Customized Product-Development
We create customized products through the recycling or recovered by-products that would otherwise be deemed as “waste."
By-Products we recover
We recover the following by-products to expertly customize various unique products for our customers and partners:
-
Oxide fines, pellet fines or pellet chips, mill scale, C-scrap or C-slag, coke breeze and nut, sinter feed.
-
DRI-C by-product fines, DRI fines and dusts, DRI clarifier or pond sludge, oxide fines, pellet fines or pellet chips, mill scale, C-scrap or C-slag, sponge iron or DRI-B, Hot Briquette Iron, HBI or DRI-A, HBI and DRI chips.
Quality Raw Materials
DRI-C fines for sinter feed use with high Fe and Fe metallic content.
Mill scale for sinter feed use with high Fe and low impurities.
LD fines or C-scrap fines for sinter feed use with high Fe metallic content.
Iron ore fines and lumps.
Iron units fines for use in the cement industry.
Recycling Solutions
According to our clients’ needs, we are able to produce a variety of important, cost-effective, and eco-conscious materials, such as:
-
EcoBriq®: briquetting of by-products including oxide fines, mill scale, blast furnace dust, lime fines, C-scrap, coke breeze, and others to create a feedstock to be used into the Blast Furnace and/or BOF.
Recovered A- and B-scrap from the steel and iron slag.
Concentrated C-scrap to be used as sinter feed.
Recovered pellets, lumps, and coke from old waste accumulations.
-
Briquetted oxide fines and DR pond sludge to produce a feedstock for the direct reduction module and get a Reduced iron Briquette (RiB).
Briquetted DRI fines to be used as a feedstock into the EAF.
Recovered remets and HBI/DRI chips.
Recovered DR pellet.
-
![]()
Recycled iron Briquettes (RiB)
We offer an Integrated solution for recovering iron values from DR plant by-products by cold briquetting and processing customized briquettes in the DR Reactor.
-
![]()
By-Product Recovery & Recycling
Understanding the value of by-products for businesses and the environment. Our unique model maximizes internal recycling, reducing raw material use, disposal, and logistical costs.
