Archive for the ‘Trade’ Category

Chinese Innovation Mercantilism is Hurting American Manufacturers

Tuesday, December 11th, 2012

On Wednesday, December 5, 2012, Robert D. Atkinson, President of the Information Technology and Innovation Foundation (ITIF), testified before the House Science Committee Subcommittee on Investigations and Oversight in a hearing on “The Impact of International Technology Transfer on American Research and Development.” His testimony was based on his book, Innovation Economics: The Race for Global Advantage (Yale University Press, 2012) and the ITIF report, “Enough is Enough:  Confronting Chinese Innovation Mercantilism,” released February 2012.

Atkinson began his testimony by stating, “A nation’s investments in research and development (R&D) are vital to its ability to develop the next-generation technologies, products, and services that keep a country and its firms competitive in global markets. Until recently, corporate R&D was generally not very mobile, certainly not in comparison to manufacturing. But in a “flat world” companies can increasingly locate R&D activities anywhere skilled researchers are located…. the United States has seen its relative competitive advantage in R&D and advanced technology industries decline. While the United States still leads the world in aggregate R&D dollars invested, on a per-capita basis it is falling behind.”

He testified that the “decline in America’s innovative edge is due to a number of factors, not the least of which are failures of federal policy, such as an unwillingness to make permanent and expand the R&D tax credit, limitations on high-skill immigration, and stagnant federal funding for R&D. But the decline is also related to unfair practices by other nations that collectively ITIF has termed as ‘innovation mercantilism.’”

The ITIF report cited above states that these policies “include currency manipulation, relatively high tariffs (three times higher than U.S. tariffs), and tax incentives for exports.” In addition, “some policies help Chinese firms while discriminating against foreign establishments in China. These policies include “discriminatory government procurement; controls on foreign purchases designed to force technology transfer to China; land grants and rent subsidies to Chinese-owned firms; preferential loans from banks; tax incentives for Chinese-owned firms; cash subsidies; benefits to state-owned enterprises; generous export financing; government-sanctioned monopolies; a weak and discriminatory patent system; joint-venture requirements; forced technology transfer; intellectual property theft; cyber-espionage to steal intellectual property (IP); domestic technology standards; direct discrimination against foreign firms; limits on imports and sales by foreign firms; onerous regulatory certification requirements; and limiting exports of critical materials in order to deny foreign firms key inputs.”

The report explains that “in the last decade China has accumulated $3.2 trillion worth of foreign exchange reserves and now enjoys the world’s largest current account balance. In 2011, it ran a $276.5 billion trade surplus with the United States. This ‘accomplishment’ stems largely from the fact that China is practicing economic mercantilism on an unprecedented scale. China seeks not merely competitive advantage, but absolute advantage. In other words, China’s strategy is to win in virtually all industries, especially advanced technology products and services… China’s policies represent a departure from traditional competition and international trade norms. Autarky [a policy of national self-sufficiency], not trade, defines China’s goal. As such China’s economic strategy consists of two main objectives: 1) develop and support all industries that can expand exports, especially higher value-added ones, and reduce imports; 2) and do this in a way that ensures that Chinese-owned firms win.”

The report states that “because China is so large and because its distortive mercantilist policies are so extensive, these policies have done significant damage to the United States and other economies…The theft of intellectual property and forced technology transfer reduce revenues going to innovators, making it more difficult for them to reinvest in R&D. The manipulation of standards and other import restrictions balkanizes global markets, keeping them smaller than they otherwise would be, thereby raising global production costs…if Chinese policies continue to be based on absolute advantage and mercantilism…the results will be more of the same: the loss of U.S. industrial and high-tech output, and the jobs and GDP growth that go with it.”

Chinese mercantilist policies are unprecedented in their scope and size. Atkinson testified, “A principal arrow in China’s innovation mercantilist quiver is to force requirements on foreign companies with respect to intellectual property, technology transfer, or domestic sourcing of production as a condition of market access. While China’s accession agreement to the WTO contains rules forbidding it from tying foreign direct investment to requirements to transfer technology to the country, the rules are largely ignored.”

He added, “Rather than doing the hard work to build its domestic technology industries, or better yet focus on raising productivity in low-producing Chinese industries, China decided it would be much easier and faster simply to take the technology from foreign companies… China’s government unabashedly forces multinational companies in technology-based industries—including IT, air transportation, power generation, high-speed rail, agricultural sciences, and electric automobiles—to share their technologies with Chinese state-owned or influenced enterprises as a condition of operating in the country.”

The ITIF report explains that in 2006, “China made the strategic decision to shift to a “China Inc.” development model focused on helping Chinese firms, often at the expense of foreign firms. Chinese leaders decided that attracting commodity-based production facilities from multinational corporations (MNCs) was no longer the goal…The path to prosperity and autonomy was now to be ‘indigenous innovation’…”

The document “advocating this shift was ‘The Guidelines for the Implementation of the National Medium- and Long-term Program for Science and Technology Development (2006-2020)’…to ‘create an environment for encouraging innovation independently, promote enterprises to become the main body of making technological innovation and strive to build an innovative-type country.’”

Some 402 technologies, from intelligent automobiles to integrated circuits to high performance computers were included so that China could seek the capability to master virtually all advanced technologies, with the focus on Chinese firms gaining those capabilities through indigenous innovation.

However, China is not alone in trying to force the transfer of technology and R&D from foreign multinationals ? Indonesia, Malaysia, India, Portugal, and Venezuela have the same goal.

Why do so many nations engine in innovation mercantilism? Atkinson testified that there are two principle reasons. “First, these nations have embraced a particular and fundamentally limited model of economic growth that holds that the best way to grow an economy is through exports and shifting production to higher-value (e.g., innovation-based) production. Moreover, they don’t want to wait the 20 to 50 years it will take to naturally move up the value chain through actions like improving education, research capabilities, and infrastructure, as nations like the United States did. They want to get there now and the only way to do this is to short-circuit the process through innovation mercantilism. This explains much of China’s economic policies. The Chinese know that to achieve the level of technological sophistication and innovation that America enjoys will take them at least half a century if they rely on only their own internal actions. So they are intent on stealing and pressuring as much of American (and other advanced nations’) technology as they can to their own companies. If you can’t build it, steal it, is their modus operendi.”

Atkinson added that the second reason why these nations do this is because they don’t believe in the rule of law and the principles of free trade like Western nations and much of Europe do. These nations also “work on the ‘guilt’ of Western, developed nations. The narrative goes like this: the West has used its imperialist powers to gain its wealth, including at the expense of poor, developing nations and now it wants to “pull the ladder” up after it. This means turning a blind eye to intellectual property and giving our technology, including pharmaceutical drugs, to nations almost for free. After all, we are rich and they are poor because we are rich.”

The reality is that forced technology transfer is enabling China and other nations to gain global market share. It is doing “considerable harm to U.S. technology companies and to the U.S. economy, if for no other reason than reducing their profits and ability to reinvest in the next wave of innovation.”

Atkinson posed the question, “So what should the U.S. government do? He responded that “this is a difficult question because if there were easy solutions, they would have been done by now.” He recommended the following actions:

  • Try to do more through conventional trade dispute channels and expand funding for the U.S. Trade Representative’s Office (USTR) so it can do more.
  • Ensure that future bilateral trade and investment treaties (BIT) contain strong and enforceable provisions against forced technology and R&D transfer.
  • Congress should make it clear that it will not judge any administration by whether a BIT with China is concluded, but rather by if the United States made a strong effort to conclude a treaty that provided full protection against mercantilist practices like forced transfer of R&D.
  • Congress should pass legislation that allows firms to ask the Department of Justice for an exemption to coordinate actions regarding technology transfer and investment to other nations.
  • Congress should exclude mercantilists from the Generalized System of Preferences (GSP).

Finally, he recommended that the United States actively explore alternatives to the WTO and  pursue a two-pronged trade strategy, continuing as best it can to improve conventional trade organizations like the WTO, but also creating alternative “play-by-the-rules” clubs of like-minded countries.

He concluded his testimony stating, “Pressured or mandatory technology transfer by other nations has, is, and will continue to negatively impact American R&D and innovation capabilities. It’s time for the federal government to step up its actions to fight this corrosive mercantilist practice.”

Curbing Chinese mercantilism must become a key priority of our trade policy if we want to address this serious threat to American manufacturers and the U. S. economy.

 

How Some Manufacturers are Successful in Competing Globally

Tuesday, December 4th, 2012

While attending the FABTECH Expo in Las Vegas last month, I interviewed several companies that all or the majority of their manufacturing in the U. S. to find out what they are doing to successfully compete in the global marketplace.

The first company was Laserstar Technologies, located Riverside, RI, and I interviewed Peter Tkocz, Regional Sales Mgr., southwestern States. Laserstar makes laser welding and marking equipment using the “free-moving” concept they development, enabling users to eliminate costly fixturing devices, benefit from pin-point accuracy, increase the range of assembly and repair applications and minimize the potential hazards of heat damage. Peter told me that the company is 55 years old and started making jewelry. When jewelry making went overseas in the 1990s, he said that the company had to reinvent itself and get into new markets to survive. They set a goal to enhance the quality, performance, and innovation of their products, programs and services on a continuing basis and became a “lean” manufacturing company.

Since, then, they have developed a diverse customer base of six major markets:

  • Medical – cardiac pacemakers, defibrillators, guide wires, catheters, hearing aids, orthodontic appliances, prosthetics and surgical tools
  • Dental – crowns and bridges, partial and implant fabrication and repair.
  • Electronics – a wide variety of different materials, component parts or final assemblies
  • Aerospace
  • Micro technology – wide range complex applications for laser welding and marking
  • Tool and die repair – ideal for modifications and repairs on molds, tools and dies as the process is quick, precise and will not damage surrounding surfaces.
  • Jewelry – a fast fix to repair jewelry and eyeglasses, and their new Fiber star machine can weld down to 12 microns, which is critical for high-end gem stones

LaserStar’s Research & Development laboratory is focused on inventing new technologies that change markets and create business opportunities, utilizing input from customers. Laserstar sells through learning centers vs. distributors, and the three learning centers at their headquarters in Rhode Island, California, and Florida. Their laser education courses provide a solid foundation of fundamental laser welding and laser marking skill sets to immediately gain a revenue impact for the new or existing iWeld, LaserStar or FiberStar laser welding or laser engraving system.

I next interviewed Dan Moiré, Sr. V. P. Sales of TRYSTAR, located in Faribault, Minnesota. TRYSTAR is a leading domestic manufacturer and international distributor of portable and permanent power solutions, industrial cables and power accessories. The company began operations as Bridgewater Tech, an industrial cable wholesaler founded in 1991. It wasn’t long before they realized there was room for innovation and improvement in the safety and performance of the products they were selling. As a result, they began manufacturing their own welding and grounding cables under the TRYSTAR brand in 1993.

As the superiority of TRYSTAR cables became evident throughout the industry, they expanded operations to offer customers greater versatility and reliability in the field, and as the brand became well known, the company transitioned from Bridgewater Tech to TRYSTAR.

Dan Said that today, TRYSTAR offers a wide range of capabilities specifically designed with the end-user in mind. They provide efficient, customized solutions, made with only the highest quality raw materials, manufactured on site, and serviced by their own professionals. Their factory is as vertically integrated as possible, and they provide customers with a full range of professionally packaged industrial products and services. They even extrude their own cable and do sheet metal fabrication and welding in-house.

TRYSTAR was the first to…

  • introduce sequential foot-marking to the welding cable industry, reducing the chance of waste
  • introduce custom-printed, colored cable, reducing the chance of theft on the job site
  • market a color-coded, insulated inner safety liner, designed to alert the cable’s user to any damage or wear and minimize problems in the field
  • produce a true Arctic weather cable that remains flexible to -57°C
  • introduce an improved clear-sheathed grounding cable that is flexible from -40°C to +105°C, allowing for safer grounding of high power lines during outages
  • introduce environmentally responsible, recyclable packaging for cable products
  • provide direct-to-market, completely assembled cable products, with unique and specific job identifiers, delivered directly to the job site

Kevin Duhamel, Product Sales Mgr at Gorbel was my next interview. Gorbel has over 30 years experience providing overhead handling solutions to customers in a wide range of industries. They have a comprehensive line of Crane Technology products, including work station bridge cranes, patented track cranes, I-beam jib cranes, gantries, and work station jib cranes. They also have an exciting line of Ergonomic Lifting products, featuring our G-Force® Intelligent Lifting Device, our Easy Arm® Intelligent Lifting Arm, and our G-Jib®. Their newest line, Tether Track Fall Arrest Safety Systems, provides a turnkey fall protection solution that exceeds OSHA safety standards. –

They have been in business since 1977 and are the largest U. S. manufacturer of lifting devices and cranes. Kevin said that their G-Force unit can lift up to 1320 lbs with higher speed and precision than chain hoists. They have two manufacturing plants in the U. S. – Fishers, NY and Pell City, AL – and sell to Europe, Canada, Mexico, and South America from their U. S. plant. They have a plant in Tianjin, China to market to customers such as John Deere and Caterpillar that have plants in China. About 90% of their business comes from North America and Mexico. They are very vertically integrated and qualified to have their product stickers say “Made in USA.”

I met and spoke to several of the top executives at TigerStop, located in Vancouver, WA, including president and founder Spencer Dick. Spencer founded TigerStop in 1994 and focuses on developing new product lines and enhancing their current products to simplify production processes for their customers.

TigerStop® LLC, is the global leader in stop/gauge and pusher systems that includes precision measuring systems, saws, and material handling equipment. National Sales Mgr., Erland Russell, told me that their products can easily integrate with most machinery used in the woodworking, metal, fenestration and plastics industries. He said that one of their models can measure and precisely saw material up to 20 ft. in length. TigerStop maintains an aggressive research and development program with over 100 patents awarded or pending.

TigerStop’s manufacturing is very vertically integrated in their Vancouver plant, but they also have an additional manufacturing and distribution facility in Wierden, Netherlands. The TigerStop distribution network spans six continents and their products are supported in five languages. TigerStop provides world-class customer support through experienced service technicians, on-going dealer training, and online technical resources.

Next, I interviewed Mike Albrecht, National Sales Mgr., at the Scotchman Industries booth. Scotchman Industries, Inc. is a leading manufacturer of metal fabrication equipment, accessories, and custom tools, such as ironworkers, cold saws, band saws, tube and pipe notchers, and measuring systems for nearly half a century.

Art Kroetch founded Scotchman Industries in the early 1960s to make and sell farm-related products, such as pickup stock racks, corral panels, gates and chutes. In 1966, Scotchman Industries purchased the patent for a hydraulic ironworker, the first machine of its kind in the world, and began manufacturing ironworkers. This machine, using hydraulic pressure, created up to a 35-ton force that could punch, bend and shear metal.

In 1978, Scotchman Industries purchased Excel Manufacturing Ltd. of Winnipeg, Manitoba, Canada, and was able to provide a line of ironworkers that ranged from 30-ton to 90-ton capacities for the world market. Today, Scotchman Industries, Inc. has a complete line of thirteen different ironworkers, ranging in capacities from 45 to 150 tons, with component tool design, and a fully integrated European style; both are available in either single or dual operator models. Scotchman has successfully acquired and maintained a large portion of the ironworker market.

Scotchman Industries is proud to be an American manufacturer who has always been export-minded. The company was given the President’s “E” Certificate for Exports in 1981 by the Secretary of Commerce, for excellence in its increased exporting of products. Today Scotchman Industries continues to export their products to many countries around the world.

Scotchman is located in Philip, SD; Mike said that all of their products are manufactured in the USA. They have donated equipment to the Workshops for Warriors located here in San Diego, CA.

Finally, I interviewed Heather Gaynor, Marketing Communications Mgr., at Swagelok, located in Solon, OH. Swagelok is a privately-held company that manufactures designs, manufactures, and delivers an expanding range of the highest quality fluid system products and solutions, such as tube fittings, valves, regulators, hoses and other products that are vital to fluid system solutions in industries such as power generation, oil and gas production, chemical processing, biopharmaceutical, research, semi-conductor manufacturing and more. They manufacture everything in the U. S. and are very vertically integrated.

Swagelok products and services are delivered locally through a network of more than 200 authorized sales and service centers that support customers in 57 countries on six continents.

While the products and services of the companies I interviewed are quite different, there are common threads:

  • All of the products are sold to other businesses (referred to as B-B) instead of to consumers.
  • The products fill specific needs and requirements of other manufacturers.
  • All of the companies manufacture their products in America.
  • The companies export their products to other companies

In addition, three of the six companies are privately held so that that management isn’t under the pressure to maximize quarterly profits and can focus on long-term company goals.

What this shows is that American manufacturers with unique products that satisfy customers’ needs can compete successfully in business-to-business global markets where the predatory mercantilist countries of China, Korea and India haven’t targeted to take over the market and destroy their American competition. If American manufacturers truly had a level playing field provided by “smart” trade agreements instead of the current lopsided, dumb agreements we have in place now, they would be able to compete successfully in the global marketplace. It is time to address the predatory mercantilist practices of these countries. Designating China as a currency manipulator would be a good start!

 

ITIF Report Details 50 Policies to Improve U.S. Manufacturing Competitiveness

Tuesday, September 25th, 2012

Last week, the Information Technology and Innovation Foundation (ITIF) released a report titled, “Fifty Ways to Leave Your Competitiveness Woes Behind: A National Traded Sector Competitiveness Strategy,” by Stephen Ezell and Robert Atkinson in which they stated, “A comprehensive strategy aimed at strengthening U.S. establishments competing in global markets is needed for the United States to boost short-term recovery and long-term prosperity…”

“The United States is increasingly isolated in its belief that countries don’t compete with one another and that only firms compete” said ITIF Senior Analyst Stephen Ezell, co-author of the report. “Our traded sector establishments are up against competitors that are aided in countless ways by their governments. It’s time to level the playing field.”

The report, presents 50 federal-level policy recommendations to help restore U.S. traded sector competitiveness, along with 13 state-level recommendations. The recommendations are organized around federal policies regarding the “4Ts” of technology, tax, trade, and talent, as well as policies to increase access to capital, reform regulations, and better assess U.S. traded sector competitiveness.

A nation’s traded sector includes industries such as manufacturing, software, engineering and design services, music, movies, video games, farming, and mining, which compete in international marketplaces and whose output is sold at least in part to nonresidents of the nation. They are the core engine of U.S. economic growth and face unique challenges.

Because these industries face competition in the global market that non-traded, local-serving industries (retail trade or personal services) do not, their success is riskier. “The health of U.S. traded sector enterprises in industries such as semiconductors, software, machine tools, or automobiles—all far more exposed to global competition than local-serving firms and industries—cannot be taken for granted.”

If a company like Boeing loses market share to Airbus, thousands of domestic jobs at Boeing, its suppliers, and the companies at which their employees spend money will be lost. In contrast, a local grocery store may compete for business with other supermarkets, but it is not threatened by international competition. If Safeway loses market share to Wal-Mart, the jobs remain in the United States.

Ezell and Atkinson state, “The fact that the U.S. traded sector has not created a single net new job in 20 years is a core reason for the current U.S. economic malaise.” They cite the research of Nobel Prize-winning economist Michael Spence, who has demonstrated that “from 1990 until the Great Recession started in 2007, the U.S. achieved virtually no growth in traded sector jobs. The malaise has been a downright decline in manufacturing, as the United States lost nearly one-third of its manufacturing workforce in the previous decade, saw on net over 66,000 manufacturing establishments close, accrued a trade deficit in manufactured products of over $4 trillion, and experienced a decline in manufacturing output of 11 percent at a time when U.S. GDP increased by 11 percent (when measured properly).”

Ezell and Atkinson corroborate what I have written previously ? “every lost manufacturing job has meant the loss of an additional two to three jobs throughout the rest of the economy. The 32 percent loss of manufacturing jobs was a central cause of the country’s anemic overall job performance during the previous decade, when the U.S. economy produced, on net, no new jobs….at the rate of growth in manufacturing jobs that occurred in 2011, it would take until at least 2020 for employment to return to where the economy was in terms of manufacturing jobs at the end of 2007.”

The reasons why the authors emphasize the importance of manufacturing as a “traded sector” are:

  • It will be difficult for the U. S. to balance its foreign trade without a robust manufacturing sector because manufacturing accounts for 86 percent of U.S. goods exports and 60 percent of total U.S. exports.
  • Manufacturing remains a key source of jobs that both pay well.
  • Each manufacturing job supports as an average of 2.9 other jobs in the economy.
  • The average wages in U.S. high technology are 86 percent higher than the average of other private sector wages.
  • Manufacturing, R&D, and innovation go hand-in-hand.
  • The manufacturing sector accounts for 72 percent of all private sector R&D spending.
  • Manufacturing employs 63 percent of domestic scientists and engineers.
  • U.S. manufacturing firms demonstrate almost three times the rate of innovation as U.S. services firms.
  • Manufacturing is vital to U.S. national security and defense.

They contend that “the engines of a nation’s competitiveness are in fact not mom and pop small businesses, but rather firms in traded sectors, high-growth entrepreneurial companies, and U.S.-headquartered multinational corporations. Although such firms comprise far less than 1 percent of U.S. companies, they account for about 19 percent of private-sector jobs, 25 percent of private-sector wages, 48 percent of goods exports, and 74 percent of nonpublic R&D investment. And, since 1990, they have been responsible for 41 percent of the nation’s increase in private labor productivity.”

The report notes that “traded sector businesses improve the local economy in three ways:

  1. Traded sector businesses bring money into a region by selling to people and businesses outside the region.
  2. They help keep local money at home through import substitution, which occurs when local residents and businesses purchase locally produced products instead of importing goods and services.
  3. They improve economic equity since “their productivity and market size tends to lead them to offer higher wage levels” and “jobs at traded sector companies help anchor a region’s middle class employment base by providing stable, living wage jobs for residents.”

While the authors believe all 50 recommendations are needed, they believe the 10 most critical recommendations are:

  1. Create a network of 25 “Engineering and Manufacturing Institutes” performing applied R&D across a range of advanced technologies.
  2. Support the designation of at least 20 U.S. “manufacturing universities.”
  3. Increase funding for the Manufacturing Extension Partnership (MEP).
  4. Increase R&D tax credit generosity and make the R&D tax credit permanent.
  5. Institute an investment tax credit on purchases of new capital equipment and software.
  6. Develop a national trade strategy and increase funding for U.S. trade policymaking and enforcement agencies.
  7. Fully fund a nationwide manufacturing skills standards initiative.
  8. Expand high-skill immigration, particularly which focuses on the traded sector.
  9. Transform Fannie Mae into an industrial bank.
  10. Require the Office of Information and Regulatory Affairs (OIRA) to incorporate a “competitiveness screen” in its review of federal regulations.

Only two of their top 10 recommendations made the list of the most critical recommendations in the second edition of my book:  # 4 and # 10. However, I support all of their other top 10 recommendations, as well as many of their other 40 recommendations, especially the following:

  • Lower the effective U. S. corporate tax rate – As of April 1, 2012 (when Japan lowered its corporate tax rate), the United States took the mantle of having the highest statutory corporate tax rate at almost 39 percent (when state and federal rates are combined) of any OECD nation.
  • Combat foreign currency manipulation
  • Better support and align trade promotion programs to boost U. S. exports.
  • Better promote reshoring.

I also support their recommendation that Congress should broaden the R&D tax credit’s scope to make it clear that process R&D (R&D to develop better ways of making things) qualifies for the tax incentive and that Congress should expand the R&D credit to allow expenditures on employee training to count as qualified expenditures.

With regard to trade enforcement, they recommend that the U. S. “exclude mercantilist countries from the Generalized System of Preferences (GSP)” because “the top 20 GSP-beneficiary countries — Argentina, Brazil, Bolivia, Colombia, India, Indonesia, Pakistan, the Philippines, Russia, Thailand, Turkey, and Venezuela—are on the U.S. Trade Representative’s Special 301 Watch List (which documents countries that fail to adequately protect U.S. companies’ or individuals’ intellectual property rights).”

I believe that enacting legislation to address foreign currency manipulation by China in particular should be in their top 10 recommendations. I also recommend that we enact legislation to establish either a Natural Strategic Tariff as recommended by economist Ian Fletcher in his book Free Trade Doesn’t Work:  What Should Replace It and Why, or a Balanced Trade Restoration Act to authorize sale of Import Certificates using either the Warren Buffet plan or the Richmans plan (as explained in their book Trading Away our Future).

I completely disagree with their recommendation to “Forge new trade agreements, including a high-standard Trans-Pacific Partnership and Trans-Atlantic Partnership.” As documented by Alan Uke in his book, Buying Back America, the U. S. has a trade deficit with nearly every single one of the countries with which it has a trade agreement. In fact, the U. S. has a trade deficit with 66 countries, the most egregious being the $278 billion deficit with China. Remember the touted benefits of NAFTA with Canada and Mexico? Well, in 2010, we had a trade deficit with Canada of $28 billion and $66 billion with Mexico. Do we want to increase our current trade deficit by adding more trading partners?

Additionally, the report articulates four key themes that the authors believe should be viewed as essential components of a U.S. traded sector competitiveness strategy. They recommend that the following key themes must be embraced by U.S. policymakers if the United States is to restore its traded sector competitiveness (summarized):

  1. The federal government must place strategic focus on its traded sectors, because it simply can’t rely entirely on its non-traded sectors to sustainably power the U.S. economy.
  2. The United States needs become much more of an engineering economy because gains from engineering-based innovation are capturable and appropriable within nations.
  3. The United States must move toward an economic system more focused on production than consumption, giving short-term consumption less priority in our politics.
  4. The structure of the global trading system must be seriously restructured to ensure that it is a trading system based on market-oriented principles and not the “innovation mercantilism” that has risen in the last decade, which fundamentally hurts the U.S. competitive position while violating the spirit and often the letter of the World Trade Organization.

Beyond federal policies to support traded sector competitiveness as a nation, the report also includes a section on recommended policies that states should implement to bolster their competitiveness, and in turn, the competitiveness of the broader U.S. economy. The state policy recommendations utilize the same “4Ts” framework as the federal recommendations.

Ezell and Atkinson state, “Implementing the policies recommended in this report will make the United States a more attractive investment environment for traded sector enterprises and their establishments. The technology policies will help spur innovation in advanced manufacturing, upgrade the technology capacity of manufacturing and other traded sector firms, help restore America’s industrial commons, and support the productivity, innovation, and competitiveness of traded sector SMEs. The tax policies will stimulate a favorable climate for private sector investment by making the overall U.S. corporate tax code more competitive with that of other nations and also by leveraging tax policy to incent private sector R&D and investment.”

In conclusion, they urge that U.S. policymakers understand that “manufacturing is not some low-value-added industry to be cavalierly abandoned.” Manufacturing is vital to U.S. competitiveness. I highly recommend reading all of this comprehensive, well-researched, well-documented report to be able to evaluate all of their recommendations and benefit from the details that are the basis for each recommendation.

Changing to WTO’s “Made in the World” Labeling Would Harm Americans

Tuesday, May 22nd, 2012

How would you like to go shopping and find that everywhere you went, the label said “Made in the World” instead of “Made in China,” “Made in India,” “Made in USA” etc.?  The label on products Americans purchase that names the country in which they are made may soon be gone.    How could this be possible?

The World Trade Organization has been working on the “Made in the World” initiative for years, and in 2008, the WTO and Organization for Economic Co-operation & Development (OECD) began cooperating with other stakeholders to provide data that would shed lights on what is called “trade in tasks” i.e., the domestic value added content of trade.   While traditional statistics are necessary, they don’t identify the contribution of each trade partner to the total value of the final good in the supply chain. By contributing to specific segments of a global value chains, trade partners are actually “trading tasks” rather than trading final products.

In 2011, Andreas Maurer, chief of the WTO’s International Trade Statistics Section, “… in the past two or three years there has been huge momentum to get the necessary information” that would be used to rationalize elimination of country of origin labeling.”

The World Trade Organization and the European Union moved one step closer to eliminating “country of origin” labeling. On April 16, 2012, the European Commission and WTO held a conference to mark the launch of the World Input-Output Database (WIOD).  This new database allows trade analysts to have a better view of the global value chains created by world trade.

Globalization is changing business models and increasing fragmentation of production.  Companies divide their operations around the world, from product design, manufacturing, to assembly and marketing, creating global production chains.  More and more products are ‘made in the world’ rather than in any particular country.

Today’s traded products are not produced in a single location but are the end-result of a series of steps carried out in many countries around the world.  For example, cars and trucks produced by General Motors or Ford may have parts and assemblies coming from several other countries, including China.

Instead of counting the gross value of goods and services exchanged, the new database reveals the value-added that make up these goods and services as they are traded internationally.  The findings The Europe-based organizations instead want to adopt a “Made in the World” logo for all products on the grounds that global supply chains have rendered country of origin labeling inaccurate and obsolete. are significant as they may change the perception of the competitiveness of certain industrial sectors in some countries.

The WTO and OECD have been working with the U.S. International Trade Commission and the World Bank in the United States, the Institute of Developing Economies (IDE) and the Japan External Trade Organization in Asia, and the recently created World Input-Output Database (WIOD) consortium in Europe to implement the new trade statistics. The WTO has signed a contract with the OECD to start issuing official statistics on international trade based on value added.

The WTO’s Made in the World initiative is part of the process of “re-engineering global governance,” said WTO Deputy Director General Alejandro Jara at the event launching the opening of the World Input-Output Database.  With the rise of global supply chains “it is misleading to rely solely on gross trade flows as a measure” of a country’s competitive position.  As companies have created global supply chains, “attributing the full commercial value of imports to the last country of origin can skew bilateral trade balances, pervert the political debate on trade imbalances and may lead to wrong and counter-productive decisions,” says the WTO.

The intent of the WTO’s “Made in the World” initiative is to modernize global trade statistics, reduce public pressure on politicians for protectionist trade policies, and reduce public opposition to free trade.

Director-General Pascal Lamy has said that “improved measurement and knowledge of actual trade flows will help better understand the interdependencies of today’s national economies, supporting the design of better policies and better trade regulation worldwide.”

In an article on the Economy in Crisis website, “WTO Pushes ‘Made in the World’ on May 16, 2012, Karl Rusnak commented, “This may be a good PR move for the WTO and its agenda, but it doesn’t change the facts: trade still picks winners and losers, and the United States consistently finds itself in the “losers” column…This new initiative takes the same ill effects that have been occurring from free trade and attempts to reframe them in a more positive light…Trade deficits lead to bad results, but ultimately it is the bad results we need to look at, not the nominal number that represents the trade deficit.  If the numbers had shown that the United States was running a trade deficit but maintaining strong job growth, the WTO’s new calculation method might be something worth looking at.  Instead, we have lost millions of jobs as a result of free trade. Whether you calculate our trade deficit as $100 billion or $600 billion, those job losses can still be directly attributed to our failed free trade agreements.”

This Initiative could have dire consequences for America’s manufacturers and consumers. For manufacturers, it could eliminate one of the options allowed by the WTO ?  filing a charge for product  “dumping” against another country to have countervailing duties applied against that country.  For consumers, “Made in the World” labels wouldn’t allow you to protect your family from the tainted, harmful, and even life threatening products coming from China.  You wouldn’t be able to support saving and creating jobs for other Americans by buying “Made in USA.”

Alan Uke, founder of Underwater Kinetics, a company that manufactures high intensity lighting and other products, believes that “country of origin” labels could change consumer behavior and revive U.S. manufacturing.  He wants the government to require a detailed country-of-origin label on every product sold in America. The label would include sourcing information on all of the product’s parts and components along with the trade balance the U.S. maintains with each of those countries. Uke outlines his proposal in his book, Buying America Back, a Real-Deal Blueprint for Restoring American Prosperity.

The labels would be similar to those that have been successfully implemented in the U.S. food industry, describing such things as fat content, calories and nutritional values. Those labels have changed consumer behavior, forced producers to change ingredients, and motivated retailers to stock items that are demanded by customers.

“I am trying to start a movement of American consumers,” says Uke. “We need a home-team preference.” Uke is convinced that only the American consumer, whose spending represents 70 percent of the economy, will change the international trade dynamic in favor of U.S. manufacturing.  Knowledgeable consumers demanding products made in the United States or in countries that have employ ethical business practices could motivate companies to change their sourcing practices.

During my interview, Uke said, “The “Made in the World” label is the antithesis of my proposal. This initiative was probably promoted by those who profit from environmental abuse and child labor.  It makes countries that rape our environment and support child labor unaccountable to the world.  Knowing the sources for products is the only way that people can make countries accountable for their actions. Consumers can’t determine their own destiny if they have no idea of the sources.  If we want a better world, consumers need to be able to send their money to countries whose policies they support.  This isn’t free trade, it is slave trade.”

Peter Navarro and Greg Autry, the authors of Death by China – Confronting the Dragon, A Global Call to Action, also recommend that “country of origin” information be provided for all products sold on the Internet by online retailers that “Congress should require all food and drug producers to clearly label the countries of origin for all major ingredients that go into a product – and do so in a standardized and legible manner” in order to protect American consumers from tainted and poisonous products coming from China.

Greg Autry told me, “The “Made in the World” label is an obvious attempt to disguise the political differences between countries and normalize despotic regimes like China. This initiative can only result in the reduction of critical information to consumers.  I agree that we don’t have full information provided on the sources for products today, but this is the exact opposite direction to go.”

The authors believe that if 10% or more of Chinese products were boycotted by Americans, it could be enough to destabilize the Chinese economy and topple the Communist regime.  Converting to “Made in the World” labels would eliminate this possibility.

 

I urge everyone to contact your current representative to urge them to oppose this initiative and ask all candidates for federal office if they support our current “country of origin” labeling laws and oppose “Made in the World” labeling.