SSIC’s operations convert recycled scrap into steel through electric-arc-furnace melting, then into rolled products, grinding media, castings and components. Plant utilisation, input-cost management and energy efficiency are the core operational drivers.
6.1 Output ramp & utilisation
Crude-steel output scales from about 60,000 tons in Year 1 toward 1.05 million tons by Year 10, with consumables output ramping to 400,000 tons, as furnaces and lines commission and utilisation rises from 30% to over 90%. Because steel plants carry very high fixed costs, utilisation is decisive: profitability rises sharply as output fills the fixed asset base, the operating leverage that carries the business through the J-curve to strong margins.
6.2 The production process
- Scrap processing: Collection, shredding and ferrous/non-ferrous sorting into furnace-ready feedstock.
- EAF steelmaking: Electric-arc-furnace melting of scrap and DRI into billet and slab, proven, flexible technology.
- Rolling & fabrication: Rolling billet into bars, rods and sections; fabricating structural steel.
- Consumables & castings: Forging and casting grinding media, mill liners, wear parts and engineered components.
6.3 Scrap sourcing & input costs
Scrap is the primary feedstock and the largest single cost. SSIC’s scrap-processing division is designed to secure supply and control cost, collecting, processing and grading scrap into consistent furnace feed, turning a volatile input into a managed advantage. But scrap prices are globally linked and volatile, and securing consistent volumes of quality scrap at economic prices is an ongoing operational challenge that directly affects margins.
Analyst flagScrap-price volatility is a core margin risk
Scrap is both the main input and a globally-traded, volatile commodity: scrap prices move with global steel demand, export flows and local collection dynamics. Because scrap is the dominant cost, a rise in scrap prices compresses margins directly, and the scrap-to-product spread, not the steel price alone, drives profitability. The scrap-processing division and long-term supplier arrangements help secure supply and dampen volatility, but they cannot eliminate the exposure. Diligence should test the scrap-sourcing strategy, supplier contracts, and the sensitivity of the economics to the scrap-to-product spread.
6.4 Energy — the electricity challenge
Electric-arc-furnace steelmaking is highly electricity-intensive, power is one of the largest cost items, which makes South Africa’s electricity cost and reliability a first-order operational risk. Grid tariffs have risen sharply, and supply reliability has been constrained by load-shedding. SSIC’s response, power purchase agreements and captive/renewable energy, is essential rather than optional, both to manage cost and to guarantee the uninterrupted power that furnace operations require.
Analyst flagElectricity cost and reliability is a defining South African risk
For an electricity-intensive EAF business in South Africa, power is not a background cost but a defining risk: rising grid tariffs erode margins, and load-shedding threatens the continuous power that furnace operations depend on, an unplanned outage mid-melt is costly and damaging. Securing competitively-priced, reliable power through PPAs and captive or renewable generation is therefore mission-critical, not a nice-to-have. Diligence should treat the energy strategy, pricing, reliability and the capital it requires, as a gating item, since it directly determines whether the cost structure and the margins are achievable.