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Forged part cooling after heat treatment
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Sustainability

Steel can be melted again and again. We use scrap as raw material and send turnings and cutting offcuts back to the furnace.

Our approach

In a forged part, the biggest environmental gain comes from forging to the right size. The closer a part is forged to its final shape, the less swarf comes off on the lathe. This means less steel is melted and less energy is used.

In the sections below we describe what we do and which data we monitor. We will update the values we measure on this page every year.

Our areas of work

Scrap-based production

Scrap is the main raw material in the electric arc furnace. It is sorted by type before melting so that alloying elements are not wasted.

Closed material loop

Peeling turnings, cutting offcuts and crop ends are collected separately and remelted.

Near-net-shape forging

We set the machining allowance for each part. Unnecessary allowance means unnecessary steel and unnecessary energy.

Energy efficiency

We plan the forging sequence to keep the reheating furnaces fully loaded, and we maintain furnace insulation regularly.

Water and heat treatment

Water in the quench tanks is recirculated, and quench oil is filtered and reused.

Occupational health and safety

Written instructions apply to hot work, heavy loads and crane operations, and employees receive regular training.

Indicators we monitor

Values for 2025. The table is updated every year.

Scrap share
92% (of the melted charge)
Turnings recovered
1,800 t/year
Energy per tonne
640 kWh/t of forged part
Water consumption
18,000 m³/year (recirculated)
Lost-time injuries
0 (2025)
Training hours
32 hours/employee · year
Management systems
ISO 14001 · ISO 45001 · ISO 50001 (2026 target)

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