Navios Maritime Unit - Recent Material Event
Item 2.01 |
Completion of Acquisition or Disposition of Assets. |
On August 25, 2005, pursuant to a Stock Purchase Agreement dated February 28, 2005, as amended, by and among International Shipping Enterprises, Inc. (ISE), Navios Maritime Holdings Inc., a Marshall Islands corporation (Navios) and all the shareholders of Navios, ISE acquired substantially all of the assets of Navios through the purchase of all of the outstanding shares of stock of Navios. Navios is one of the leading global brands in seaborne shipping, specializing in the worldwide carriage, trading, storing and the related logistics of international bulk cargoes. Navioss fleet carries a wide range of cargoes including iron ore, coal, grain, minor bulks (such as cement and fertilizer) and steel products. From time to time over the past two years, Navios has deployed over 50 vessels at any one time.
As a result of such acquisition, Navios became a wholly-owned subsidiary of ISE. In addition, on August 25, 2005, simultaneously with the acquisition of Navios, ISE effected a reincorporation from the State of Delaware to the Republic of Marshall Islands through a downstream merger with and into its newly acquired wholly-owned subsidiary, Navios. As a result of the reincorporation, ISE changed its name to Navios Maritime Holdings Inc. to reflect its operations and to assist it in the transition from a shell company to an operating business.
Both the acquisition of Navios and reincorporation of ISE as a Marshall Islands company were submitted for stockholder approval pursuant to a proxy and registration statement on Form S-4, as amended, initially filed on April 19, 2005, and declared effective on July 22, 2005. Stockholder approval of the acquisition and reincorporation was received at a special meeting of stockholders held on August 23, 2005. In connection with the reincorporation, commencing on August 26, 2005, the trading symbols for the securities of ISE were changed to NMHIF for the common stock, NMHWF for the warrants and NMHUF for the units.
The purchase price consisted of approximately $594,370,000 cash. Approximately $182,374,558 of the funds for the acquisition were obtained from funds previously held in escrow from ISEs initial public offering which were held pending ISE finding a suitable acquisition of an operating business in the shipping industry, approximately $405,997,942 of the funds were obtained from a senior secured credit facility entered into on July 12, 2005 with HSH Nordbank AG. $2,000,000 of the funds were obtained from amounts held on deposit from the initial signing of the stock purchase agreement. $4,000,000 of the purchase price is being held in escrow subject to a purchase price adjustment.
Pursuant to the terms of the senior secured credit facility with HSH Nordbank AG, ISE was able to borrow up to approximately $520.0 million to be used for the acquisition of Navios and for general corporate and working capital purposes after the acquisition. The interest rate under the facility, depending on the tranche being borrowed, will be LIBOR or the applicable interest rate swap rate, plus the costs of complying with any applicable regulatory requirements and a margin ranging from 1.5% to 2.75% per annum. Amounts drawn under the facility will be secured by the assets of Navios. Of the $520.0 million, (i) $140.0 million matures eight (8) years from the closing of the acquisition of Navios and is to be repaid in quarterly amounts over such term, and (ii) $380.0 million matures six (6) years from the closing of the acquisition of Navios and is to be repaid in quarterly amounts during such term. Outstanding amounts under the facility may be prepaid without penalty in multiples of $1.0 million upon 10 days written notice. The facility requires mandatory prepayment of amounts outstanding under the facility in the event of a sale or loss of assets, including the sale of a vessel in the ordinary course of business. The credit facility contains a number of covenants, including covenants limiting the power to, subject to specified
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exceptions, the payment of dividends and redemptions, mergers and acquisitions, the incurrence of indebtedness and liens, and transactions with affiliates. The credit facility also requires compliance with a number of financial covenants including tangible net worth, debt coverage ratios, specified tangible net worth to the total debt percentages and minimum liquidity. It is an event of default under the credit facility if such covenants are not complied with or if Angeliki Frangou, the registrants Chairman and Chief Executive Officer beneficially owns less than 20% of the issued stock or does not remain actively involved in the operating business.
At the time of the acquisition there were no material relationships between ISE or any of its affiliates, any director or officer of ISE, or any associate of such director or officer, on the one hand, and Navios or the shareholders of Navios, on the other hand.
The terms and conditions of (i) the acquisition are contained in the Stock Purchase Agreement, as amended, which was previously filed as Exhibit 10.14 to ISEs Amendment No. 1 to Annual Report on Form 10-K/A dated April 18, 2005 and filed with the Securities and Exchange Commission (SEC) on April 18, 2005 and Amendments No. 1 and No. 2 to such agreement previously filed on the Current Reports on each of a Form 8-K dated May 27, 2005 and filed on June 3, 2005, and a Form 8-K dated July 12, 2005 and filed on July 15, 2005 and (ii) the credit facility are contained in the senior secured credit facility which was previously filed as Exhibit 10.1 to ISEs Current Report on Form 8-K dated July 12, 2005 and filed with the SEC on July 15, 2005. The foregoing description of the terms and conditions of the Stock Purchase Agreement, as amended, and the credit facility are qualified in its entirety by, and made subject to, the more complete information set forth in such current reports on Form 8-K.
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INFORMATION ABOUT NAVIOS
Introduction
Navios is one of the leaders in seaborne shipping, specializing in the worldwide carriage, trading, storing, and other related logistics of international dry bulk cargo transportation. For over 50 years, Navios has worked with raw materials producers, agricultural traders and exporters, industrial end-users, shipowners, and charterers and, more recently, acquired an in-house technical ship management expertise. Navioss core fleet, the average age of which is approximately 3.5 years, consists of a total of 27 vessels, aggregating approximately 1.8 million deadweight tons or dwt. Navios owns six modern Ultra-Handymax (50,000-55,000 dwt) vessels and operates 21 Panamax (70,000-83,000 dwt) and Ultra-Handymax vessels under long-term time charters, 13 of which are currently in operation, with the remaining seven scheduled for delivery at various times over the next two years. Navios has options, many of which are in the money, to acquire 13 of the 21 time chartered vessels. The owned vessels have a substantial net asset value, and the vessels controlled under the in-charters are at rates well below the current market. Operationally, Navios has, at various times over the last two years, deployed over 50 vessels at any one time, including its core fleet.
Navios also owns and operates the largest bulk transfer and storage facility in Uruguay. While a relatively small portion of Navioss overall enterprise, management believes that this terminal is a stable business with strong growth and integration prospects.
The International Dry Bulk Shipping Industry
The data contained in this section relating to the international dry bulk shipping industry has been provided by Drewry Shipping Consultants and is taken from Drewry databases and other sources available in the public domain. Drewry has advised us that it accurately describes the international dry bulk shipping industry and that some information in their database may be based on or include subjective judgments or estimates. Equally, no independent verification has been carried out of data drawn from other sources. Drewrys methodologies for collecting information and data, and therefore the information discussed in this section, may differ from those of other sources, and does not reflect all or even necessarily a comprehensive set of the actual transactions occurring in the dry bulk shipping industry.
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Industry Overview
The marine industry provides a vital link in international trade, with oceangoing vessels representing the most efficient, and often the only method, of transporting large volumes of basic commodities and finished products over long distances. In 2004, approximately 2.4 billion tons of dry bulk cargo was transported by sea, comprising more than one-third of all international seaborne trade. The breakdown of all seaborne trade by main commodity type is shown below.
World Seaborne Trade as of December 31, 2004 (Provisional)
| Tons (Million) |
% Total |
||||
| All Cargo |
|||||
| Dry Bulk |
2,456 | 38.6 | % | ||
| Liquid (Oils/Gases/Chemicals |
2,520 | 39.6 | % | ||
| Container Cargo |
896 | 14.1 | % | ||
| Non-Container General Cargo |
493 | 7.8 | % | ||
| Total |
6,635 | 100 | % | ||
| Trade in Dry Bulk Commodities Only |
|||||
| Coal |
625 | 9.8 | % | ||
| Iron Ore |
645 | 10.1 | % | ||
| Grain |
228 | 3.6 | % | ||
| Minor Bulks |
958 | 15.1 | % | ||
| Total |
2,456 | 38.6 | % | ||
Source: Drewry
Dry bulk cargo is categorized as major and minor bulk cargoes. The following is an overview, categorized by cargo type, of the primary trade routes and principal vessel sizes used for shipments of the major (coal, iron, ore and grain) and minor bulk cargoes:
| | Coal. There are two principal types of coal: steam (or thermal) coal and coking (or metallurgical) coal. The main exporters of coal are Australia, South Africa, Indonesia, United States, Colombia, Canada, and China. The main importers of coal are Europe, Japan, South Korea, Taiwan, China, India, and the Middle East. The coking coal market is closely linked to demand from integrated steel makers who use coking coal in blast furnaces to make pig iron which, in turn, is converted into steel. Steam coal is mainly used in the production of electricity, and the transportation of steam coal is an important driver of the Capesize and Panamax markets. Increases in steam coal demand have been significant, as both developed and developing nations require increasing amounts of electric power. |
| | Iron Ore. Until the start of the 1990s, when it was overtaken by the combined steam and coking coal sectors, iron ore was the largest dry bulk trade. It remains, however, the primary employer of the largest ships in the dry bulk fleet. Used principally as the primary raw material in steel making, iron ore imports are dominated by Europe, Japan, China, South Korea, and the United States. The primary exporters of iron ore are Brazil, Australia and India. Other significant exporters include Canada, Sweden, South Africa, Venezuela, Mauritania, Peru and Chile. |
| | Grain. The principal exporters of grain are Canada, United States, Europe, Australia, and South America. The principal importers are Japan, South Korea, China, South East Asia, the Middle East, North Africa, and Europe. Grain production is subject to both growing conditions and natural disasters which affect crop yields and demand patterns. |
| | Minor Bulk Cargoes. Minor bulk cargoes include steel products, forest products, agricultural products, bauxite and alumina, phosphates, petcoke, cement, sugar, salt, minerals, scrap metal, and pig iron. Minor dry bulk cargoes are not a major component of Capesize or Panamax carrier demand, although Panamax vessels also transport cargoes such as bauxite, phosphate rock, sulphur, some fertilizers, various other ores and minerals and a few agribulks. |
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Demand for Dry Bulk Vessels
The dry bulk trade is influenced by the underlying demand for the dry bulk commodities which, in turn, is influenced by the level of worldwide economic activity. Generally, growth in gross domestic product, or GDP, and industrial production correlate with peaks in demand for seaborne transportation. The following chart (which is as of December 31, 2004) demonstrates a steady increase in world dry cargo trade over the last two decades, with an average increase of 4% over the last five years:
Source: Drewry
Moreover, the dry bulk shipping market over the last two years has displayed strong industry fundamentals, driven primarily by:
| | Economic growth and urbanization in China, Brazil, India and the Far East, with attendant increases in steel production, power generation, and grain consumption, leading to greater demand for dry bulk shipping; |
| | Inefficient transportation bottlenecks due to long term under-investment in global transportation infrastructure and high demand for dry bulk commodities; and |
| | Limited capacity of shipyards due to the orderbook for tankers and container ships, restricting future deliveries of dry bulk newbuildings. |
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Historically, certain economies have acted from time to time as the locomotive of the dry bulk carrier market. In the 1990s, the Far East Asian emerging economies acted as the locomotive with demand for seaborne trade correlating with Japanese industrial production. Currently, China is the main driving force behind the increase in seaborne dry bulk trades and the demand for dry bulk carriers. Chinese imports of coal, iron ore, and, more recently, steel products (China used to be an exporter but, due to its own high demand, now needs to import steel products) have also increased sharply in the last five years, thereby creating additional demand for dry bulk carriers. Management expects India, with its large population, economic growth and urbanization to sustain this trend of greater demand for dry bulk shipping. Globally, total seaborne trade in all dry bulk commodities increased from 1.97 billion tons to 2.45 billion tons, representing an increase of 24.8%, as shown by the following chart:
Seaborne Dry Bulk Trade (Million Tons)
| Year |
Iron Ore |
Steam Coal |
Coking Coal |
Grains |
Major Bulks |
Minor Bulks |
Total |
% Change | ||||||||
| 1999 |
431 | 309 | 173 | 220 | 1,133 | 835 | 1,968 | 1.1 | ||||||||
| 2000 |
484 | 344 | 179 | 230 | 1,237 | 863 | 2,100 | 6.8 | ||||||||
| 2001 |
477 | 383 | 181 | 235 | 1,276 | 862 | 2,138 | 1.7 | ||||||||
| 2002 |
514 | 387 | 181 | 220 | 1,302 | 885 | 2,187 | 2.3 | ||||||||
| 2003 |
573 | 414 | 183 | 215 | 1,385 | 917 | 2,302 | 5.3 | ||||||||
| 2004 |
645 | 432 | 193 | 228 | 1,498 | 958 | 2,456 | 6.7 |
Source: Drewry
Another industry measure of vessel demand is ton-miles, which is calculated by multiplying the volume of cargo moved on each route by the distance of such voyage. Between 1999 and 2004, ton-mile demand in the dry bulk sector increased by 25%, to 11,511 billion ton-miles.
Ton-Mile Demand
| Year |
Billion Ton Miles |
% Change | ||
| 1999 |
9.204 | 0.8 | ||
| 2000 |
9.824 | 6.7 | ||
| 2001 |
9.958 | 1.4 | ||
| 2002 |
10.226 | 2.7 | ||
| 2003 |
10.804 | 5.7 | ||
| 2004 (provisional) |
11,511 | 6.5 |
Source: Drewry
Supply of Dry Bulk Vessels
The global dry bulk carrier fleet is divided into four categories, based on a vessels carrying capacity. These categories consist of:
| | Capesize. These vessels, which today are typically over 100,000 dwt, are the largest size of dry bulk carriers. Capesize vessels typically carry relatively low value cargoes for which large cargo lot sizes are of primary importance. Consequently, Capesize vessels are mainly used to transport iron ore or coal and, to a lesser extent, grains, primarily on long-haul routes. These vessels are not capable of traversing the Panama Canal due to their size and, therefore, lack the flexibility of smaller vessels. |
| | Panamax. These vessels range in size from 60,000 to 80,000 dwt and are designed with the maximum width that will allow them to travel fully-loaded through the Panama Canal. They are also often engaged in many major international trade routes that do not involve transit through the Panama Canal. Panamax |
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| bulk carriers are mainly used to transport major bulk cargoes, such as coal and grain and, to a lesser degree, iron ore, as well as a number of minor bulk cargoes, such as bauxite, petroleum coke, some fertilizers and fertilizer raw materials, and various minerals. |
| | Handymax and Ultra-Handymax. Vessels in this category range in size from 30,000 to 55,000 dwt and are often equipped with cargo loading and unloading gear, such as cranes, which makes them well suited to call at ports that either are not equipped with gear for loading or discharging of cargo or have draft restrictions. These vessels can trade on worldwide routes carrying mainly grains and minor bulk cargoes. |
| | Handysize. Vessels in this sector are the smallest (under 30,000 dwt) and carry exclusively minor bulk cargoes. Historically, the handysize dry bulk carrier sector was viewed as the most versatile. These vessels also carry finished products and minor bulk cargoes, although, increasingly, vessels in this sector are now more limited to trading regionally and in coastal waters. |
The supply of dry bulk shipping capacity, measured by the amount of suitable vessel tonnage available to carry cargo, is determined by the size of the existing worldwide dry bulk fleet, the number of new vessels on order, the scrapping of older vessels, and the number of vessels out of active service (i.e., laid up or otherwise not available for hire). In addition to prevailing and anticipated freight rates, factors that affect the rate of newbuilding, scrapping, and laying-up include newbuilding prices, second-hand vessel values in relation to scrap prices, costs of bunkers and other voyage expenses, costs associated with classification society surveys, normal maintenance and insurance coverage, the efficiency and age profile of the existing fleets in the market, and government and industry regulation of maritime transportation practices.
The supply of dry bulk vessels is not only a result of the number of ships in service, but also the operating efficiency of the fleet. For example, during times of very heavy commodity demand, bottlenecks develop in the form of port congestion, which absorbs fleet capacity through delays in loading and discharging of cargo. A particularly extreme example of this occurred during the steam coal demand boom in 1980, when enormous queues developed at the main coal loading ports in the United States and Australia. A similar situation developed in the second half of 2003, when port delays in Australia and China were estimated to have reduced fleet supply by at least 10%.
As of December 31, 2004, the worlds dry bulk fleet totaled 5,923 vessels, aggregating approximately 323.8 million dwt. The average age of the fleet is approximately 15 years. 31% of the world dry bulk fleet is over 20 years old, while the orderbook for newbuildings represents only 20% of the existing world dry bulk fleet, as shown in the following chart:
The Dry Bulk Carrier FleetDecember 31, 2004
| Fleet Profile |
Ships Older Than 20 Years of Age |
Orderbook | ||||||||||||||||
| No. of Ships |
Dwt Million |
% of Fleet |
No. of Ships |
% of Class |
Scrap Age(1) |
No. of Ships |
Dwt Million |
% of Class | ||||||||||
| Capesize |
674 | 101.4 | 31.3 | 70 | 11.5 |
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