New Oil Palm fertilization technologies

New ‘Oil Palm’ fertilization technologies Mr. Taneth Tavornpanitroj – Market Development Manager East Asia Krabi - Thailand, 2013 History, Facts & F...
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New ‘Oil Palm’ fertilization technologies Mr. Taneth Tavornpanitroj – Market Development Manager East Asia Krabi - Thailand, 2013

History, Facts & Figures  Israel-based multinational corporation, founded in 1966  Owned by an American Holding Company controlled by the Trump Group  Annual production of 0.5 million tons of Potassium Nitrate  3 Production Plants in Israel, logistic facilities in Europe, warehouses worldwide  Haifa East Asia based on office in Bangkok for SE Asia countries, Korea & Japan

Haifa – Who We Are We are a global leading supplier of Potassium Nitrate, Specialty Plant Nutrients and Industrial Chemicals We provide Potassium Nitrate for:  Agriculture - Specialty fertilizers for highly efficient agriculture  Industry - Technical products for diverse industries  Thermo-Solar Power Plants

We manufacture and market:  Specialty Plant Nutrients – Polyfeed, CRF, Other  Food Additives  Technical Chemicals

Nutrient Use Efficiency Main goals of agricultural practices - Maximizing the yield per cultivated ground – limited ground. - Improving yields quality – competitive markets - Reducing production costs – agrochemicals, labor and water - Protecting the environment – soil, underground water and air

Nutrient losses

How much of what we actually fertilize is being taken up by the plant ?

Nutrient losses - N Leaching & runoff Cumulative rain in Southern regions of Thailand 6,000

4,000

2,000

2010 2011 2012

Jan 148 241 485

Feb 174 281 592

Mar 296 1,263 873

Apr 442 1,444 1,270

May 710 1,836 1,769

Jun 1,290 2,189 2,202

Jul 1,734 2,693 2,710

Aug 2,164 3,312 3,211

Sep 2,551 3,881 3,913

Oct 3,271 4,430 4,244

Nov 4,087 4,884 4,755

Dec 4,625 5,282 5,179

Thai Meteorological Department

Application limitations Plant’s nutritional requirements

Daily consumption

Cumulative consumption

Days from planting

Application limitations Ground application

Base Dressing Daily consumption

Nutrients availability

Days from planting

Application limitations Ground application

Base Dressing + Side Dressings Nutrients availability

Daily consumption

Days from planting

Application limitations Fertigation Quantitative fertigation = “Pulse fertilization”

Nutrients availability Daily consumption

Days from planting

Polymer coated technology

The future ! Controlled Release Fertilizers

Polymer coated Technology

Core: Soluble nutrients

Shell: Polymer coating

Polymer coated Technology After application in the soil:

Water penetration Gradual dissolution of the nutrients This stage takes 7-10 days, depending on longevity

Polymer coated Technology Water penetration Diffusion of nutrients through the coating to the soil Further dissolution of nutrients

Polymer coated Technology Water penetration Diffusion of nutrients through the coating to the soil Complete dissolution of nutrients At this stage the release rate decays, according to Fick’s 2nd law of diffusion.

Polymer coated Technology After the release is complete, the coating will degrade gradually, leaving no residues in the soil = Biodegradability

Polymer coated Technology

Coating

Granule

Scanning Electron Microscope picture of NPK granule Haifa Chemicals internal data, 2002

Polymer coated Technology Coating

Scanning Electron Microscope of NPK granule

Haifa Chemicals internal data, 2002

Polymer coated Technology Application advantage Temperature Changes

Nutrients availability

Daily Consumption

Days from planting

Polymer coated Technology Typical release curve: % release Lag

Linear release

Decay

Time

Polymer coated Technology Longevity % release

100 90 80 70 60 50 40 30 20 10 0 0

2

4

6

8

10

12

14

16

Months after application P.C 4

P.C 6

P.C 8

P.C 12

P.C 16

Polymer coated Technology

Polymer coated Technology Advantages of Multicote - Application rate is reduced as losses are minimized - Labor and logistics saving with single application - The nutrients are released according to the plant needs

- Multicote is tailor made NPK. - No need for “technical irrigations”. - Environmental friendly. Nutrients availability follows plant’s requirements

Oil Palm, Malaysia

Oil Palm, Malaysia Single Stage Nursery

Polybag size Seedlings in nursery 15"x18"

12 months

Polymer coated

Rate/polybag

19-10-13+2.5MgO+TE

55 g

Oil Palm, Malaysia Double Stage Nursery - Pre-nursery

Polybag size Seedlings in nursery 6"x9"

3 months

Polymer coated 19-10-13+2.5MgO+TE

Rate/polybag 5g

Oil Palm, Malaysia Double Stage Nursery - Main-nursery

Polybag size Seedlings in nursery 15"x18"

9 months

Polymer coated 19-10-13+2.5MgO+TE

Rate/polybag 50 g

Oil Palm, Malaysia Field transplanting

Polymer coated 19-10-13+2.5MgO+TE

Rate/tree 400 g

Oil Palm, Malaysia Field transplanting – Why ?? Labor problem - shortage, high turn over & unskillful labor

Logistics problem - increase in fuel prices means increase in transport costs in infield fertilizer distribution Problematic soil - low pH, nutrients deficiency etc. Unpredictable weather pattern - high leaching, delaying fertilizers application, wastage of fertilizer applied

Prevent the problem by CRF

Oil Palm, Malaysia Tissue analysis result of 6 months Old Palm With Polymer coated vs. granular NPK: -

Ash

N %

P %

K %

Ca %

Mg %

B ppm

Polymer coated [ 400 gr ]

-

2.6

0.156

1.36

0.47

0.30

11

NPK [ 3000 gr ]

-

0.47

0.32

12

optimal optimal optimal 2.68

0.157

1.21

Lab : BSSB , Tawau . L.Pinawantai, 2007

Oil Palm, Malaysia Tissue analysis result of 12 months Old Palm With Polymer coated vs. granular NPK: -

Ash

N %

P %

K %

Ca %

Mg %

B ppm

Polymer coated [ 400 gr ]

-

2.76

0.169

1.54

0.40

0.29

12

NPK [ 3000 gr ]

-

0.45

0.37

11

optimal optimal optimal 2.70

0.150

1.21

Lab : BSSB , Tawau . L.Pinawantai, 2007

Oil Palm, Malaysia Summary Single Stage Nursery Double Stage Nursery Pre-nursery Main-nursery Field Planting

Polybag size 15"x18"

Seedlings Polymer coated in nursery 12 months 19-1013+2.5MGo=TE

Rate/bag plants/HaRate/H 55 g

6"x9"

3 months

19-1013+2.5MGo=TE

5g

15"x18"

9 months

19-1013+2.5MGo=TE

50 g

19-10-13+2.5MGo=TE

400 g

Mature trees st

year

11-2-38+2MgO+TE

500 g

nd

year

11-2-38+2MgO+TE

600 g

rd

year

11-2-38+2MgO+TE

700 g

4

th

year

11-2-38+2MgO+TE

900 g

5

th

year

11-2-38+2MgO+TE

1200 g

1 2

3

Oil Palm, Colombia Ongoing trials

Oil Palm, Colombia Ongoing trials

Oil Palm, Thailand Ongoing trials

Oil Palm, Thailand Ongoing trials

Thank You www.haifa-group.com