1 Table of contents 46

PowerPoint-Präsentation

Introducing Limus®		1
Agenda		2
Nitrogen losses		3
Nitrogen... Essential for crops		4
But brings challenges to farmers, the environment and society		5
Nitrogen losses in agriculture		6
Ammonia and legislation		7
Agriculture accounts for 88% of UK ammonia emissions		8
The UK government is legally obliged to reduce ammonia emissions by 8% by 2020 and by 16% by 2030, compared to 2005 levels		9
Urea volatilisation		10
How is ammonia lost when urea-based fertilisers are applied?		11
Ammonia loss is a localized reaction		12
The role of urease enzymes		13
The role of urease enzymes		14
The role of urease enzymes		15
The role of urease enzymes		16
Urease inhibitors		17
How do most urease inhibitors work?		18
How most urease inhibitors work (e.g. NBPT)		19
How must urease inhibitors work (e.g. NBPT)		20
Introducing Limus®		21
Why is Limus® the most effective urease inhibitor available?		22
There are many different types or urease enzymes		23
Limus® is the only urease inhibitor with TWO active ingredients, blocking a wider range of urease enzymes		24
Drager Tube Test Limus treated urea vs urea		25
Limus® benefits		26
Why Limus®?		27
Slide Number 28		28
Around 20% of applied nitrogen from urea is lost as ammonia		29
Limus® reduces ammonia emissions by up to 98%		30
Slide Number 31		31
Application timing without Limus®		32
Limus® increases application flexibility		33
Slide Number 34		34
Limus® improves yield by 5% compared to urea		35
Slide Number 36		36
Limus® raises the performance of urea up the level of ammonium nitrate		37
Limus® delivers the same yield as ammonium nitrate		38
Slide Number 39		39
There are only 3 recognised urease inhibitors available		40
Limus® outperforms all other UIs: 12 month shelf life		41
Limus® outperforms all other UIs: Legal limit		42
Limus® outperforms all other UIs: Yield		43
Limus® outperforms all other UIs: Summary		44
Summary		45
Slide Number 46		46

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