W IA I PLANTA T TION O PROJ O ECT C F O F R O THE H PROD O U D C U T C ION O OF O F WO W O O D

Similar documents
ENERGY CROPS FOR BIOCOMBUSTIBLE SOLIDS AUGUST 2009 VALSECO

Challenge 3. SUPPORTING WOOD AND BIOMASS MOBILIZATION Section 3: Priority Challenges and actions for innovation in the forest sector Jerónimo

Farm Income Comparison IS FORESTRY WORTH IT FOR YOU?

S P A I N COMMON AGRICULTURAL POLICY

Liquid Biofuels for Transport

Community Forestry in the Agricultural Frontier Evolution of a Sustainable Forestry Supply Chain. Peter Pinchot

Experience of Agricultural Engineering development in China

Agricultural reform in Uzbekistan

Main sharad activities and results. Marco Meggiolaro LT Terra&Acqua Tech/ University of Ferrara

John Deere. Committed to Those Linked to the Land. Market Fundamentals. Deere & Company September 2013

Success Rates. Successful Projects in the Agriculture and Natural Resources Sector Operations Evaluation Department

Hidden assets: Asia's smallholder wood resources. The World Needs Wood!

John Deere Committed to Those Linked to the Land Market Fundamentals

LCA questionnaire - AGROSTRAT LIFE11 ENV/GR/951

CHAPTER 4 LIST OF ITEMS FOR THE CENSUS OF AGRICULTURE

Lao PDR Country Paper Current Status of Agriculture Mechanization and Marketing

8) The fixed capital investment indicated that land, implements and building are contributing more than 94 per cent to the total assets.

Overall outlook of the raw tobacco, olive oil and cotton common market organisations (CMOs)

Energy Demand and Prices and Global Food Security Mark W. Rosegrant, Director Simla Tokgoz, Research Fellow Pascale Sabbagh, Research Analyst

New Agricultural Policy of Arunachal Pradesh of India

FRANCE GERS. Agro-forestry

CONCEPT OF SUSTAINABLE AGRICULTURE

Agricultural Population Growth Marginal as Nonagricultural Population Soars

Introduction Myanmar located at strategic area between world s biggest populated countries where above one-third of world s population over 7 billion

AGRIBUSINESS OPPORTUNITIES

Information on LULUCF actions by Sweden. First progress report

Market Outlook: December 2010

John Deere. Committed to Those Linked to the Land. Market Fundamentals. Deere & Company June/July 2014

Netherlands Programmes Sustainable Biomass: Combining bioenergy production and food. Ella Lammers December 2013

Mr. Afrim Sharku Agro Consulting Group Naum Veqilharxhi, Fushë Kosovë, Kosovo-UNMIK

Pulp and Plantation Development in South China: A Preliminary Assessment of Livelihood Implications

EUROPEAN POLICIES TO PROMOTE ENERGY CROPS

The European Environment Agency

plantation forestry in the Great Southern region (WA)

In order to achieve this main aim, the following specific objectives are proposed:

Case Study: High-Value Horticulture

2. Give examples to show the difference between a human resource, a capital resource and a natural resource.

Plantations for Australia: The 2020 Vision. Presentation to the. Workshop on Forestry. Strategic Planning in the. Asia-Pacific Region

Valuation of Teak Plantations in Central America

Development Strategies in Cambodia

LAND, WATER AND ENVIRONMENT FARM AFRICA S APPROACH

Can the production of non food crops be economically viable?

COTTON AUSTRALIAN COTTON INDUSTRY STATISTICS

Promoting Agricultural Value Chains in the OIC Member

MEASURING SUSTAINABILITY PRACTICAL TECHNIQUES FOR ORGANIC ENTERPRISES

Chapter 5 Renewable Energy. Helping to Sustainably Power the Town of Veteran into the Future

Smallholder or family farming in transforming economies of Asia & Latin America: Challenges and opportunities

Agrarian Census 2009

State of Bio-energy in Albania

Community Based Climate Change Adaptation: a Case of Community Forestry Programme of Nepal.

SUSTAINABLE AGRICULTURE AND RURAL DEVELOPMENT IN VIETNAM

Rosemarie S. Gumera Manager III, Planning & Policy Department and Focal Person on Biofuels Sugar Regulatory Administration Department of Agriculture

The Frame of Agricultural Policy and Recent Agricultural Policy in Korea June

Contribution of the EU agricultural policy to climate change mitigation

SECTOR ASSESSMENT (SUMMARY): AGRICULTURE, NATURAL RESOURCES, AND RURAL DEVELOPMENT 1

COTTON AUSTRALIAN COTTON INDUSTRY STATISTICS

LESSONS FROM THE RADIATA PINE EXPERIENCE

G R E E N H O U S E G A S M I T I G A T I O N A G R I C U L T U R E A N D F O R E S T R Y S E C T O R S

EU Agri-Environmental indicators and the Rural Development CMEF indicators (Common Monitoring and Evaluation Framework): a coherent system of analysis

Ardian Maci. Transformation, Modernization and European. Perspective of Faculty of Agriculture & Environment

Renewable energy from biomass in Estonia: current status and outlook. Andres Koppel, Katrin Heinsoo, Estonian Agricultural University

Global Perspectives on Agricultural Injury Prevention: Case Study China

Innovating for a Sustainable Green Economy

REEEP looks at complexity of producing biofuels in South Africa

Agriculture, Food and GHGs

Sustainable Rural Livelihood Enhancement and Poverty Reduction Through the Establishment of Perennial Fruit Tree Crops - Ghana

Economic aspects of willow growing in Sweden

Working Group 1. Biomass availability and supply

Assessment of quality of investment: overview of questionnaires for agriculture and tree-plantation projects

COTTON AUSTRALIAN COTTON INDUSTRY STATISTICS COTTON AUSTRALIA ANNUAL

Reforestation and Improved Forest Management in Uganda

Crop Production Intensification as a user of environmental statistics

Forestry and Wood Cluster: 1.1 Million Employees, 180 Billion Euros in Sales

Nachhaltige Produktion von Nachwachsenden Rohstoffen in Entwicklungsländern durch Kleinbauern in outgrower-schemes

Introducing the Whole of Farm Carbon Audit A modern Pathway to Generate Carbon Credits from Australian Land Use Change.

Forestry and Climate Change Fund

AFRICAN AGRICULTURE and RURAL DEVELOPMENT. ECON 3510, Carleton University May Arch Ritter Source: Text, Chapter 15 and Class Notes

Fayette County Appraisal District

Fayette County Appraisal District

Sustainable Bioenergy Feedstock

AGRARIAN TRANSITION AND FARMING SYSTEM DYNAMICS IN THE

Impact of WTO Accession on China's Agriculture, Rural Development and on Farmers

FORESTRY OF THE REPUBLIC OF UZBEKISTAN. Gulusa Vildanova Main Forestry Department of the Republic of Uzbekistan

Strategic Program API

Agriculture: Engine of Rural Economic Growth in Myanmar. Duncan Boughton, Aung Hein and Ben Belton Yangon, December 8, 2015

IMPORTANCE OF BIOENERGY FOR THE AUSTRIAN FORESTRY. bmlfuw.gv.at

Financial analysis of fuelwood production from woodlots in the savannah transition zone of Ghana

Preliminary survey results

Problems Faced by the Agricultural Sector and Agribusiness Development Strategy in Georgia

Views of farmers and grass root level government officers on the present fertilizer subsidy programme in Sri Lanka

Forestry Grant Scheme Financial Support: Woodland Creation. Ian Cowe Forestry Commission Scotland - Grampian Conservancy 26 th October 2017

ECONOMIC OPTIONS FOR AGRICULTURAL PRODUCTION IN SALINE AREAS OF PAKISTAN

Ensuring the food Security of a Populous Nation

Green Gold Label Program

Potential of Short Rotation Forest and Short Rotation Coppice as additional resource for biomass production in Latvia

THE HIDDEN TRUTH Spain Castilla y León Environmental impact of new Rural Development Programmes

An agricultural policy perspective. Future of biofuels. EBB General Assembly

John Deere. Committed to Those Linked to the Land. Market Fundamentals. Deere & Company August/September 2014

10 Facts about Forest Protection

Equipments for Sustainable Irrigation

Transcription:

PAULOWNIA PLANTATION PROJECT FOR THE PRODUCTION OF WOOD AUGUST 2009 VALSECO

CONTENTS 1. THE CONCEPT 2. VALSECO AND THE PAULOWNIA PROJECTS 3. VALSECO-COTEVISA 4. THE PAULOWNIA TREE AND ITS VIRTUES 5. THE VALUE CHAIN VALSECO-COTEVISA THE FARMER 6. COST COMPARISON 7. BUSINESS MODEL 8. FORMULAS FOR EXPLOITACION LEASING ONGOING EXPLOITATION CONTRACTING OF SERVICES AUGUST 2009 2

1. THE CONCEPT Development of Paulownia crops for use as wood Production of wood from Paulownia crops Driving the development of the Spanish market for cultivated wood Creation of an enduring industry in the Autonomous Community Viable alternative to traditional crops Production of a renewable fuel source (CO2 neutral) AUGUST 2009 3

2. VALSECO AND ITS WOOD PROJECTS Valseco is engaged in agro-industrial projects based on the cultivation of olives, nuts, pistachios and Paulownia. Valseco is driving the search for investor partners seeking those who meet the following criteria: Interested in improving their rural farming enterprise Interested in investing in agribusiness Seek a management company and alliances to carry forward the implementation, maintenance and operation of the Project Share the idea of innovation in this sector, based on investor effort and natural resources to produce the goods, products and services demanded by today s society with a higher yield of value added for their professional effort and investment Seek profitability based on the real productivity of projects that work without major fluctuations, or financial bubbles that give rise to unexpected consequences due to changes in the world economy. AUGUST 2009 4

VALSECO 3. VALSECO-COTEVISACOTEVISA Function: Extensive experience in Project implementation. Supplies, consulting and maintenance of plantations, own technology Operations: First plantings carried out in Toledo in 1995 Market: Spain. Exportation in the future Surface area: Own facilities: Office 400 m2. Warehouses 2.000 m2, laboratory, experimental farms Collaborations: Spanish Universities for R&D&I Madrid Schools of Agricultural Engineers and Albacete School of Agronomy Engineering AUGUST 2009 5

3. VALSECO-COTEVISACOTEVISA COTEVISA: - Function: Production of Paulownia Plantations - Market: Spain. Exportation in the future - Surface area: 66,000 m2 of nurseries and hothouses 2,000 m2 of laboratories and offices - Collaborations: Spanish Universities for R&D&I Agricultural and Forestry Schools AUGUST 2009 6

4. PAULOWNIA AND ITS VIRTUES Originally from China (more than 2 million hectares planted) Improved in the U.S. We have the exclusive for Spain Rapidly growing tree It is already growing in Cáceres: 6 meters in 1 year. Better than in Georgia, U.S.A. The tree is completely harmless to the environment GEORGIA, EE.UU 3 YEARS Grows back when cut at 3 years. Pruned at least 8 times. Produces 1 m3 of wood starting in the ninth year Only needs watering during the first 2 years Allows for alternating crops such as cereals (co-production of biofuels is being evaluated), pasture for cattle, etc. PAJARES RÍO, EXTREMADURA 1 YEAR AUGUST 2009 7

4. PAWLOUNIA AND ITS VIRTUES Paulownia 1 week after planting Paulownia 1 months after planting Paulownia 1 year after planting AUGUST 2009 8

5. THE VALUE CHAIN PRODUCTION FACILITY FOR IN VITRO CULTIVATION PLANTATIONS FOR WOOD INVESTMENT GROWERS CONTRACTING OF SERVICES AND LONG TERM PURCHASE CONTRACT FOR WOOD TREE CUTTING SERVICE FOR TIMBER COMPANY (8-10 YEARS) AUGUST 2009 9

5. THE VALUE CHAIN VALSECO-COTEVISACOTEVISA Model facility for technology of in Vitro propagation Agreements with Spanish Universities for R&D&I Differentiated experience in the implementation of plantation projects Team for facility, maintenance and technical supervision for Project management AUGUST 2009 10

5. THE VALUE CHAIN-FARMERS The current agricultural model in Europe is coming to an end (subsidies, PAC reform, sustainability, etc.) Farmers must seek alternatives for cultivation Crops for the production of wood are an enduring solution supported by a market that is subject to steadily growing demand, while wood from forests is a resource that is steadily declining Long term purchase contracts Alternative markets for wood Consolidation of agricultural employment PAC subsidies, installation of watering system. AUGUST 2009 11

7. BUSSINES MODEL Investment plan Projection of earnings Results AUGUST 2009 12

ECONOMIC MODEL FROM PRODUCTION OF MADERA. ALLEGED 25 HECTARES DATA FROM THE FARM COURSE: SALE OF WOOD BIOMASS FOOT PURCHASING THE FARM: STANDARD MODEL OWNER: PROPOSE TO DO CYCLES 10 YEARS FROM FELLING TO FLARE SURFACE OF THE FARM: 25,00 HECTARES STUDY DATE: AUGUST -09 HECTARES FRAMEWORK 5 X 4 DENSITY 20,00 m2 No TREE / HA 500 No. TREE TOTAL 12.500 YEAR PLANTATION YEAR 1 YEAR 2 YEAR 3 YEAR 4 YEAR 5 YEAR 6 YEAR 7 YEAR 8 YEAR 9 INCOME: Timber produced (m3/árbol) - - 0,25 0,35 0,45 0,55 0,65 0,75 0,90 1,00 Timber produced (m3) - - 125 175 225 275 325 375 450 500 Production trends in total farm A los 10 años - - 3.125 4.375 5.625 6.875 8.125 9.375 11.250 12.500 Program expected sale 12.500 Timber sale price (50 / m3 standing) 50,00 - - 50,00 50,00 50,00 50,00 50,00 50,00 50,00 50,00 Harvest Farm Total Value: uros - - - - - - - - - 625.000 INVESTMENT: Projects and studies: 105 Study and design: 60 Soil Study S.I.S. Standard soil survey 45 Installation of irrigation: 2.000 Air irrigation installation Surveys and water harvesting Pumping Equipment Filter Head Fertigation Electrical installation: Electric line and box C.B.T. Planting: 3.753 Site preparation and refining 250 Amendments and subscribers. (including applicatio 158 Insecticides and herbicides. (Including applications 70 Marking of the plantation 250 Opening of furrows 250 Plant 1.500 3,00 /árbol Protector 150 Tutor acacia wood 170 x 3 x 3 Manual planting work 1.125 2,25 /árbol Total investment per hectare 5.858 Total investment to transform plot 146.450 146.450 MAINTENANCE COSTS: Total Maintenance Costs plot 17.500 17.500 17.500 17.500 17.500 17.500 17.500 17.500 17.500 17.500 Maintenance costs have 700 700 700 700 700 700 700 700 700 700 Pesticides, fertilizers, herbicides and fert. 175 175 175 175 175 175 175 175 175 175 Maintaining irrigation facilities 60 60 60 60 60 60 60 60 60 60 Pruning and training entutorado 75 75 75 75 75 75 75 75 75 75 Tillage 120 120 120 120 120 120 120 120 120 120 Energy consumption and irrigation fee 195 195 195 195 195 195 195 195 195 195 Direction and technical assistance 75 75 75 75 75 75 75 75 75 75 Collection costs (included in sale price) BALANCE: Income-maintenance costs - - 17.500-17.500-17.500-17.500-17.500-17.500-17.500-17.500 467.500 Income-maintenance-Investment Expenditures - 146.450-17.500-17.500-17.500-17.500-17.500-17.500-17.500-17.500 321.050 Performance of the implementation ( / Ha) - 5.858-700 - 700-700 - 700-700 - 700-700 - 700 25.000 Comment: * Results depend on the data on cultivation techniques, design, price of production factors annual rate of production and mechanization of operations * We do not consider price of land, loss of income or capital gains

8. FORMULAS FOR EXPLOITATION Leasing of farm for a period of 10 years Joint exploitation, with the issue of shares based on capitalization of the project Contracting of Services, through contracting of planning, technical management, maintenance Capital investment in the business to achieve annual profitability of 22% AUGUST 2009 14