Commodity Focus- Hide and Seek

Dealers who can procure hard-to-find ferrous scrap have sufficient orders to fill.

An old adage in the scrap industry holds that "scrap is bought, not sold." In the second half of 2002, ferrous scrap dealers are proclaiming that message loud and clear, as lackluster scrap generation is making for a competitive climate in many regions of the country.

Number one heavy melt scrap has stayed above $100 per ton since May of 2002, based in part on heavier demand from domestic mills given renewed confidence from the Section 201 measures taken by the Bush administration.

The boosted melting rates created by 201 are likely to slow down with the onset of the holiday season lull, but the accompanying slowdown in scrap generation may be keeping scrap in short enough supply to sustain pricing at its current levels.

AS THE STAMPINGS TURN

It is unclear whether an economic recovery will take hold in 2003, with some economists worried that consumers are too tapped out to pay for many new automobiles and homes next year. Likewise, statistics indicate that business owners are reining in capital spending plans for 2003.

Restrained spending forecasts are a primary reason why the stamping plants, fabrication shops and service centers that generate industrial scrap are producing only modest amounts of clips, turnings and busheling-grade scrap.

Scrap recyclers in many regions have been reporting a downturn in industrial scrap for several months, and in some regions for more than a year. "I see about one-third of what I saw before, even from earlier this year," says one ferrous scrap recycler in the Great Lakes region. "I guess the economy and production are just not going that well. There’s just not a lot of scrap to be had out there."

In Columbus, Neb., Sam Jacobs of Columbus Iron & Metal says business among his industrial generating customers has picked back up somewhat since it "came to a screeching halt in the fourth quarter of 2001." But it has not rebounded to full strength. "During that quarter, their production fell off by probably by 30 percent to 35 percent. I would say only 10 percent to 12 percent came back this year."

Jacobs has noticed a curious divergence among the automotive stamping customers in his region. "Those stamping for foreign cars are busy; those stamping for domestic automakers are slow."

CANNED SUPPLY

As a percentage of total ferrous scrap volume, post-consumer steel cans may not be among the volume leaders in the ferrous segment.

But the collected cans are a part of the overall stream, and the proliferation of curbside recycling programs in the U.S. in the past 15 years has kept the scrap grade going.

Bill Heenan of the Steel Recycling Institute (SRI), Pittsburgh, told municipal recycling coordinators gathered for this fall’s National Recycling Coalition meeting that prices recyclers have been receiving for steel food cans have crept back up after dwelling at the lower end of their price range for about two years.

SRI statistics show that 58 percent of steel food cans in the U.S. were recycled in 2001. According to Heenan, the 1.5 million tons of post-consumer cans collected made up less than 3 percent of the overall 66 million tons of steel scrap recycled in 2001.

Although news from cities such as New York that recycling programs are winding down has drawn attention, Heenan noted that, "The U.S. added a net 55 curbside programs last year. More people recycle than vote, so I guess recycling is more popular than democracy."

Further west in Artesia, N.M., much of the industrial scrap obtained by James Bly at J&M Enterprises comes from the western oil fields. "I have plenty of scrap cut-offs from the oil fields, things like ends of pipes and old obsolete pipe," says Bly.

Earlier this year, in regions where industrial scrap is scarcer, a resurgence in obsolete scrap helped fill the void for many dealers. "We were busy all summer long with our door trade, which was busier than last year, obviously," says Jacobs, noting that scale prices were able to stay at a more attractive level this summer compared to last.

Jacobs says the ferrous price rise of this spring and summer lured a lot of pent up scrap auto bodies and appliances out of hiding. "There is a threshold that a lot of dismantlers see at a certain per body price for autos. When that market came back up, they started to let go of bodies."

There are signs, though, that much of that pent-up inventory has been worked through, and that other sources of obsolete scrap may be drying up.

Concerning the demolition market, the Great Lakes region scrap recycler says, "Things like I-beams, h-beams, material that comes from demolition and building construction has slowed down a little bit. The non-government building market is slowing down."

In Nebraska, Jacobs faces a consideration that does not affect scrap recyclers in most metropolitan areas. "Our flow was good up until October, and it could have slowed in part because it’s harvest time, and farmers are doing their harvesting and not as much clean-up work."

Bly faces less of a scrap shortage in part because of how his company sources material. "The bulk of what I do is [obsolete] appliances stemming from municipal contracts," says Bly, adding that his company also recycles damaged and replaced guardrails collected by the state highway department.

THE BIGGER PICTURE

Provided ferrous dealers can put together a shipment, most are currently reporting strong markets on the buy side.

Macro-economic factors ultimately affect the demand for steel (and thus scrap), and forecasters are far from unanimous in their predictions for 2003. However, the narrower steel industry picture looks brighter now than it did 12 months ago, at least for North American steelmakers.

Several steel producers are reporting profitable quarters for the first time (in some cases) this decade.

As noted in the October Recycling Today Ferrous department, ("Steel Rising," pg. 10.), mini-mill executives who spoke at the Institute of Scrap Recycling Industries Inc. (ISRI) Commodity Roundtables this fall were relieved that they have finally been able to charge higher prices for their steel this year.

Keith Busse, CEO of Steel Dynamics Inc. (SDI), Fort Wayne, Ind., noted that for 2003, "a lot of [SDI] customers are requesting yearly pricing at today’s levels. The market for some time has been undersupplied," said Busse regarding U.S. manufacturers who use steel. Busse said he does not see cold-rolled steel rising to $400 per ton next year, nor does he see it falling to $250 per ton.

Despite some optimism, Busse is not certain 2003 will see better economic times. "The economy is in malaise," he remarked. "It may well be a triple-dip recession," said Busse. He noted that auto dealers are unwilling to continue offering vehicles at 0 percent financing. "If vehicle production goes down from 16.5 million units to 15 million, that will hurt the manufacturing sector. We’re being buoyed by the auto industry."

Integrated steelmakers are still facing stiff overseas competition, but investors such as those who have re-started the former LTV mill in Cleveland as International Steel Group (ISG) still believe the facilities can be viable.

The largest integrated steelmaker, U.S. Steel, Pittsburgh, has reported two straight profitable quarters, breaking a string of red ink long blamed on an inability to compete against low-cost imports.

"Our solid third quarter financial results were due largely to higher realized prices for both our domestic and U. S. Steel Kosice (Czech Republic) operations, continued strong shipments and operating efficiencies," says U. S. Steel chairman, CEO and president Thomas J. Usher.

"For the second consecutive quarter, our steel production facilities operated at high levels with domestic operations at 93.7 percent of capability. Aggressive actions to reduce our costs are paying off, and we’re ahead of our $10-per-ton cost savings goal for the year," Usher says conerning the company’s operations.

In its earnings news release, U.S. Steel notes that fourth quarter shipments are expected to "decline moderately," and more costs could be incurred from blast furnace repairs and higher scrap metal and natural gas costs.

Even iron and steel foundry operators, who have faced tough going the last several years, believe the worst may be behind them.

Speaking at the ISRI Commodity Roundtable event, Norman Bliss, a vice president with the American Foundry Society (AFS), Des Plaines, Ill., revealed an industry forecast that saw production of most foundry materials increasing between 2003 and 2005 after hitting historic lows in 2002.

Ductile iron, which is due to surpass gray iron as the largest foundry-made material by the end of this decade, is predicted to have a 2.3 percent growth trend throughout the decade. The amount of U.S.-made ductile iron is predicted to grow from 2 million tons in 2001 to nearly 5 million tons by 2010.

Shipments of gray iron have been in a downward trend since the early 1980s, as automakers increasingly have substituted ductile iron and cast aluminum for cast iron parts.

The U.S. production of gray iron peaked at 15 million tons in 1965, declining to 5.1 million tons in 2001. The AFS-commissioned forecast sees annual production of gray iron staying in the 5 million tons range each year in the coming decade.

Bliss noted that ductile iron makers generally require higher-grade, cleaner shipments of scrap, a trend also noted by the EAF steelmaking executives in their industry.

QUESTIONS REMAIN

It’s hardly smooth sailing for the steel, iron and scrap metal industries, as the clock is ticking on Section 201 protection measures, and several exemptions have been granted to overseas steel producers to weaken the protections.

Even with clouds hanging over the steel industry, scrap recyclers in some regions are far more concerned about supply than demand right now. "It’s just not out there," the Great Lakes region recycler says of ferrous scrap.

"I don’t think it’s a price issue," he continues, "the scrap just doesn’t seem to be there right now. The demand from the mills is steady. None of them are overstocked with material. It just seems to be that scrap is not there to ship. I haven’t run my shear all month. All I have on the ground lately is only a week’s worth of material."

As with individuals and business owners in many other sectors of the economy, scrap dealers are hoping economic activity will be on the rise sooner rather than later.

The author is editor of Recycling Today and can be contacted via e-mail at btaylor@RecyclingToday.com.

ANOTHER VIEW OF ROTORS

Several readers have written to dispute the life expectancy figure of 100,000 tons assigned to disc rotors in the feature "A Guide to Rotors," in the August 2002 issue of Recycling Today. According to one shredder manufacturer, a well-fabricated disc rotor can achieve a life expectancy of from 400,000 to 500,000 tons of material processed.

Below is some additional information on "No-weld" disc rotors, provided by Texas Shredder Inc. (TSI), San Antonio.

ORIGINS  

The first 98/104 "No-Weld" disc rotor was a joint collaboration between TSI and a Canadian scrap processor. Based on specific parameters provided from this company, the first "No-weld" disc rotor was put into service in 1996.

It went approximately 425,000 net tons before being replaced with another "No Weld" unit. An improved "No-weld" disc rotor was recently flipped in rotation at 300,000 tons, which probably will allow it to exceed 500,000 tons.

The "No-weld" disc rotor uses proprietary T-1 steel that has been cross-rolled, quenched and tempered. The plate is pressure vessel quality. All rotor shafts are AISI 4340 forgings, quenched and tempered to a proprietary hardness. Stress proof tie rods are used on all rotor assemblies.

TSI currently has 33 "No Weld" disc rotors in use or on order.

STRONG POINTS

The "No-weld" disc rotor is designed to run its full life without any required maintenance. The material is weldable for emergency reasons. Run the rotor in one direction for approx. 200,000 to 300,000 tons, then rotate to the opposite direction until the rotor is ready to be taken out to be returned to the factory for new discs. Positive attributes include:

• Very low maintenance cost

• Good for all types of infeed material

• Adaptable to numerous hammer patterns

• Allows maintenance personnel to do other work

• Very resistant to breakage One potential difficulty occurs when all castings are new. At this stage, the rotor can have difficulty with some infeed materials.

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