf"},"methods":[{"_id":"f9b6df3018f4732245a94560","lab_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","row_label":"1","test_object":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla","test_object_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide","test_object_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳","test_object_cs":"Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý","methodology":"Oznaczanie składu gazu ziemnego","methodology_en":"Determination of the composition of natural gas","methodology_zh":"天然气组成测定","methodology_cs":"Stanovení složení zemního plynu","parameters":[{"name":"Węglowodory C1–C6","range":""},{"name":"Tlen","range":""},{"name":"Azot","range":""},{"name":"Ditlenek węgla","range":""},{"name":"Wodór","range":""},{"name":"Hel","range":""}],"parameters_en":[{"name":"Hydrocarbons C1 – C6","range":""},{"name":"Oxygen","range":""},{"name":"Nitrogen","range":""},{"name":"Carbon dioxide","range":""},{"name":"Hydrogen","range":""},{"name":"Helium","range":""}],"parameters_zh":[{"name":"C1–C6烃类","range":""},{"name":"氧","range":""},{"name":"氮","range":""},{"name":"二氧化碳","range":""},{"name":"氢","range":""},{"name":"氦","range":""}],"parameters_cs":[{"name":"uhlovodíky C1 – C6","range":""},{"name":"kyslík","range":""},{"name":"dusík","range":""},{"name":"oxid uhličitý","range":""},{"name":"vodík","range":""},{"name":"helium","range":""}],"technique":"Chromatografia gazowa z detektorami TCD-TCD-FID","technique_en":"Gas chromatography with TCD-TCD- FID","technique_zh":"气相色谱法（TCD-TCD-FID检测器）","technique_cs":"plynovou chromatografií s TCD-TCD- FID","techniques":["Chromatografia gazowa z detektorami TCD-TCD-FID"],"techniques_en":["Gas chromatography with TCD-TCD- FID"],"techniques_zh":["气相色谱法（TCD-TCD-FID检测器）"],"techniques_cs":["plynovou chromatografií s TCD-TCD- FID"],"computed":["Ciepło spalania (MJ/m3, kWh/m3) (z obliczeń)","Wartość opałowa (MJ/m3, kWh/m3) (z obliczeń)","Liczba Wobbego (MJ/m3, kWh/m3) (z obliczeń)","Gęstość względna (z obliczeń)","Gęstość (kg/m3) (z obliczeń)"],"computed_en":["Gross calorific value (MJ/m3, kWh/m3) (calculated)","Net calorific value (MJ/m3, kWh/m3) (calculated)","Wobbe index (MJ/m3, kWh/m3) (calculated)","Specific gravity (calculated)","Density (kg/m3) (calculated)"],"computed_zh":["高位发热量（MJ/m3、kWh/m3）（计算）","低位发热量（MJ/m3、kWh/m3）（计算）","沃泊指数（MJ/m3、kWh/m3）（计算）","相对密度（计算）","密度（kg/m3）（计算）"],"computed_cs":["spalné teplo (MJ/m3, kWh/m3)","výhřevnost (MJ/m3, kWh/m3)","Wobbe index (MJ/m3, kWh/m3)","hutnota","hustota (kg/m3)"],"activity":"Oznaczanie składu gazu ziemnego\nZakres:\nWęglowodory C1–C6\nTlen\nAzot\nDitlenek węgla\nWodór\nHel\nChromatografia gazowa z detektorami TCD-TCD-FID","reference":"SOP 01 (ČSN EN ISO 6974-3; ČSN EN ISO 6974-5; ČSN EN ISO 6976; ČSN EN ISO 15403-1)","norm_bases":["SOP 01","ČSN EN ISO 6974-3","ČSN EN ISO 6974-5","ČSN EN ISO 6976","ČSN EN ISO 15403-1"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla Oznaczanie składu gazu ziemnego Chromatografia gazowa z detektorami TCD-TCD-FID Węglowodory C1–C6  Tlen  Azot  Ditlenek węgla  Wodór  Hel  Ciepło spalania (MJ/m3, kWh/m3) (z obliczeń) Wartość opałowa (MJ/m3, kWh/m3) (z obliczeń) Liczba Wobbego (MJ/m3, kWh/m3) (z obliczeń) Gęstość względna (z obliczeń) Gęstość (kg/m3) (z obliczeń) Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý Stanovení složení zemního plynu plynovou chromatografií s TCD-TCD- FID uhlovodíky C1 – C6  kyslík  dusík  oxid uhličitý  vodík  helium  spalné teplo (MJ/m3, kWh/m3) výhřevnost (MJ/m3, kWh/m3) Wobbe index (MJ/m3, kWh/m3) hutnota hustota (kg/m3) SOP 01 (ČSN EN ISO 6974-3; ČSN EN ISO 6974-5; ČSN EN ISO 6976; ČSN EN ISO 15403-1) Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazow (wzbogacony gaz ziemny), gazy opalowe (propan, propan-butan), ditlenek wegla Oznaczanie skladu gazu ziemnego Chromatografia gazowa z detektorami TCD-TCD-FID Weglowodory C1–C6  Tlen  Azot  Ditlenek wegla  Wodor  Hel  Cieplo spalania (MJ/m3, kWh/m3) (z obliczen) Wartosc opalowa (MJ/m3, kWh/m3) (z obliczen) Liczba Wobbego (MJ/m3, kWh/m3) (z obliczen) Gestosc wzgledna (z obliczen) Gestosc (kg/m3) (z obliczen) Plyn: zemni plyn, bioplyn, pudni plyn, synteticky plyn, smesne plyny (obohaceny zemni plyn), topne plyny (propan, propan-butan), oxid uhlicity Stanoveni slozeni zemniho plynu plynovou chromatografii s TCD-TCD- FID uhlovodiky C1 – C6  kyslik  dusik  oxid uhlicity  vodik  helium  spalne teplo (MJ/m3, kWh/m3) vyhrevnost (MJ/m3, kWh/m3) Wobbe index (MJ/m3, kWh/m3) hutnota hustota (kg/m3) SOP 01 (CSN EN ISO 6974-3; CSN EN ISO 6974-5; CSN EN ISO 6976; CSN EN ISO 15403-1)","search_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide Determination of the composition of natural gas Gas chromatography with TCD-TCD- FID Hydrocarbons C1 – C6  Oxygen  Nitrogen  Carbon dioxide  Hydrogen  Helium  Gross calorific value (MJ/m3, kWh/m3) (calculated) Net calorific value (MJ/m3, kWh/m3) (calculated) Wobbe index (MJ/m3, kWh/m3) (calculated) Specific gravity (calculated) Density (kg/m3) (calculated) SOP 01 (ČSN EN ISO 6974-3; ČSN EN ISO 6974-5; ČSN EN ISO 6976; ČSN EN ISO 15403-1)","search_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳 天然气组成测定 气相色谱法（TCD-TCD-FID检测器） C1–C6烃类  氧  氮  二氧化碳  氢  氦  高位发热量（MJ/m3、kWh/m3）（计算） 低位发热量（MJ/m3、kWh/m3）（计算） 沃泊指数（MJ/m3、kWh/m3）（计算） 相对密度（计算） 密度（kg/m3）（计算） SOP 01 (ČSN EN ISO 6974-3; ČSN EN ISO 6974-5; ČSN EN ISO 6976; ČSN EN ISO 15403-1)","categories":["petro","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":0,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"5c6606d8978d2d57091730ec","lab_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","row_label":"2","test_object":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla","test_object_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide","test_object_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳","test_object_cs":"Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý","methodology":"Oznaczanie δ13C w metanie","methodology_en":"Determination of δ13C in methane","methodology_zh":"甲烷中δ13C测定","methodology_cs":"Stanovení δ13C v metanu","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Metoda CRDS (spektroskopia strat we wnęce optycznej)","technique_en":"CRDS method","technique_zh":"光腔衰荡光谱法（CRDS）","technique_cs":"metodou CRDS","techniques":["Metoda CRDS (spektroskopia strat we wnęce optycznej)"],"techniques_en":["CRDS method"],"techniques_zh":["光腔衰荡光谱法（CRDS）"],"techniques_cs":["metodou CRDS"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie δ13C w metanie\nMetoda CRDS (spektroskopia strat we wnęce optycznej)","reference":"SOP 03 (Uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4)","norm_bases":["SOP 03","Uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":"δ13C odniesione do wzorca Vienna Pee Dee Belemnite (VPDB). Obliczenia wykonywane są automatycznie jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], gdzie X to oznaczany pierwiastek, n — liczba nukleonowa cięższego izotopu, RS — stosunek izotopu cięższego do lżejszego w próbce, Rref — stosunek izotopu cięższego do lżejszego dla materiału odniesienia.","note_en":"δ13C is specified according to the standard Vienna Pee Dee Belemnite. The calculations are carried out automatically as: δnX = 1000 × [(RS - Rref) ⁄ Rref], where X is the monitored element, n is the nucleon number of the heavier isotope, RS is the ratio of heavier and lighter isotopes in the sample and Rref is the ratio of heavier and lighter isotopes of the reference material.","note_zh":"δ13C以维也纳Pee Dee箭石（VPDB）标准为基准。计算自动按下式进行：δnX = 1000 × [(RS - Rref) ⁄ Rref]，其中X为所测元素，n为较重同位素的核子数，RS为样品中重、轻同位素之比，Rref为参考物质的重、轻同位素之比。","note_cs":"δ13C je vztažen ke standardu Vienna Pee Dee Belemnite. Výpočty zkoušek jsou automaticky prováděny jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], kde X je sledovaný prvek, n je nukleonové číslo těžšího izotopu, RS je poměr těžšího a lehčího izotopu ve vzorku a Rref je poměr těžšího a lehčího izotopu pro hodnoty referenčního materiálu.","search_text":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla Oznaczanie δ13C w metanie Metoda CRDS (spektroskopia strat we wnęce optycznej) Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý Stanovení δ13C v metanu metodou CRDS SOP 03 (Uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4) Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazow (wzbogacony gaz ziemny), gazy opalowe (propan, propan-butan), ditlenek wegla Oznaczanie δ13C w metanie Metoda CRDS (spektroskopia strat we wnece optycznej) Plyn: zemni plyn, bioplyn, pudni plyn, synteticky plyn, smesne plyny (obohaceny zemni plyn), topne plyny (propan, propan-butan), oxid uhlicity Stanoveni δ13C v metanu metodou CRDS SOP 03 (Uzivatelska prirucka pro G2201-i Analyzer for Isotopic CO2 / CH4)","search_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide Determination of δ13C in methane CRDS method SOP 03 (Uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4)","search_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳 甲烷中δ13C测定 光腔衰荡光谱法（CRDS） SOP 03 (Uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4)","categories":["petro","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":1,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"4407a0119355443616d58671","lab_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","row_label":"3","test_object":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla","test_object_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide","test_object_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳","test_object_cs":"Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý","methodology":"Oznaczanie δ13C w ditlenku węgla","methodology_en":"Determination of δ13C in carbon dioxide","methodology_zh":"二氧化碳中δ13C测定","methodology_cs":"Stanovení δ13C v oxidu uhličitém","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Metoda CRDS (spektroskopia strat we wnęce optycznej)","technique_en":"CRDS method","technique_zh":"光腔衰荡光谱法（CRDS）","technique_cs":"metodou CRDS","techniques":["Metoda CRDS (spektroskopia strat we wnęce optycznej)"],"techniques_en":["CRDS method"],"techniques_zh":["光腔衰荡光谱法（CRDS）"],"techniques_cs":["metodou CRDS"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie δ13C w ditlenku węgla\nMetoda CRDS (spektroskopia strat we wnęce optycznej)","reference":"SOP 04 (uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4)","norm_bases":["SOP 04","uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":"δ13C odniesione do wzorca Vienna Pee Dee Belemnite (VPDB). Obliczenia wykonywane są automatycznie jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], gdzie X to oznaczany pierwiastek, n — liczba nukleonowa cięższego izotopu, RS — stosunek izotopu cięższego do lżejszego w próbce, Rref — stosunek izotopu cięższego do lżejszego dla materiału odniesienia.","note_en":"δ13C is specified according to the standard Vienna Pee Dee Belemnite. The calculations are carried out automatically as: δnX = 1000 × [(RS - Rref) ⁄ Rref], where X is the monitored element, n is the nucleon number of the heavier isotope, RS is the ratio of heavier and lighter isotopes in the sample and Rref is the ratio of heavier and lighter isotopes of the reference material.","note_zh":"δ13C以维也纳Pee Dee箭石（VPDB）标准为基准。计算自动按下式进行：δnX = 1000 × [(RS - Rref) ⁄ Rref]，其中X为所测元素，n为较重同位素的核子数，RS为样品中重、轻同位素之比，Rref为参考物质的重、轻同位素之比。","note_cs":"δ13C je vztažen ke standardu Vienna Pee Dee Belemnite. Výpočty zkoušek jsou automaticky prováděny jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], kde X je sledovaný prvek, n je nukleonové číslo těžšího izotopu, RS je poměr těžšího a lehčího izotopu ve vzorku a Rref je poměr těžšího a lehčího izotopu pro hodnoty referenčního materiálu.","search_text":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla Oznaczanie δ13C w ditlenku węgla Metoda CRDS (spektroskopia strat we wnęce optycznej) Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý Stanovení δ13C v oxidu uhličitém metodou CRDS SOP 04 (uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4) Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazow (wzbogacony gaz ziemny), gazy opalowe (propan, propan-butan), ditlenek wegla Oznaczanie δ13C w ditlenku wegla Metoda CRDS (spektroskopia strat we wnece optycznej) Plyn: zemni plyn, bioplyn, pudni plyn, synteticky plyn, smesne plyny (obohaceny zemni plyn), topne plyny (propan, propan-butan), oxid uhlicity Stanoveni δ13C v oxidu uhlicitem metodou CRDS SOP 04 (uzivatelska prirucka pro G2201-i Analyzer for Isotopic CO2 / CH4)","search_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide Determination of δ13C in carbon dioxide CRDS method SOP 04 (uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4)","search_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳 二氧化碳中δ13C测定 光腔衰荡光谱法（CRDS） SOP 04 (uživatelská příručka pro G2201-i Analyzer for Isotopic CO2 / CH4)","categories":["petro","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":2,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"18c7a4dfe3821afc8e7dc068","lab_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","row_label":"4","test_object":"Woda: woda powierzchniowa, woda podziemna, woda złożowa, woda technologiczna","test_object_en":"Water: surface water, ground water, reservoir water, technological water","test_object_zh":"水：地表水、地下水、储层水、工艺用水","test_object_cs":"Voda: povrchová voda, podzemní voda, ložisková voda, technologická voda","methodology":"Oznaczanie δ18O i δ2H w wodzie","methodology_en":"Determination of δ18O and δ2H in water","methodology_zh":"水中δ18O和δ2H测定","methodology_cs":"Stanovení δ18O a δ2H ve vodě","parameters":[{"name":"δ18O","range":""},{"name":"δ2H","range":""}],"parameters_en":[{"name":"δ18O","range":""},{"name":"δ2H","range":""}],"parameters_zh":[{"name":"δ18O值","range":""},{"name":"δ2H值","range":""}],"parameters_cs":[{"name":"δ18O","range":""},{"name":"δ2H","range":""}],"technique":"Metoda CRDS (spektroskopia strat we wnęce optycznej)","technique_en":"CRDS method","technique_zh":"光腔衰荡光谱法（CRDS）","technique_cs":"metodou CRDS","techniques":["Metoda CRDS (spektroskopia strat we wnęce optycznej)"],"techniques_en":["CRDS method"],"techniques_zh":["光腔衰荡光谱法（CRDS）"],"techniques_cs":["metodou CRDS"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie δ18O i δ2H w wodzie\nZakres:\nδ18O\nδ2H\nMetoda CRDS (spektroskopia strat we wnęce optycznej)","reference":"SOP 06 (Uživatelská příručka pro L2140-i Analyzer for Isotopic H2O)","norm_bases":["SOP 06","Uživatelská příručka pro L2140-i Analyzer for Isotopic H2O"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":"δ18O i δD odniesione do wzorca Vienna Standard Mean Ocean Water (VSMOW). Obliczenia wykonywane są automatycznie jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], gdzie X to oznaczany pierwiastek, n — liczba nukleonowa cięższego izotopu, RS — stosunek izotopu cięższego do lżejszego w próbce, Rref — stosunek izotopu cięższego do lżejszego dla materiału odniesienia.","note_en":"δ18O and δD are specified according to the standard Vienna Standard Mean Ocean Water. The calculations are carried out automatically as: δnX = 1000 × [(RS - Rref) ⁄ Rref], where X is the monitored element, n is the nucleon number of the heavier isotope, RS is the ratio of heavier and lighter isotopes in the sample and Rref is the ratio of heavier and lighter isotopes of the reference material.","note_zh":"δ18O和δD以维也纳标准平均海水（VSMOW）为基准。计算自动按下式进行：δnX = 1000 × [(RS - Rref) ⁄ Rref]，其中X为所测元素，n为较重同位素的核子数，RS为样品中重、轻同位素之比，Rref为参考物质的重、轻同位素之比。","note_cs":"δ18O a δD jsou vztaženy ke standardu Vienna Standard Mean Ocean Water. Výpočty zkoušek jsou automaticky prováděny jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], kde X je sledovaný prvek, n je nukleonové číslo těžšího izotopu, RS je poměr těžšího a lehčího izotopu ve vzorku a Rref je poměr těžšího a lehčího izotopu pro hodnoty referenčního materiálu.","search_text":"Woda: woda powierzchniowa, woda podziemna, woda złożowa, woda technologiczna Oznaczanie δ18O i δ2H w wodzie Metoda CRDS (spektroskopia strat we wnęce optycznej) δ18O  δ2H  Voda: povrchová voda, podzemní voda, ložisková voda, technologická voda Stanovení δ18O a δ2H ve vodě metodou CRDS δ18O  δ2H  SOP 06 (Uživatelská příručka pro L2140-i Analyzer for Isotopic H2O) Woda: woda powierzchniowa, woda podziemna, woda zlozowa, woda technologiczna Oznaczanie δ18O i δ2H w wodzie Metoda CRDS (spektroskopia strat we wnece optycznej) δ18O  δ2H  Voda: povrchova voda, podzemni voda, loziskova voda, technologicka voda Stanoveni δ18O a δ2H ve vode metodou CRDS δ18O  δ2H  SOP 06 (Uzivatelska prirucka pro L2140-i Analyzer for Isotopic H2O)","search_en":"Water: surface water, ground water, reservoir water, technological water Determination of δ18O and δ2H in water CRDS method δ18O  δ2H  SOP 06 (Uživatelská příručka pro L2140-i Analyzer for Isotopic H2O)","search_zh":"水：地表水、地下水、储层水、工艺用水 水中δ18O和δ2H测定 光腔衰荡光谱法（CRDS） δ18O值  δ2H值  SOP 06 (Uživatelská příručka pro L2140-i Analyzer for Isotopic H2O)","categories":["petro","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":3,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"48d80d691b5e852b5dea32f9","lab_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","row_label":"5","test_object":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla","test_object_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide","test_object_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳","test_object_cs":"Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý","methodology":"Oznaczanie δ2H w metanie","methodology_en":"Determination of δ2H in methane","methodology_zh":"甲烷中δ2H测定","methodology_cs":"Stanovení δ2H v metanu","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Metoda CRDS (spektroskopia strat we wnęce optycznej)","technique_en":"CRDS method","technique_zh":"光腔衰荡光谱法（CRDS）","technique_cs":"metodou CRDS","techniques":["Metoda CRDS (spektroskopia strat we wnęce optycznej)"],"techniques_en":["CRDS method"],"techniques_zh":["光腔衰荡光谱法（CRDS）"],"techniques_cs":["metodou CRDS"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie δ2H w metanie\nMetoda CRDS (spektroskopia strat we wnęce optycznej)","reference":"SOP 08 (uživatelská příručka pro G2182-i Analyzer of δD & δ13C in CH4)","norm_bases":["SOP 08","uživatelská příručka pro G2182-i Analyzer of δD & δ13C in CH4"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":"δ18O i δD odniesione do wzorca Vienna Standard Mean Ocean Water (VSMOW). Obliczenia wykonywane są automatycznie jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], gdzie X to oznaczany pierwiastek, n — liczba nukleonowa cięższego izotopu, RS — stosunek izotopu cięższego do lżejszego w próbce, Rref — stosunek izotopu cięższego do lżejszego dla materiału odniesienia.","note_en":"δ18O and δD are specified according to the standard Vienna Standard Mean Ocean Water. The calculations are carried out automatically as: δnX = 1000 × [(RS - Rref) ⁄ Rref], where X is the monitored element, n is the nucleon number of the heavier isotope, RS is the ratio of heavier and lighter isotopes in the sample and Rref is the ratio of heavier and lighter isotopes of the reference material.","note_zh":"δ18O和δD以维也纳标准平均海水（VSMOW）为基准。计算自动按下式进行：δnX = 1000 × [(RS - Rref) ⁄ Rref]，其中X为所测元素，n为较重同位素的核子数，RS为样品中重、轻同位素之比，Rref为参考物质的重、轻同位素之比。","note_cs":"δ18O a δD jsou vztaženy ke standardu Vienna Standard Mean Ocean Water. Výpočty zkoušek jsou automaticky prováděny jako: δnX = 1000 × [(RS - Rref) ⁄ Rref], kde X je sledovaný prvek, n je nukleonové číslo těžšího izotopu, RS je poměr těžšího a lehčího izotopu ve vzorku a Rref je poměr těžšího a lehčího izotopu pro hodnoty referenčního materiálu.","search_text":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla Oznaczanie δ2H w metanie Metoda CRDS (spektroskopia strat we wnęce optycznej) Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý Stanovení δ2H v metanu metodou CRDS SOP 08 (uživatelská příručka pro G2182-i Analyzer of δD & δ13C in CH4) Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazow (wzbogacony gaz ziemny), gazy opalowe (propan, propan-butan), ditlenek wegla Oznaczanie δ2H w metanie Metoda CRDS (spektroskopia strat we wnece optycznej) Plyn: zemni plyn, bioplyn, pudni plyn, synteticky plyn, smesne plyny (obohaceny zemni plyn), topne plyny (propan, propan-butan), oxid uhlicity Stanoveni δ2H v metanu metodou CRDS SOP 08 (uzivatelska prirucka pro G2182-i Analyzer of δD & δ13C in CH4)","search_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide Determination of δ2H in methane CRDS method SOP 08 (uživatelská příručka pro G2182-i Analyzer of δD & δ13C in CH4)","search_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳 甲烷中δ2H测定 光腔衰荡光谱法（CRDS） SOP 08 (uživatelská příručka pro G2182-i Analyzer of δD & δ13C in CH4)","categories":["petro","environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":4,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"6c102f27a185f59fd8695776","lab_id":"69ad52a4de79e566650fd502","country":"CZ","accr_number":"1652","accr_body":"ČIA","row_label":"6","test_object":"Gaz: gaz ziemny, biogaz, gaz glebowy, gaz syntetyczny, mieszaniny gazów (wzbogacony gaz ziemny), gazy opałowe (propan, propan-butan), ditlenek węgla","test_object_en":"Gas: natural gas, biogas, soil gas, synthetic gas, gas mixtures (enriched natural gas), fuel gasses (propane, propane-butane), carbon dioxide","test_object_zh":"气体：天然气、沼气、土壤气、合成气、混合气（富化天然气）、燃料气（丙烷、丙烷-丁烷）、二氧化碳","test_object_cs":"Plyn: zemní plyn, bioplyn, půdní plyn, syntetický plyn, směsné plyny (obohacený zemní plyn), topné plyny (propan, propan-butan), oxid uhličitý","methodology":"Oznaczanie punktu rosy wody","methodology_en":"Determination of water dew point","methodology_zh":"水露点测定","methodology_cs":"Stanovení rosného bodu vody","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Metoda chłodzonego lustra","technique_en":"Chilled mirror method","technique_zh":"冷镜法","technique_cs":"metodou chlazeného zrcátka","techniques":["Metoda chłodzonego lustra"],"techniques_en":["Chilled mirror method"],"techniques_zh":["冷镜法"],"techniques_cs":["metodou chlazeného zrcátka"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie punktu rosy wody\nMetoda chłodzonego lustra","reference":"SOP 09 (ČSN EN ISO 6327, uživatelský manuál pro Dew point analyzer Hygrovision BL)","norm_bases":["SOP 09","ČSN EN ISO 6327","uživatelský manuál pro Dew point analyzer Hygrovision 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