Precision in every drop! SUSTAINABILITY Unerringly Quality Yield NITROGEN STABILISED The most accurate liquid The future of fertilisation.
ALZON liquid Precision in every drop. ALZON liquid contains the mixture of urea nitrogen, ammonium nitrogen and nitrate nitrogen which is particularly advantageous for optimal plant nutrition. The brand quality of ALZON liquid guarantees optimal plant compatibility. The nitrogen stabilisation reduces nitrogen losses to a minimum and guarantees secure yields. A straightforward and gentle application with common spray technology is just as much a matter of course as the possibilities for combination with plant protection agents, growth regulators and micro nutrients while observing the manufacturer s instructions. Use the advantages of nitrogen stabilisation Considerable advantages are gained through nitrogen stabilisation: Fewer part applications are required, application dates can be organized with more variety and nitrogen losses are minimized. If nothing else, the yields and qualities are noticeably improved when compared to customary liquid fertilisers. ALZON liquid brings better performance with fewer crossings 104 102 104 102 1 to 2 100 Comparable fertiliser UAN 28 98 Yield N-uptake Economizing on crossings LAF Cunnersdorf: Average values of static long-term test, 2 locations, 1994 to 2016; a total of 36 tests in different crops Accuracy makes the difference Spreading errors are stress on the nerves and they cost money. They are not initially perceptible up to a magnitude of 25 % but they can lead to noticeable loss of yield. Liquid fertilisers can display their strengths when accuracy is crucial. With ALZON liquid it is easier to adhere to the distance requirements of the Fertilisation Ordinance. The very precise fertiliser application guarantees the full fertiliser quantity and thus yield right up to the edge. The reason for this is the small coefficient of variation for liquid fertilisation of an average of just 3.4 %.
ALZON liquid provision of nitrogen as required! Potential nitrogen losses in the form of nitrate and nitrous oxide are reduced to a minimum by the use of ALZON liquid. The N-fertiliser quantity can be reduced by 5 to 10 % for identical yields. This leads to a clear increase in N-efficiency and pressure on the N-balance is relieved sustainably. Combine the fertiliser applications and save work and time. This puts you on the safe side and the nitrogen is already at the root if it is dry. High yields and optimal harvest quality Application right to the edge and very good plant availability Economy of part applications and greater flexibility during application ALZON liquid is heavier than water ALZON liquid has a density of 1.28 g/cm³. This should be taken into consideration for the fertiliser calculation, transport and storage. It is easy to calculate: 100 kg of ALZON liquid contain 28 kg N. The conversion factor of kg N to kg ALZON liquid is 3.57. 100 liters of ALZON liquid contain 36 kg N.
It depends on the drop size. For liquid fertilisation with nitrogen, a large proportion of the nutrients 80 to 95 % will be absorbed via the soil. Only 5 to 20 % of the N-uptake occurs via the leaf. Coarse drops are the aim The creation of coarse drops succeeds thanks to the use of anti-drift nozzles (ADN and IN nozzles) with a low spray pressure (approx. 2 bar). A coarse drop spectrum is thus achieved. Special liquid fertiliser- (LF) or multi-hole nozzles should preferably be used under critical conditions in order to apply the liquid fertiliser in a rain formation even in large quantities. drops Ø smaller than 0.1 mm drift off drops Ø bigger than 0.3 mm roll of the leaf wind drops Ø 0.1 to 0.3 mm stick to the plant The nozzle selection is decisive ALZON liquid can be applied evenly, with precise dosage and right up to the edge with customary plant protection technology. All nozzles are well suited for the start of spring growth or at sowing. The following applies for fertilisation in crop formations: The drops should be greater for more sensitive plants and the spray pressure should be lower. The choice of nozzle can have a decisive effect on the plant compatibility. We recommend injector, anti-drift or multi-hole nozzles from the second application in cereals or oilseed rape. The use of drag hoses or pipes is recommended for later application and generally the time of ear emergence, for unfavorable weather conditions or in sensitive crops. The choice of nozzle must ensure the effectiveness of the combination partners for the combined use of ALZON liquid, with plant protection agents in particular. Anti-drift nozzles or injector nozzles will preferably be considered here while taking heed of legal requirements.
Nitrogen stabilises. This is how it works. The stabilisation of the nitrogen leads to particularly sustainable and efficient plant nutrition. The highly efficient nitrification inhibitors in ALZON liquid thereby delay the conversion of the nitrogen from stable ammonium into the mobile nitrate form by six to ten weeks. In the sense of the Fertilisation Ordinance, ALZON liquid helps to reduce the risk of nitrate displacement and washout and also nitrous oxide emissions in the event of heavier precipitations. The nitrate displacement can be reduced by up to 50 %. Nitrous oxide emissions are even reduced by up to 75 %. The stabilised nitrogen remains in the top soil area and is available to the plants in ammonium form at all times and protected against leaching into deeper soil layers. Earlier fertilisation dates and the possible combination of part applications, particularly for presummer dryness, ensures that sufficient nitrogen is always present in the root area and is available as required and at the correct time regardless of the weather. This results in high yields and good quality. N2 itrifica tion N20 ammonium den nitrate nitrification inibitor (NI) delays conversion g hin ac NITROSOMONAS NITROSOMONAS le tion fica i r t i n N03 Advantages of the ALZON liquid application Exact application right to the edge Average yield increase of 4 % when compared to UAN Increase in N-uptake of an average of 2 % when compared to UAN Improvement in N-efficiency and N-balances Application in combination An application of ALZON liquid together with plant protection agents, growth regulators or micro nutrients is in principle possible. In this case manufacturer s instructions should be followed carefully. Advantages under critical weather conditions in particular N-quantity reduction for root crops, maize and rye possible Reduction of the Nmin-content in the soil following the harvest by 6 to 11 % Reduction of N-losses through N-displacement and output and also as a consequence of denitrification
ALZON liquid less work more yield. Responsibility for the content: SKW Stickstoffwerke Piesteritz, Möllensdorfer Straße 13, D-06886 Lutherstadt Wittenberg, Germany; ALZONLIQUIDEN-03/2018 With ALZON liquid you are making use of the advantages of liquid fertilisation in brand quality. In addition to the optimal product characteristics, the selection of the correct application technique in different fertilisation periods must also be given sufficient attention. The following fertilisation recommendation is based on the results of our applied research and practical experience. You should adapt these to the local conditions and the plant requirement established in line with the Fertilisation Ordinance. If you have any questions concerning the appropriate use of ALZON liquid you can contact our specialist advisers at any time or consult www.duengerfuchs.de. Recommendation for application: ALZON liquid Crop Application Application date kg/ha N dt/ha l/ha RAPESEED Single application strategy ADN/IN/LF from start of February until start of spring growth 125 180 4.5 6.4 350 500 QUALITY WHEAT 1st application ADN/IN/LF Start of spring growth 80 120 2.9 4.3 223 335 2nd application ADN/IN/LF/DH GS 35-37 80 120 2.9 4.3 223 335 FEED WHEAT, WINTER BARLEY, WINTER RYE, TRITICALE Single application strategy ADN/IN/LF Start of spring growth 80 160 2.9 5.7 223 446 or alternatively for fertiliser quantity >160 kg/ha N 1st application ADN/IN/LF Start of spring growth 80 100 2.9 3.6 223 279 2nd application ADN/IN/LF/DH GS 32-37 70 90 2.5 3.2 195 251 SUMMER GRAIN Single application strategy ADN/IN/LF at sowing 70 150 2.5 5.4 215 419 BREWING BARLEY Single application strategy ADN/IN/LF at sowing 50 100 1.8 3.6 140 279 MAIZE Single application strategy ADN/IN/LF at sowing 80 160 2.9 5.7 223 446 POTATO Single application strategy ADN/IN/LF at planting 80 160 2.9 5.7 223 446 SUGAR BEET Single application strategy ADN/IN/LF at sowing 80 160 2.9 5.7 223 446 VEGETABLES (HIGHLY CONSUMPTIVE) 1st application ADN/IN/LF at sowing/planting 120 250 4.3 8.9 335 760 additional applications* DH Re-fertilisation: Applications combined 80 100 2.9 3.6 223 279 ADN = anti-drift nozzles, IN = injector nozzles, LF = liquid fertiliser- including multi-hole nozzle, DH = drag hose or pipe Direct plant contact must be avoided in the event of application by drag hose. ALZON liquid product characteristics EC FERTILISER Fertiliser type Urea ammonium nitrate solution with nitrification inhibitor (mixture of 1H-1,2,4 triazole and 3 methylpyrazole) 28 28 % N total nitrogen 14 % N urea nitrogen 7 % N nitrate nitrogen 7 % N ammonium nitrogen Technical data Density (at 20 C): 1.28 g/cm3 ph value: 6 7 Start of crystallization: -22 C Colour: Blue Biuret content: max. 0.5 % Dynamic viscosity (at 20 C): 3.63 mpas liquid Further information is available on the Internet: www.alzon-fluessig.de www.skwp.de A COMPANY OF Do you have any questions? fertiliser@skwp.de +49 (0) 3491 68-3000