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The following documents match your search:
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1
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Optimal nutrient ratios for wastewater treatment
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Author: Michael Winkler. For observing the legal requirements of treated wastewater, the operator of a wwtp has to manage the wastewater treatment process thoroughly to avoid exceeding the limit values. Among physical and chemical procedures the effluent treatment is based on the biological treatment by the microorganisms of the activated sludge. Therefore good knowledge of nutrient need and composition of the activated sludge is very important for operating at full capacity. Causes, consequences and counteractive measures for unfavourable nutrient ratio are described in this report; 8 pages
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Date: 2008-05-16
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991 KB
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2
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Application 130 Sample specific blank
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Determination of the sample specific blank
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Date: 2004-10-28
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187 KB
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3
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Application 28 Landfill leachate
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Sample preparation and analysis of landfill leachate
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Date: 2004-10-28
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129 KB
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4
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Degrees of Degradation – Spotlight on nitrogen (TNb)
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Introduction, legal requirements in Europe and Germany, nitrogen parameters, sampling and preparation, number of measurements, instruments, literature; 4 pages
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Date: 2003-09-01
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133 KB
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5
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Optimized Phosphorus Elimination
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The report shows with specific eamples how to find out about Bio-P-Potentals, Phosphate-Precipitation and reasons for disfunction.
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Date: 2000-03-01
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76.3 KB
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6
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Application Report - Neighbourhood Round Robins 1999 (Denmark/Germany/Switzerland)
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408 participants from 3 countries for the parameters Ammonium-N, COD, Nitrate-N, Phosphate-P
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Date: 1999-09-01
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180 KB
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| FAQ |
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7
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PHOSPAHTE - Total or orthophosphate?
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In order to determine phosphate with the Cuvette Test, the phosphate must be present in the form of orthophosphate. Polyphosphates and organophosphates are determined after they have been converted to orthophosphates by digesting them with peroxodisulfate. After the oxidation, the phosphate is referred to as total phosphate. - LCK349, LCS349, LCK350, LCK049
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Date: 2005-08-02
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8
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PHOSPHATE - Can the digestion for total phosphate also be carried out in a high-temperature thermostat (HT)?
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Yes. Simply prepare the cuvette for the digestion and heat it for 15 minutes in the standard HT program. - LCK349, LCS349, LCK350
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Date: 2005-08-02
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9
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PHOSPHATE - What does –P stand for in the formula PO4–P?
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–P stands for phosphorus in the form of phosphate. PO4–P is the quantity of phosphorus that is present in the sample in the form of phosphate (PO4). - LCK349, LCS349, LCK350, LCK049
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Date: 2005-08-01
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10
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PHOSPHATE - Can PO4–P be converted to PO4 3-?
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Yes. The determination is the same, but the result is expressed in a different form.
Conversion factors F:
| PO4 -P * F = PO4 | F = 3,066 |
| PO4 * F = PO4-P | F = 0,326 |
| PO4 –P * F = P2O5 | F = 2,291 |
| P2O5 * F = PO4-P | F = 0,436 |
| P2O5 * F = PO4 | F = 1,338 |
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Date: 2005-07-27
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| Information |
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11
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10 x COD: a COD range for every application
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The COD is still one of the most important parameters in waste water analysis. Both for evaluation of (waste) water and for controling of wwtp.
This report shows the benefits of LANGE COD cuvette tests such as: - method based on ISO Standard; - minimized consumption of chemicals; - reliable and approved results;- 10 practice-oriented measuring ranges (the customer needn´t dilute his sample); - only marginal amount of work; - high operational safety; - cost-saving method; - free and professional recycling of used reagents in our certified in-house Environmental Center; 4 pager
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Date: 2008-11-06
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374 KB
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12
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LANGE cuvette test
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Produkt Information: LANGE cuvette test, 2 pages with benefits, technical details: IBR, Integrated barcode reader, 10 fold measuremt system; chart of variety of paramters and measuring ranges
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Date: 2006-08-24
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163 KB
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13
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Colourcode - Cuvettes show their colours
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More clarity through colourcoding; uniformly coloured packaging, cuvette labels and caps improve daily operations; new colour system quickly explained; 2 pages
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Date: 2005-02-04
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128 KB
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14
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HT 200S, High-Temperature Thermostat
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The 15-minute digestion for wastewater analysis: fast and effective; description, advantages, technical data and relevant tests; 2 pages
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Date: 2002-07-15
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215 KB
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| Quality data |
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15
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Quality certificate - Technical data for LCK349 - Phosphate cuvette test
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Technical data for LCK349 from calibration as well as detection limit and determination limit.
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Date: 2005-04-27
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86.5 KB
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| Working procedure |
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16
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Working procedure LCK 349 Phosphate cuvette test, DosiCap Zip
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Measuring range 0.05-1.50 mg/l PO4-P / 0.15-4.50 mg/l PO4 / 0.15-3.50 mg/l P2O5
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Date: 2008-07-07
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172 KB
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17
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Working procedure LCK 349 Phosphate cuvette test, DosiCap Zip
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Measuring range 0.05-1.50 mg/l PO4-P / 0.15-4.50 mg/l PO4 / 0.15-3.50 mg/l P2O5
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Date: 2008-01-14
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172 KB
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18
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Working procedure LCK 349 Phosphate cuvette test, DosiCap Zip
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Measuring range 0.05-1.50 mg/l PO4-P / 0.15-4.50 mg/l PO4 / 0.15-3.50 mg/l P2O5
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Date: 2007-06-01
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165 KB
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19
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Working procedure LCK 349 Phosphate cuvette test, DosiCap Zip
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Measuring range 0.05-1.50 mg/l PO4-P / 0.15-4.50 mg/l PO4 / 0.15-3.50 mg/l P2O5
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Date: 2005-10-18
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165 KB
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20
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Working procedure LCK 349 Phosphate cuvette test, DosiCap Zip
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Measuring range 0.05-1.50 mg/l PO4-P / 0.15-4.50 mg/l PO4 / 0.15-3.50 mg/l P2O5
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Date: 2003-10-14
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165 KB
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21
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Working procedure LCK 349 Phosphate cuvette test
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Measuring range 0.05-1.50 mg/l PO4-P / 0.15-4.50 mg/l PO4 / 0.15-3.50 mg/l P2O5
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Date: 2003-07-01
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129 KB
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22
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Programming instruction for CADAS 100 LPG>=210, LCK 349 Phosphate-Phosphorus ortho and total
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Detailed programming steps
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Date: 2002-02-19
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74.4 KB
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23
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Working procedure LCK 349 Phosphate cuvette test, data 45-EProm
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measuring range 0.05-1.5 mg/l PO4-P, 0.15-4.5 mg/l PO4
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Date: 2002-02-07
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79.6 KB
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24
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Working procedure LYS 349 phosphate cuvette test, for HT 200S thermsotat
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measuring range PO4-P 0.05-1.5 mg/l; PO4 0.15-4.5 mg/l; P2O5 0.15-3.5 mg/l
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Date: 2001-06-27
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78.9 KB
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