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DCC Proficiency Tests Analytic and Sampling

[DCC Ringversuche Analytik und Probenahme]

EPTIS factsheet 123999 | Last revision 2021-03-17 | URL: https://www.eptis.bam.de/pts123999 https://www.eptis.bam.de/pts123999

PT provider
PT provider DCC Delta Coal Control GmbH DCC Delta Coal Control GmbH
Based in Germany
Language(s) Englisch Deutsch
Remarks
Keywords
Product groups Petroleum and coal products
Plants
Soil, sludge, contaminated sites
Testing fields Analytical chemistry
Technical details
Test item Tested property Testing method
Lignite Arsenic ISO 17294
Selenium ISO 17294
Mercury ISO 15237
Nitrogen ISO 29541
Calcium oxide ISO 13605
Phosphorus pentoxide ISO 13605
Potassium oxide ISO 13605
Thallium ISO 17294
Fluorine ISO 11724
Hydrogen ISO 29541
Chlorine ISO 352
Sulfur trioxide ISO 13605
Sulfur, total ISO 19579
Magnesium oxide ISO 13605
Sulfur as SO4 (sulfate) ISO 157
Moisture, total ISO 5068-1
Preparation ISO 5069
Moisture, inherent of analysis sample ISO 5068-2
Sulfur as sulfide ISO 157
Sulfur as disulfide (pyrite) ISO 157
Carbon, total ISO 29541
Carbon as carbonate ISO 925
Calorific value at constant volume (gross) Hov ISO 1928
Calorific value at constant volume (net) Huv ISO 1928
Calorific value at constant pressure (net) Hup ISO 1928
Fusibility of ash, oxidising atmosphere ISO 540
Deformation temperature (DT) ISO 540
Sphere temperature (ST) ISO 540
Hemisphere temperature (HT) ISO 540
Flow temperature (FT) ISO 540
Decomposition method DIN 22022
Ash (major elements) Ash 815 °C
Silicon dioxide ISO 13605
Aluminium oxide ISO 13605
Sodium oxide ISO 13605
Titanium oxide ISO 13605
Manganese(II)oxide ISO 13605
Barium oxide ISO 13605
Strontium oxide ISO 13605
Iron(III)oxide ISO 13605
Ash 815 °C ISO 1171
Volatile matter 900 °C ISO 562
Charcoal Nitrogen ISO 29541
Hydrogen ISO 29541
Sulfur, total ISO 19579
Sulfur as SO4 (sulfate) ISO 157
Moisture, total ISO 589
Preparation ISO 18283
Moisture, inherent of analysis sample ISO 11722
Sulfur as sulfide ISO 157
Sulfur as disulfide (pyrite) ISO 157
Carbon, total ISO 29541
Calorific value at constant volume (gross) Hov ISO 1928
Calorific value at constant pressure (net) Hup ISO 1928
Volitile matter 900 °C ISO 562
Ash 710 °C ISO 1171
Petroleum coke Calcium ISO 12980
Sodium ISO 12980
Nickel ISO 12980
Zinc ISO 12980
Nitrogen ISO 29541
Calcium oxide ISO 12980
Phosphorus pentoxide ISO 12980
Potassium oxide ISO 12980
Vanadium ISO 12980
Density ISO 9088
ISO 21687
Iron ISO 12980
Phosphorus ISO 12980
Hydrogen ISO 29541
Silicon ISO 12980
Titanium ISO 12980
Sulfur trioxide ISO 12980
Sulfur, total ISO 19579
Magnesium oxide ISO 12980
Moisture, total ISO 589
Preparation DIN 51940
Moisture, inherent of analysis sample ISO 11722
Carbon, total ISO 29541
Calorific value at constant volume (gross) Hov ISO 1928
Calorific value at constant pressure (net) Hup ISO 1928
Ash (major elements) Ash 815 °C
Silicon dioxide ISO 12980
Aluminium oxide ISO 12980
Sodium oxide ISO 12980
Titanium oxide ISO 12980
Manganese(II)oxide ISO 12980
Barium oxide ISO 12980
Strontium oxide ISO 12980
Iron(III)oxide ISO 12980
Bulk density (tapped) 1-2 mm ISO 10236
Electrical resistance ISO 10143
Reactivity towards carbon dioxide ISO 12981-1
Reactivity towards air ISO 12981-1
Dedusting substances DIN 51933
Ash 815 °C ISO 1171
Volatile matter 900 °C ISO 562
Hardcoal Arsenic ISO 11723
Selenium ISO 11723
Mercury ISO 15237
Nitrogen ISO 29541
Calcium oxide ISO 13605
Phosphorus pentoxide ISO 13605
Potassium oxide ISO 13605
Thallium ISO 17294
Fluorine ISO 11724
Hydrogen ISO 29541
Minerals ISO 7404-4
Chlorine ISO 352
Sulfur trioxide ISO 13605
Sulfur, total ISO 19579
Magnesium oxide ISO 13605
Sulfur as SO4 (sulfate) ISO 157
Moisture, residual ISO 589
Moisture, total ISO 589
Preparation ISO 13909
ISO 589
Moisture, free ISO 589
Moisture, inherent of analysis sample ISO 11722
Sulfur as sulfide ISO 157
Sulfur as disulfide (pyrite) ISO 157
Carbon, total ISO 29541
Carbon as carbonate ISO 925
Calorific value at constant volume (gross) Hov ISO 1928
Calorific value at constant volume (net) Huv ISO 1928
Calorific value at constant pressure (net) Hup ISO 1928
Hardgrove index ISO 5074
Fusibility of ash, oxidising atmosphere Ash 815 °C
Deformation temperature (DT) ISO 540
Sphere temperature (ST) ISO 540
Hemisphere temperature (HT) ISO 540
Flow temperature (FT) ISO 5074
Decomposition method DIN 22022
Ash (major elements) Ash 815 °C
Silicon dioxide ISO 13605
Aluminium oxide ISO 13605
Sodium oxide ISO 13605
Titanium oxide ISO 13605
Manganese(II)oxide ISO 13605
Barium oxide ISO 13605
Strontium oxide ISO 13605
Coal petrology (Maceral group analysis) ISO 7404-4
Vitrinite ISO 7404-4
Inertinite ISO 7404-4
Liptinite (exinite) ISO 7404-4
Rm reflectance on vitrinite main population ISO 7404-5
Standard deviation 2s ISO 7404-5
Number points ISO 7404-5
Rm reflectance on vitrinite whole population ISO 7404-5
Sum ISO 7404-4
Ash 815 °C ISO 1171
Volatile matter 900 °C ISO 562
Coke <10 mm Nitrogen ISO 29541
Calcium oxide ISO 13605
Phosphorus pentoxide ISO 13605
Potassium oxide ISO 13605
Phosphorus ISO 622
Hydrogen ISO 29541
Sulfur trioxide ISO 13605
Sulfur, total ISO 19579
Magnesium oxide ISO 13605
Moisture, total ISO 589
Preparation ISO 18283
Moisture, inherent of analysis sample ISO 11722
Carbon, total ISO 29541
Calorific value at constant volume (gross) Hov ISO 1928
Calorific value at constant volume (net) Huv ISO 1928
Calorific value at constant pressure (net) Hup ISO 1928
Ash (major elements) ISO 13605
Silicon dioxide ISO 13605
Aluminium oxide ISO 13605
Sodium oxide ISO 13605
Titanium oxide ISO 13605
Manganese(II)oxide ISO 13605
Barium oxide ISO 13605
Strontium oxide ISO 13605
Iron(III)oxide ISO 13605
Ash 815 °C ISO 1171
Volatile matter 900 °C ISO 562
Coke 19-22.4 mm Moisture, total ISO 589
Preparation ISO 18283
Coke reactivity index (CRI) ISO 18894
Coke strength after reaction (CSR) ISO 18894
Furnace coke >40 mm Moisture, total ISO 589
Preparation ISO 18283
IRSID strength index I10 ISO 556
IRSID strength index I40 ISO 556
MICUM 10 ISO 556
MICUM 40 ISO 556
Ash (hard coal or lignite) Calcium oxide ISO 13605
Phosphorus pentoxide ISO 13605
Potassium oxide ISO 13605
Sulfur trioxide ISO 13605
Magnesium oxide ISO 13605
Ash (major elements) ISO 13605
Silicon dioxide ISO 13605
Aluminium oxide ISO 13605
Sodium oxide ISO 13605
Titanium oxide ISO 13605
Manganese(II)oxide ISO 13605
Barium oxide ISO 13605
Strontium oxide ISO 13605
Iron(III)oxide ISO 13605
Hard coal fly ash Arsenic ISO 11885
Cadmium ISO 11885
Nickel ISO 11885
Lead ISO 11885
Copper ISO 11885
Zinc ISO 11885
Antimony ISO 11885
Mercury EN 1483
Manganese ISO 11885
Potassium oxide EN 196-2
Thallium ISO 11885
Vanadium ISO 11885
Tin ISO 11885
Chromium ISO 11885
Chlorine EN 196-2
Titanium ISO 11885
Sulfur trioxide ISO 10694
Calcium oxide (free) EN 196-2
Moisture, total ISO 589
Preparation EN 196-2
Moisture, inherent of analysis sample ISO 11722
Carbon, total ISO 29541
Decomposition method EN 13657 (aqua regia)
Sodium oxide EN 196-2
Bulk density (tapped) 1-2 mm ISO 787-11
Loss on combustion EN 196-2
Calcium oxide, total EN 196-2
Sodium oxide (equivalent) EN 196-2
Ammonia steam destillation VGB 4.4.2 (1-87)
Phosphorus pentoxide, dissoluble EN 450
Bulk density of solid particles EN 196-2
Particle size >0.045 mm EN 933-10
Sewage sludge, dry Adsorbable organically bound halogens (AOX) DIN 38414-S18
Arsenic ISO 17294-2
Cadmium ISO 17294-2
Nickel ISO 17294-2
Lead ISO 17294-2
Copper ISO 17294-2
Zinc ISO 17294-2
Aluminium ISO 17294-2
Antimony ISO 17294-2
Mercury EN 1483
Nitrogen ISO 29541
Manganese ISO 17294-2
Cobalt ISO 17294-2
Thallium ISO 17294-2
Vanadium ISO 17294-2
Tin ISO 17294-2
Fluorine EN 14582
Phosphorus ISO 17294-2
Hydrogen ISO 29541
Chromium ISO 17294-2
Chlorine EN 14582
Titanium ISO 17294-2
Sulfur, total ISO 19579
PCB 28 EN 15308
PCB 52 EN 15308
PCB 101 EN 15308
PCB 138 EN 15308
PCB 180 EN 15308
Moisture, total ISO 589
Moisture, inherent of analysis sample ISO 11722
Carbon, total ISO 29541
Calorific value at constant volume (gross) Hov EN 15170
Calorific value at constant pressure (net) Hup EN 15170
Decomposition method Aqua regia digestion
Loss on combustion @ 550 °C EN 12879
Loss on combustion @ 815 °C ISO 1171
Ash 815 °C ISO 1171
Volitile matter 900 °C ISO 562
PCB 150 EN 15308
Wood chips Arsenic EN 15297
Cadmium EN 15297
Nickel EN 15297
Lead EN 15297
Copper EN 15297
Zinc EN 15297
Aluminium EN 15297
Antimony EN 15297
Mercury EN 15297
Nitrogen EN 15104
Manganese EN 15297
Calcium oxide EN 15290
Phosphorus pentoxide EN 15290
Potassium oxide EN 15290
Cobalt EN 15297
Thallium EN 15297
Vanadium EN 15297
Tin EN 15297
Fluorine ISO 11724
Iron EN 15297
Hydrogen EN 15104
Chromium EN 15297
Chlorine EN 15289
Sulfur trioxide EN 15290
Sulfur, total EN 15289
Magnesium oxide EN 15290
Moisture, total EN 14774-1
Preparation EN 14780
Moisture, inherent of analysis sample EN 14774-3
Carbon, total EN 15104
Calorific value at constant volume (gross) Hov EN 14918
Calorific value at constant pressure (net) Hup EN 14918
Fusibility of ash, oxidising atmosphere Ash 550 °C
Deformation temperature (DT) EN 15370-1
Hemisphere temperature (HT) EN 15370-1
Flow temperature (FT) EN 15370-1
Decomposition method EN 15297
Ash (major elements) Ash 550 °C
Silicon dioxide EN 15290
Aluminium oxide EN 15290
Sodium oxide EN 15290
Titanium oxide EN 15290
Manganese(II)oxide EN 15290
Barium oxide EN 15290
Strontium oxide EN 15290
Iron(III)oxide EN 15290
Ash 815 °C ISO 1171
Ash 550 °C EN 14775
Shrinkage starting temperature (SST) EN 15370-1
Volatile matter 900 °C EN 15148
Wood pellets Arsenic EN 15297
Cadmium EN 15297
Nickel EN 15297
Lead EN 15297
Copper EN 15297
Zinc EN 15297
Aluminium EN 15297
Antimony EN 15297
Mercury EN 15297
Nitrogen EN 15104
Manganese EN 15297
Calcium oxide EN 15290
Phosphorus pentoxide EN 15290
Potassium oxide EN 15290
Extractable Organic Halogens (EOX) DIN 38414-S18
Cobalt EN 15297
Thallium EN 15297
Vanadium EN 15297
Tin EN 15297
Fluorine ISO 11724
Iron EN 15297
Hydrogen EN 15104
Chromium EN 15297
Chlorine EN 15289
Diameter EN 16127
Sulfur trioxide EN 15290
Sulfur, total EN 15289
Magnesium oxide EN 15290
Density, bulk EN 15103
Moisture, total EN 14774-1
Preparation EN 14780
Moisture, inherent of analysis sample EN 14774-3
Carbon, total EN 15104
Calorific value at constant volume (gross) Hov EN 14918
Calorific value at constant pressure (net) Hup EN 14918
Fusibility of ash, oxidising atmosphere Ash 550 °C
Deformation temperature (DT) EN 15370-1
Hemisphere temperature (HT) EN 15370-1
Flow temperature (FT) EN 15370-1
Decomposition method EN 15297
Ash (major elements) Ash 550 °C
Silicon dioxide EN 15290
Aluminium oxide EN 15290
Sodium oxide EN 15290
Titanium oxide EN 15290
Manganese(II)oxide EN 15290
Barium oxide EN 15290
Strontium oxide EN 15290
Iron(III)oxide EN 15290
Ash 815 °C ISO 1171
Volitile matter 900 °C EN 15148
Ash 550 °C EN 14775
Shrinkage starting temperature (SST) EN 15370-1
Particle density EN 15150
Abrasion <3.15 mm (LIGNO test) LIGNO test
Mechanical durability EN 15210
Olive kernels, palm kernels, ground coffee Arsenic EN 15297
Cadmium EN 15297
Nickel EN 15297
Lead EN 15297
Copper EN 15297
Zinc EN 15297
Aluminium EN 15297
Antimony EN 15297
Mercury EN 15297
Nitrogen EN 15104
Manganese EN 15297
Calcium oxide EN 15290
Phosphorus pentoxide EN 15290
Potassium oxide EN 15290
Cobalt EN 15297
Thallium EN 15297
Vanadium EN 15297
Tin EN 15297
Fluorine ISO 11724
Iron EN 15297
Hydrogen EN 15104
Chromium EN 15297
Chlorine EN 15289
Sulfur trioxide EN 15290
Sulfur, total EN 15289
Magnesium oxide EN 15290
Moisture, total EN 14774-1
Preparation EN 14780
Moisture, inherent of analysis sample EN 14774-3
Carbon, total EN 15104
Calorific value at constant volume (gross) Hov EN 14918
Calorific value at constant pressure (net) Hup EN 14918
Fusibility of ash, oxidising atmosphere Ash 550 °C
Deformation temperature (DT) EN 15370-1
Hemisphere temperature (HT) EN 15370-1
Flow temperature (FT) EN 15370-1
Decomposition method EN 15297
Ash (major elements) Ash 550 °C
Silicon dioxide EN 15290
Aluminium oxide EN 15290
Sodium oxide EN 15290
Titanium oxide EN 15290
Manganese(II)oxide EN 15290
Barium oxide EN 15290
Strontium oxide EN 15290
Iron(III)oxide EN 15290
Ash 815 °C ISO 1171
Ash 550 °C EN 14775
Shrinkage starting temperature (SST) EN 15370-1
Volatile matter 900 °C EN 15148
Fuels, solid recovered Arsenic EN 15411
Cadmium EN 15411
Nickel EN 15411
Lead EN 15411
Copper EN 15411
Zinc EN 15411
Aluminium EN 15411
Antimony EN 15411
Mercury EN 15411
Nitrogen EN 15407
Manganese EN 15411
Calcium oxide EN 15410
Phosphorus pentoxide EN 15410
Potassium oxide EN 15410
Extractable Organic Halogens (EOX) DIN 38414-S18
Cobalt EN 15411
Thallium EN 15411
Vanadium EN 15411
Tin EN 15411
Fluorine EN 15408
Hydrogen EN 15407
Chromium EN 15411
Chlorine EN 15408
Sulfur trioxide EN 15410
Sulfur, total EN 15408
Magnesium oxide EN 15410
Moisture, total EN 15414
Preparation EN 15413
Carbon, total EN 15407
Calorific value at constant volume (gross) Hov EN 15400
Calorific value at constant pressure (net) Hup EN 15400
Fusibility of ash, oxidising atmosphere Ash 550 °C
Deformation temperature (DT) EN 15404
Hemisphere temperature (HT) EN 15404
Flow temperature (FT) EN 15404
Decomposition method EN 15411
Ash (major elements) Ash 550 °C
Silicon dioxide EN 15410
Aluminium oxide EN 15410
Sodium oxide EN 15410
Titanium oxide EN 15410
Manganese(II)oxide EN 15410
Barium oxide EN 15410
Strontium oxide EN 15410
Iron(III)oxide EN 15410
Ash 550 °C EN 15403
Shrinkage starting temperature (SST) EN 15404
Volatile matter 900 °C EN 15402
Carbon, total inorganic (TIC) EN 13137
Carbon, total organic (TOC) EN 13137
Biomass content EN 15440
Non-biomass content EN 15440
Aluminium, metallic EN 15411
Aims of the PT scheme
Target group of participants
Linked to specific legislation / standards
Additional, subsidiary aims validation of testing methods
Number of participants
Accredited or otherwise reviewed by a 3rd party
Operation is commissioned / requested by
Fees and frequency
Participation fee min. 800 Euro
Regularly operated Yes (once a year)
Year of first operation 2006
Contact details of the PT provider
Provider Contact person
DCC Delta Coal Control GmbH
Brandstraße 8
45701 Herten
Germany

Phone: +49 209 1658 9429
Fax: +49 209 1658 9431
Web: http://www.dcc-ringversuche.de http://www.dcc-ringversuche.de
Dr. Georg Szczendzina
Phone: +49 209 1658 9429
Fax: +49 209 1658 9431
Email: gutachter@szczendzina.de gutachter@szczendzina.de
If you find any mistakes please contact the responsible EPTIS coordinator in Germany, Mr Johannes van de Kreeke. Mr Johannes van de Kreeke.
Disclaimer & Privacy Policy
Any questions or problems? Please contact us at eptis@bam.de.
Application version: 1.23-SNAPSHOT.20230502124635-7925ae379a631fc1ececff45d2921c8db38877d5