July AISI Newsletter

SUSTAINABLE STEEL

With increased global attention to issues associated with sustainability and climate change, steel has so many great stories to tell. This issue of the newsletter highlights several of steel’s key sustainability messages with a focus on recycling, steelmaking and innovation.

SAMPLE MESSAGING

AISI has produced a messaging document, “Sustainability of the American Steel Industry,” which is available for free download here. The document includes sources for the messages included below. Please feel free to reference it for additional information.

Recycling

• Steel is the most recycled material on the planet.
• Steel products are 100 percent recyclable at the end of their useful lives.
• Once produced, steel can be continually recycled into new steel products—a steel beam can become another steel beam, or a food can, refrigerator, or roof panel.
• Most structural steel produced in North America contains 90 percent or more recycled steel.
• Steel framing typically contains a minimum of 25 percent recycled steel and is continually recyclable.
• All steel contains recycled content ranging up to 100 percent for some products.
• Steel’s inherent durability and recyclability make it an ideal fit for the circular economy. Once produced, steel becomes a permanent resource that can be continuously recycled into new steel.
• In the U.S. alone, there are typically 60 to 80 million tons of steel scrap recycled per year into new steel products.
• In the past 30 years, more than one billion tons of steel scrap have been recycled into new steel by the American steel industry.
• The U.S. recycles enough steel scrap to build 25 Eiffel Towers every day of the year, and annually recycles enough steel scrap to build more than 650 Golden Gate Bridges.
• With today's sorting and separating technology, millions of tons of iron and steel are diverted from landfills to recycling and beneficial reuse.
• Nearly 100 percent of the steel industry's co-products can be used beneficially in other applications. Slag is used in cement, road construction, fertilizers, and hydraulic engineering. Process gases are used to produce heat and/or electricity. Metal oxides, such as iron oxides, nickel and zinc, can be recovered from steelmaking dust.

Steelmaking

• The American steel industry is the cleanest and most energy-efficient of the leading steel industries in the world. Of the seven largest steel-producing countries, the U.S. has the lowest CO2 emissions per ton of steel produced and the lowest energy-intensity.
• The U.S. produces a higher percentage of its steel from electric arc furnaces (EAFs) than most other regions, resulting in lower process emissions of CO2 from steelmaking. Seventy percent of American steel is produced from EAF technology.
• Integrated steel mills in the United States are almost entirely fed by domestically sourced iron ore pellets vs. sintered ore used in China and elsewhere. This results in lower emissions of CO2, as well as NOx, SO2 and particulate matter.
• Steel that is produced by blast furnace and basic oxygen furnace (BF/BOF) technology in the U.S. has the lowest CO2 intensity of steel produced via BF/BOF in the seven largest steel-producing countries.
• The American steel industry uses a much higher percentage of low-emitting natural gas in its mills than most other countries.
• A recent study demonstrated that greenhouse gas (GHG) emissions resulting from Chinese production of hot-rolled structural sections were three times greater than the production of the same structural sections in the U.S.
• A recent study demonstrated that the GHG emissions per ton of hot-dip galvanized (HDG) coil produced in China were nearly 50 percent higher than the emissions from the same HDG coil produced in the U.S.

Innovation

• Work is underway on additional projects to further enhance the sustainability of American steel industry operations, including increased use of renewable energy in steel production, and advancements in domestic production using direct reduced iron (DRI) and hot briquetted iron (HBI) in both integrated and EAF steelmaking. HBI and DRI use natural gas as a reductant which will further increase blast furnace and electric arc furnace productivity and reduce CO2 emissions.
• Steel producers in the U.S. have announced projects that employ renewable energy to supply all or most of a facility’s energy requirements, and additional research is underway to assess the use of carbon capture technology in the steelmaking process.
• Industry innovations will continue to decrease the CO2 intensity of steel produced in the U.S.

SUSTAINABLE STEELMAKING TWEETS

Steel is the most recycled material on the planet. #SteelSustains

Steel products are 100 percent recyclable at the end of their useful lives. #SteelSustains

Once produced, steel can be continually recycled into new steel products—a steel beam can become another steel beam, or a food can, refrigerator, or roof panel. #SteelSustains

Most structural steel produced in North America contains 90 percent or more recycled steel. #SteelSustains

Steel framing typically contains a minimum of 25 percent recycled steel and is continually recyclable. #SteelSustains

All steel contains recycled content ranging up to 100 percent for some products. #SteelSustains

Steel’s inherent durability and recyclability make it an ideal fit for the circular economy. Once produced, steel becomes a permanent resource that can be continuously recycled into new steel. #SteelSustains

In the U.S. alone, there are typically 60 to 80 million tons of steel scrap recycled per year into new steel products. #SteelSustains

In the past 30 years, more than one billion tons of steel scrap have been recycled into new steel by the American steel industry. #SteelSustains

The U.S. recycles enough steel scrap to build 25 Eiffel Towers every day of the year, and annually recycles enough steel scrap to build more than 650 Golden Gate Bridges. #SteelSustains

With today's sorting and separating technology, millions of tons of iron and steel are diverted from landfills to recycling and beneficial reuse. #SteelSustains

Nearly 100 percent of the steel industry's co-products can be used beneficially in other applications. For example, slag is used in cement, road construction, fertilizers, and hydraulic engineering. #SteelSustains

The American steel industry is the cleanest and most energy-efficient of the leading steel industries in the world. Of the seven largest steel-producing countries, the U.S. has the lowest CO2 emissions per ton of steel produced and the lowest energy-intensity. #SteelSustains

A recent study showed that greenhouse gas emissions resulting from Chinese production of hot-rolled structural sections were three times greater than the production of the same structural sections in the U.S. #SteelSustains

A recent study showed that the greenhouse gas emissions per ton of hot-dip galvanized coil produced in China were nearly 50 percent higher than the emissions from the same hot-dip galvanized coil produced in the U.S. #SteelSustains

Steel producers in the U.S. have announced projects that employ renewable energy to supply all or most of a facility’s energy requirements. Additional research is underway to assess the use of carbon capture technology in the steelmaking process. #SteelSustains

Industry innovations will continue to decrease the CO2 intensity of steel produced in the U.S. #SteelSustains