You d be mad not to bet on this horse.

You d be mad not to bet on this horse. With a proven 300% return on investment*, FertiCoat is the clear winner for crops. *For wheat and maize

The ultimate fertiliser coating FertiCoat applied to fertilisers: Improves fertiliser efficiency Reduces nutrient lockup Reduces leaching Improves yield In the current economic environment, growers are continuously pressured to maximise yield and optimise inputs. Fertiliser and its efficiency play a major role within these practices. It is therefore important to maximise the efficiency of applied fertiliser. Omnia has developed an effective, easy to apply, coating product to increase fertiliser use efficiency. To avoid this, can be used as a coating onto granular planting fertiliser, Urea or mixed with UAN. It complexes with phosphorous and keep it from being fixed in the soil by unfavourable elements. This makes the applied nutrients more plant available and therefore increases its efficiency and results in increased yields. Nutrients like phosphorous can become fixed in the soil and unavailable for crop growth. In low ph soils this occurs due to Al and Fe fixing phosphorous and in high ph soils calcium, magnesium and bicarbonates tie up available phosphorous. Omnia has researched over three years and has proven it to be a superior coating product. International +61 3 9574 8001 sheng@omnia.net.au +61 3 5133 9118 info@omnia.com.au New Zealand 0800 774 629 info@omnia.net.nz

Application Rates Granular Fertiliser rates APPLICATION RATE: DRY RATES 5-8 LITRES PER TONNE MIXING INSTRUCTIONS Use spray nozzles to spray onto fertiliser in Auger/ blender/ coating drum to ensure good coverage of granules and allow for drying before bagging the fertiliser. Do not apply to fertilisers containing more than 70% nitrates. If the fertiliser is blended with a fertiliser containing more than 70% nitrates, do not apply. If applied to fertilisers containing 45-70% nitrates, the together with any combustibles should not exceed 0.4%. If a fertiliser is blended with any fertiliser containing 45-70% nitrates, the together with any other combustibles should not exceed 0.4%. Liquid Fertilizer rates APPLICATION RATE: 30 L FERTICOAT PER 1000L UAN MIXING INSTRUCTIONS Boomspray mixing order Concentrate Mixing 1. Water 2. 3. UAN Always add UAN to (put in container first). NOTE: is NOT compatible with acidic solutions including many herbicides and trace elements. Jar testing is recommended.

- the results speak for themselves Cropping Trial results* South Africa Data 3 Years of Work, 2 Crops, 25 Locations Coating applied to mixed fertiliser Granules From the South African data, there is a 96% probability of getting a 300% or greater Return on Investment from. Wheat, Cape region 2008, 8 Locations Treatment Yield (Mt/ha) % Increase ROI Probability Control - Untreated 4.51 Coated 4.78 6% 600 96% Wheat, Central region, 2010, 4 locations Treatment Yield (Mt/ha) % Increase ROI Probability Control - Untreated 6.12 Coated 6.37 4.1% 9000 99% Wheat, Cape region, 2009, 7 locations Treatment Yield (Mt/ha) % Increase ROI Probability Control - Untreated 3.21 Coated 3.41 6.2% 300 99% Maize, Central region, 2008/2010, 6 locations Treatment Yield (Mt/ha) % Increase ROI Probability Control - Untreated 5.49 Coated 5.66 4.1% 4000 96% * applied in conjunction with micronutrients International +61 3 9574 8001 sheng@omnia.net.au +61 3 5133 9118 info@omnia.com.au New Zealand 0800 774 629 info@omnia.net.nz

n Trial results Wheat, NSW, 2010, 1 Location Treatment Yield (Mt/ha) 35 3.32 70 3.28 100 3.42 Additional investment ROI 35 + 5L/Mt 3.72 $1/ha Extra $112 75 + 5L/Mt 3.36 $2/ha Extra $22 Average Yield Increase 0.24 Average % Increase 7.2% Canola, NSW, 2010, 1 Location Treatment t/ha Oil % Oil/ha Additional investment 35 1.85 45.4 0.840 70 1.83 45.3 0.829 ROI 35 + 1.88 45.4 0.854 $1/ha Extra $20 70 + 1.95 45.2 0.881 $2/ha Extra $78 Average Yield Increase 0.033 4 3.8 3.6 3.4 3.2 3 2.8 2.6 2.4 2.2 2 WHEAT YIELDS: TREATMENTS VS. STANDARD 35 kg Standard 100 kg MT CANOLA OIL/HA 0.90 0.88 0.86 0.84 0.82 0.80 0.78 0.76 0.74 0.72 0.70 35 Standard 35 kg + 70 + + Seedboost + Seedboost + 35 + 70 + + Seedboost + Omnia Foliars

Pasture trial results Dairy, South Western Victoria, 2010, 2 Locations (4 Replications each) Treatment (100 kg Urea/ha) Control - Untreated Coated Urea (5 L / MT) Yield (DM kg/day/ha) 39.05 % Increase DM Increase (kg/day/ha) 42.10 7.8% 3.05 0.122 Expected Extra MS Production* (kg/day/ha) * Using a factor of 1 kg of Milk per 1 kg pasture DM intake. (1kg DM = 40 g MS) This data suggests that a single application of fertiliser that is effective for 4 weeks would increase milk solid production by an extra 3.66 kg. At $5.52/kg, this amounts to $20/ha additional revenue. At a cost of $3.5/ha, the Return on Investment for is about 4.7 times the expenditure. The quantified trial on grazing pasture correlates with the cereal data and shows that pastoralists are expected to gain similar benefits from through improved pasture dry matter and crop rotation schedules. This should result in improved milk production. Fodder trial results Lentils, York Peninsula, South, 2010 per ha Yield kg/ha 50 kg None 1886 50 kg 5 L/MT 2062 75 kg None 2034 FERTICOAT INCREASE AGAINST CONTROL- FODDER 2150 2100 2050 2000 1950 1900 75 kg 5 L/MT 2102 on 50 kg improved yields by 9.3% (176kg/ha (P=0.05)) and giving a Return on Investment of 24 times. Spent $2, got back $48 1850 1800 1750 50 kg 50 kg + 75 kg 75 kg + Control International +61 3 9574 8001 sheng@omnia.net.au +61 3 5133 9118 info@omnia.com.au New Zealand 0800 774 629 info@omnia.net.nz

Maize yield increase with coated Urea 8000 MAIZE YIELD KG/HA In current agricultural practices, growers are continuously pressured to maximise yield and optimise inputs. Fertiliser and its efficiency play a major role within these practices. It is therefore important to maximise the efficiency of applied fertiliser. Omnia has therefore developed an effective, easy to apply, coating product to increase fertiliser use efficiency. Nutrients like phosphorous can become fixed in the soil and unavailable for crop growth. In low ph soils this occurs due to Al and Fe fixing phosphorous and in high ph soils calcium, magnesium and bicarbonates tie up available phosphorous. 6000 4000 2000 0 1. No fertilizer Root length 23.4 cm Stem diameter 18.5 cm FERTICOAT TRIALS 2. 250 kg 06-21-30 + 100 kg of Urea Root length 25.3 cm Stem diameter 20.8 cm 3. 250 kg 06-21-30 + 100 kg of coated Urea (0,4%/Ton) Root length 26.5 cm Stem diameter 22.8 cm Mixing with UAN 4 TRIAL 1 TRIAL 2 Adding to UAN has the benefit of keeping nitrogen in the root zone and also making the applied nitrogen plant and microbe friendly. UAN applied as a foliar has the tendency to burn foliage under unfavourable conditions. Adding to the foliar mix, not only decreases the burn effect but also increases the nitrogen uptake by the plant. This benefit from humic acids which are included in has been proven on lettuce. Yield 3 2 1 UAN UAN + UAN UAN + FertiCoat 3% FertiCoat 3% N U T R I L O G Y *

Application to granules Application Equipment can be applied to Granules with a variety of equipment, with some proven examples given here. Drum Granulator & Drier Various NPK Granules in South Africa Ribbon Blender Various NPK Granules in Zimbabwe Vertical Drum Blender Spreader & Packer, South 5 L/MT onto SOP+MgSO4 Screw Auger or Conveyor Various NPK and Water Soluble products, (adjunct to bulk fertiliser blending and packing), Horizontal Drum Blender Pasture Spreader, South 5 L/MT onto Urea Concrete Mixer Trial coating of, 5 L/MT [Note : usually used in conjunction with a drying unit or with slow speeds of operation] International +61 3 9574 8001 sheng@omnia.net.au +61 3 5133 9118 info@omnia.com.au New Zealand 0800 774 629 info@omnia.net.nz I * *the *the science science of of growing growing