Process engineering
Blast-furnace process design, burden optimisation, top-gas recovery, injection (PCI, natural gas, hydrogen-ready).
- — Burden & slag chemistry
- — Mass & energy balance
- — Productivity audits
- — Permeability diagnostics
Six capability areas across the BF–BOF route. Consulting engagements from a two-day audit to a full EPCM mandate — always led by the engineer who will sign the report.
Blast-furnace process design, burden optimisation, top-gas recovery, injection (PCI, natural gas, hydrogen-ready).
Lining selection, hearth wear models, stave replacement strategy, campaign-life extension programs.
Basic and detailed engineering, procurement, contracting, construction management, commissioning through first campaign.
Efficiency, fuel substitution, hydrogen readiness, BF–DRI–EAF integration — the blast furnace as backbone of the transition.
On-site reviews of chilled hearths, tuyere campaigns, stove performance, gas-cleaning bottlenecks and abnormal operations.
Alongside your project department — from scoping to handover. Senior engineers only, no junior-staffed delivery.
Four phases, delivered as a single continuous engagement or as targeted interventions.
Pre-feasibility, process review and technology selection for BF and BF–BOF routes.
Basic and detailed engineering across refractory, hot-metal handling, gas cleaning, stoves.
Vendor selection, contracting, construction management and site coordination.
On-site ramp-up, commissioning and performance verification through first campaign.