3. OVERVIEW AND
KEY FACTS
o Privately-held multinational agricultural company
o Manufacturer and marketer of biologicals and specialty products
o Majority of revenue derived from niche markets
o Acquired by Norwest Equity Partners in August of 2004
o Grew every year since its founding in 1982
3
4. GEOGRAPHIC
FOOTPRINT
12 locations in eight countries
• Ames, IA, US (2) • Toulouse, France • Buenos Aires, Argentina
• St. Joseph, MO, US • Somersby, Australia • Santo Tomé, Argentina
• Caldwell, ID, US • Curitiba, Brazil • Durban, South Africa
• Saskatoon, Canada • Littlehampton, UK
4
5. ORGANIZATION AND
BUSINESS UNITS
Product Families
Inoculants Turf and Specialties
Seed Coatings Biological Crop Protection
Landscape Colorants Livestock Management
and Coatings Products
5
6. OUR APPROACH TO
SUSTAINABLE DEVELOPMENT
o NET positive™
o All businesses have positive and
negative impacts on the environment
and society through their
policies, products and processes.
6
7. OUR APPROACH TO
SUSTAINABLE DEVELOPMENT
Leaving a positive legacy now and in the future through our
products, people and practices.
7
8. WHY NET POSITIVE?
o A strategic approach that pays as much attention to
enhancing the positive impacts of an organization’s
contribution to society as it does to reducing the negative
impacts of its activity
o How we account for and measure these positive and
negative impacts is a key question that the NET positive
initiative aims to address
o 7 priorities
o Energy
o Water
o Waste
o Transport
o Supply Chain
o Employment, Education, Health & Safety
o Sustainable Product Design
8
9. ENVIRONMENTAL
PROFIT & LOSS ACCOUNT
o Commissioned study with Trucost to analyze carbon and water
footprint of our supply chain and facilities within the remit of our
NET positive framework
9
10. TOTAL GHGS AND
WATER ANALYZED
Only 13% of the total GHGs analyzed are directly
associated with our operations.
10
18. Integration of Environmental Impact Risk
Natural capital risks are a growing concern amongst global experts
1,000
Expected impact (Billion USD)
500
Natural capital risks
250 2009 2011
Storms and Climate
cyclones change
Flooding
Water
security
100
Biodiversity
Air pollution loss
50
Unlikely Likely Very likely
Likelihood over next 10 years
Source: World Economic Forum Global Risks Report (2009 – 2011)
19. EP&L Approach
• Calculated • Engaged strategic • Refined • GHG and water • GHG emissions
supply chain suppliers calculations of consumption and water use
impacts back to supply chain valuation valued in
• Collected supplier
raw materials impacts coefficients economic terms
specific data
derived
• Over €1bn •Operational
• Established
expenditure E KPI data added
locations of raw
analysed
material flows
(E KPIs) x (GHG & Water Valuation) = E P&L
22. Approach: Calculating Externalities
Water Use: Calculating value
Extensive literature review to obtain estimates from 40 studies of the direct and indirect
use values of water under the total economic value (TEV) framework.
Water-use externality is represented as the reduction in the indirect use values (e.g.
via hydrological functions, ecosystem maintenance, water nutrient cycling) of water
accruing to third parties as result of water use in a company’s own operations and
supply chain.
Baseline mean estimate of the indirect use marginal value across studies
Water Use: Transferring value
Indirect use values from available studies were plotted against scarcity in different
areas to derive a value function based off the relationship between scarcity and value.
The relationship derived is calibrated to the valuation obtained from the literature to
transfer values across locations in the company’s own operations and supply chain.
23. Approach: Scarcity and Value
18.0
16.0
14.0
United Arab Emirates
12.0
Value (€/m3)
10.0 Pakistan
Taiwan
8.0
6.0 Iran
4.0
2.0
0.0
0% 20% 40% 60% 80% 100%
Scarcity – Withdrawal as a % of actual renewable water resources
26. Natural Capital Assessment
Key Benefits:
A management tool to identify and minimise where the greatest negative environmental impact
is occurring and maximise the positive environmental benefit on an on-going basis.
To demonstrate in a robust and scientific way the environmental benefits of products both
now and in the dynamics of a more resource constrained world.
To accurately understand the environmental performance of products in financial terms.
To understand risk to supply chain operations from natural resource dependency (including
water dependency in relation to scarcity).
To project the likely benefits of different business model configurations/ sustainability
strategies.
To inform future sourcing and business strategy.
To understand your impact on ecosystem services and provide a single environmental
performance indicator that can be tracked and reported against.
Overview and Key FactsBecker Underwood®is a privately-held,multinational ag company with locations in five continents. The company manufactures biologicals and specialty products.Becker Underwood derives most of its revenues from niches where the company is number one or two. Becker Underwood was acquired by Norwest Equity Partners in August of 2004.Innovative research, extensive product development, and quality manufacturing have contributed to the company’s unbroken record of growth every year since its founding (1982).
Geographic FootprintBecker Underwood is headquartered in Ames, Iowa with 11 locations in eight countries.Becker Underwood sells products to more than 50 countries.Key locations include:Ames, IA, US (2)St. Joseph, MO, USCaldwell, ID, US Saskatoon, CanadaToulouse, FranceSomersby, AustraliaCuritiba, BrazilLittlehampton, UKBuenos Aires, ArgentinaSanto Tome, ArgentinaDurban, South Africa
Organization and Business UnitsBecker Underwood operates in six primary product families: InoculantsSeed CoatingsLandscape Colorants and CoatingsTurf and SpecialtiesBiological Crop ProtectionLivestock Management Products.
Use of Biologicals in AgricultureWhat is a biological? A naturally-occurring micro- or macro-organism, or a chemical extracted or derived from such an organismThree possible ways to use Biologicals in AgricultureAs BioStacked® combinations on seed or for foliar applicationFor isolation of the “active ingredient” for in-vitro synthesisFor isolation of (or as a source of) genes/traits
Use of Biologicals in AgricultureBiologicals have made significant commercial impact on other industriesPharmaceuticalsBakingBrewingEnzyme ProductionAnimal Nutrition
Use of Biologicals in AgricultureAre the source of current commercial traits used in GM crops:Glyphosate resistance (from Agrobacterium strain CP4)Insect resistance (from B. thuringiensis)Arguably, $9 billion of accretive value added to seeds is based on a very limited number of biological species
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
Biostacked Biological TreatmentsOn the Seed:InsecticidesFungicidesColorants*Polymers*Biologicals*Nutrients* Provided by Becker Underwood
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)
GeneticsIn the Seed:Good quality germplasmGenetic technology (“traits”)