The European demand for wood chips and wood pellets is strongly increasing in the course of a new energy policy. This new policy limits the use of non-renewable energy sources to a maximum of 80 % in favor of a 20 % renewable energy mix by 2020. Besides the main renewable energy sources, wind and hydro, woody biomass shall contribute the largest part of the generation of heat and power. As North West European wood resources are not sufficient for this sudden demand, the region relies on imports from abroad. The large renewable wood resources of the North American continent could be used increasingly to supply woody biomass to North West European countries like Germany.
This thesis analyzes the profitability of US American exports of woody biomass to Germany. To see under which conditions the transport has its maximum rate of return, four trans-porting categories are investigated. Firstly, it will be analyzed whether the woody biomass should be compressed to pellets, secondly which type and cargo handling features the vessel should have, thirdly which charter conditions, harbors, trade terms, and routes should be taken and fourthly, which market conditions under current market prices for energy wood, variation of exchange rates and fuel oil prices are favorable, to improve the efficiency of the transport. Be-yond that, also the Canadian exports have been analyzed in order to benchmark the market leader against the USA.
Table of Contents
1. INTRODUCTION
1.1 Justification
1.1.1 Demand in Europe
1.1.2 Demand in Germany
1.2 Research question
1.3 Hypothesis
1.4 Model
1.5 Structural Preview
2. LITERATURE REVIEW
2.1 Supply of Timber based Biomass
2.1.1 Resources
2.1.2 Wood Chips
2.1.3 Pelletized Wood
2.1.4 Torrefied Woody Biomass
2.2 Transatlantic Shipment of Fiber based Fuel
2.2.1 Charter Party (C/P)
2.2.2 Port of Loading
2.2.3 Harbor Disbursements
2.2.4 Carrier
2.2.5 Bunker
2.2.6 Port of Discharge
2.2.7 Customs
2.3 European Hinterland Transport
2.3.1 Hinterland Connection
2.3.2 Barge Details
2.3.3 Transport Costs
3. METHODOLOGY
3.1 Transatlantic Transport
3.2 Hinterland Transport
3.3 Combined Transport
4. RESULTS
4.1 Transatlantic Transport
4.2 Combined Transport
4.3 Profit Margin
4.4 Net Present Value
5. DISCUSSION
5.1 Trade Implications
5.2 Market Implications
5.3 Outlook
6. CONCLUSION
6.1 Main Thesis Question
6.2 Additional Thesis Question
6.3 Additional Conclusions
Research Objectives and Focus
This thesis investigates the financial profitability of exporting woody biomass from the USA to Germany to address the increasing European demand for renewable energy. The study specifically analyzes the economic viability of transporting wood chips and industrial wood pellets under various logistical scenarios, including different charter agreements, vessel types, and port infrastructures, to identify the conditions that maximize the rate of return.
- Profitability analysis of transatlantic shipments of wood chips and pellets.
- Evaluation of different chartering strategies (Voyage Charter vs. Time Charter).
- Benchmarking US-American supply chains against Canadian export routes.
- Impact of logistical variables like port selection, bunker costs, and hinterland connectivity on net profit.
Excerpt from the book
Wood Chips
Wood chips can be produced by chipping any kind of wood. The production of wood chips is fully mechanized by a mobile chipper or at a chipping plant. Wood chips are pieces of wood roughly chipped to a non-uniform sizes between 3.5 and 100 mm. They may be a blend of soft and hard wood. Properties of wood chips are specified in the standard CEN/TS 14961 “Solid biofuel - fuel specifications and classes”, and can be classified according to moisture content, bulk density, net calorific value, energy density and particle size classification. The CEN Standard –CEN/TS 15103 describes methods for the determination of the bulk density, according to its specific moisture content. The measurement “as received” (ar), includes the moisture content. On the other side, wood chips which are traded at the scale “dry matter” or “weighted dry” (wd) excludes the moisture content and expresses the pure woody material at a theoretical moisture content of zero percent. In that way, a comparison between different sorts of wood chips is possible. The requirements for the particle size distribution of wood chips for a certain consignment are given in table 1.
Summary of Chapters
INTRODUCTION: This chapter outlines the European energy policy and the rising demand for biomass, establishing the justification for a financial analysis of importing woody fuel from the USA.
LITERATURE REVIEW: This section provides background on timber resources, the specifications of wood chips and pellets, and the logistical intricacies of transatlantic shipping and German hinterland transport.
METHODOLOGY: The chapter explains the mathematical models and scenarios used to calculate transportation costs, profit margins, rates of return, and Net Present Value (NPV) for various trade routes.
RESULTS: This section presents the findings of the financial calculations, detailing the costs and profit margins for different vessels, cargo types, and port combinations.
DISCUSSION: This chapter evaluates external factors affecting transport profitability, such as market trends, exchange rates, and the public perception of the biomass industry.
CONCLUSION: The final chapter relates the study's findings back to the hypothesis and provides a synthesis of insights regarding the profitability of woody biomass exports.
Keywords
Wood chips, Industrial pellets, Transatlantic shipping, Financial analysis, Biomass trade, Renewable energy, Charter party, Logistics, Port of Savannah, North Carolina, Rotterdam, Hamburg, Net Present Value, Hinterland transport, Fuel oil prices.
Frequently Asked Questions
What is the primary focus of this thesis?
The thesis focuses on analyzing the financial profitability of exporting woody biomass, specifically wood chips and industrial pellets, from the United States to Germany under various shipping and logistics scenarios.
What are the key thematic areas covered?
The study covers wood fuel production, transatlantic maritime shipping, charter party agreements, port infrastructure in the US and Europe, and the economics of hinterland transport via barges.
What is the main research question of this study?
The research question asks under which specific conditions (sourcing, shipping routes, vessel types, and charter agreements) the profit from trading woody biomass from the USA to Germany can be maximized.
Which scientific methods are applied in this work?
The work applies a financial analysis model, calculating freight expenses, profit margins (Revenue minus Costs), rates of return, and Net Present Value (NPV) based on current market prices and shipping data.
What content is discussed in the main body of the work?
The main body examines the sourcing of woody biomass, logistical characteristics of US ports (like Savannah), different vessel classes (Handymax, Panamax), and the economic impact of inland transport infrastructure in Germany.
Which keywords characterize this paper?
Key terms include woody biomass, wood chips, industrial pellets, transatlantic trade, logistics, handymax bulkers, and financial performance metrics like NPV and rate of return.
Why is the transport of wood chips generally less profitable than pellets?
Wood chips have a much lower bulk density compared to pellets, resulting in higher stowage factors and increased costs per unit of energy transported across long distances.
What role does the port of Hamburg play in the analysis?
The port of Hamburg is identified as a strategic entry point due to its superior waterway connections to the German hinterland, particularly for serving cogeneration units in Berlin and eastern industrial regions.
- Quote paper
- Clemens von Wühlisch (Author), 2011, Financial analysis of the transport of wood chips as an option among other solid fiberbased combustibles from the USA to Germany, Munich, GRIN Verlag, https://www.hausarbeiten.de/document/264185
