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Social Impact Fund in Cuba Thursday, August 6, 2015

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Social Impact Fund in CubaThursday, August 6, 2015

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Manufacturing and distributing drip irrigation systems

Biomass electricity generation

Cardboard packaging manufacturing

Production of vegetal charcoal (Scrub biomass)

Pharma packaging

Executive Summary

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Herzfeld criteria Macro criteria

Potential return Encouraged by Cuban government

Social impact Positive global trends

Capital requirement FDI encouragement

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Drip Irrigation Manufacturing and Distribution

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Drip Irrigation Manufacturing and Distribution

PROBLEM

• 80% of basic consumer food imported

• Low productivity – crop yield

• Only 21% farmed land with irrigation

• Water scarcity

BEING A PART OF THE SOLUTION

• Equity investment into drip irrigation system manufacturing and distribution to small and medium farmers in Cuba.

• Association of Small Agriculture Farmers in Cuba (ANAP)

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Social Impact

Community

Environment

Project in Pakistan Projections in Cuba

Crop yields by 40%

Input costs by 30%

Dependency on flood irrigation

Reached more than 20,000 farmers

Crop yields by 10 -30%

Input costs by 30 - 60%

Daily income by USD 4

• 40-70% water saving• 90% water use efficiency• Reduce overexploitation of groundwater• Minimizes erosion

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Benchmark: Indian Project

Comparison Cuba x India

Project

• Manufacturing and distributing systems• Fund Investment: 1m• 30% Equity • Project Breakeven: 3 years• Average return: 33%

Low labour cost / qualified people

Low irrigation access: India (35%), Cuba (21%)

Other financial evidence

Jain Irrigation Systems LTD. – IndiaGross margin: 33.9%EBITDA margin: 15%IRR for typical irrigation project = 11.16%

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Biomass Electricity Generation

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Biomass Electricity Generation

PROBLEM

• Shortage of electricity of 8-10h a week

• Oil energy dependency (96%)

• Decrease high cost of energy

• Contribute to environmental sustainability (sugarcane waste)

• Outdated technology

BEING A PART OF THE SOLUTION

• Equity (joint-venture) in biomass electricity generation

• Easy access input materials (Marabu, Bagasse)

• Priority in Gov. development plan

• 24% renewable energy by 2030

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Social Impact

Community

Environment

Access to energy

Reduce number of power shortagesJob offer increase between 35-46%Development of supporting industries (plantations, transport)

• CO2 emission reduction by at least 30%

• Waste reduction by 50% (agricultural)

• Renewable energy source

• Sustainable forest development

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Benchmark: Cuban project

Benchmark Project

• Stage I 2008-2014• Fund Size 1.28m• FDI by Swiss Agency for Development and Cooperation• Energy supply alternatives from biomass in rural areas• Project IRR 7.4%• Investment recovery in 2 years• Net profits of stage I 1.82m

Other financial evidence

Projects with different sizes in Cuba:• Macurije: 32.3m• Minas de Matahambre: 14.4m

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Cardboard Packaging Manufacturing

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Cardboard Packaging Manufacturing

PROBLEM

• 226m spent on packaging imports in 2014.

• 50% of demand is imported

• 50% local products lack proper packaging

BEING A PART OF THE SOLUTION

• Equity investment in cardboard packaging manufacturing

• 42% projected increase in Cuban per capita consumption of packaged products

• Possibility to export to nearby markets

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Social Impact

Community

Environment

Food waste

Project in the UKIncreasing the shelf-life by 2 days reduced 4% of waste disposal cost and avoided 800,000 strawberries to be wasted.

Tomatoes StudyCardboard increased the useful life by 3 weeks

• Made from easy and fast-growing trees• Cardboard is recyclable • Energy-efficient

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Benchmark: Belarus Project

Comparison Cuba x Belarus

Project

• Production of corrugated board packaging (2012)• CAPEX: 6-8m• Project Breakeven: 2-3 years• Average return: 25-28%

High imports

Main demanding industry is food and beverage

Other financial evidence

• Global revenue is estimated to be over 1 trillion

• Paper and board represent 39% of consumption

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Next Steps

Specific companies to invest1

2 Use the knowledge acquired

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1.71.3

7.0

4.1

5.430.5

Manufacturing and distributing drip irrigation systems

Biomass electricity generation

Cardboard packaging manufacturing

Production of vegetal charcoal

Pharma packaging

Other projects and rounds

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Questions?Thursday, August 6, 2015

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BACK UP

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Next steps in Energy sector:Production of vegetal charcoal from marabù scrubCUBAN Project

Investing into equipment for • harvesting and transportation of marabuensuring sustainable supplies of the biomass required for charcoal production and for forest replanting

In • Granma, Holguin, Camaguey and Ciego de Avila

Cuban party: • Empresas Forestales Integrales

Investment Amount: • 4.1 million USD

Vegetal Charcoal • produced– 3000 metric tons annual

Project available at: http://www.caribbean-council.org/wp-content/uploads/2014/11/Cuba-foreign-investment-projects-Nov-2014-official.pdf

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Next steps in Energy sector:Benchmark: Biomass Plantations

Project available at: http://www.eq-cap.com/wp-content/uploads/Investment-Opportunities-in-Biomass-Energy-Clark-Binkley-Ph.D-GreenWood-Resources.pdf

Project in Poland

• Phase I development –10,000 hectares on low-quality agricultural lands to supply

• Long-term take-or-pay contract with International Paper-Kwidzyn for a 50 MW coal CHP facility converted to biomass

• Projected returns: 10-15% real (USD unlevered)

Project in Chile

• Phase I development - 7,000 hectares on marginal agricultural lands

• 3,000 to 5,000 trees per hectare

• Projected returns: 9%-15% real (USD unlevered)

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Drip Irrigation System Manufacturing and Distribution

558,000

2,087,800

3,696,600

Land with irrigation

Primary market (farmed land without irrigation)

Secondary market (idle land)

Cuba Calculation provided for the chart: (hectares)Agricultural Land6,342,400

Agricultural land being farmed2,645,800

Land with Irrigation558,000

% of farmed land with irrigation21.09%Primary Market (farmed land w/o irrigation)2,087,800

Secondary market ( idle land)3,696,600

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4% 5% 6%

2%

10%

27%

7%4%

12%

2005 2006 2007 2008 2009 2010 2011 2012 2013

Biomass Industry Growth Rate

Biomass Electricity Generation