Northwire Canada EditionFriday, October 16, 2026
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GOLD 4181.10 +0.3% SILVER 57.30 +0.3% COPPER 6.57 +0.3% OIL 99.02 +1.1% PALLADIUM 1118.60 −0.9% GRDM 0.215 +0.0% PPM 0.300 +0.0% GZD 0.040 −11.1% CAN 0.060 +0.0% BGF 0.025 +0.0% MSV 0.570 +0.0% CCMM 0.485 +0.0% MON 0.385 −6.1% OMI 0.245 −2.0% BUFF 0.800 +2.6% FEO 0.630 −3.1% LIB 0.710 −1.4% NPR 0.620 +0.0% QZM 0.380 +0.0% BVA 0.780 +2.6% ONAU 0.530 +1.9% GOLD 4181.10 +0.3% SILVER 57.30 +0.3% COPPER 6.57 +0.3% OIL 99.02 +1.1% PALLADIUM 1118.60 −0.9% GRDM 0.215 +0.0% PPM 0.300 +0.0% GZD 0.040 −11.1% CAN 0.060 +0.0% BGF 0.025 +0.0% MSV 0.570 +0.0% CCMM 0.485 +0.0% MON 0.385 −6.1% OMI 0.245 −2.0% BUFF 0.800 +2.6% FEO 0.630 −3.1% LIB 0.710 −1.4% NPR 0.620 +0.0% QZM 0.380 +0.0% BVA 0.780 +2.6% ONAU 0.530 +1.9%
Production / Operations

Major Industrial Users Confirm Advantages of PyroGenesis' Plasma Torches

PYR · Price

Executive Summary

  • PyroGenesis announced live‑furnace trial data, in partnership with Rio Tinto and Alcoa, showing its patented plasma torches deliver major energy and productivity improvements over natural‑gas burners.
  • Key performance gains include ~35% reduction in energy consumption, 20–27% shorter cycle times, up to 55% less dross generation, and metal quality equal or superior (40–50% lower hydrogen content).
  • The results are being presented at the TMS annual conference and published in a peer‑reviewed technical paper, underscoring commercial relevance for aluminum casting and melting operations.

Key Details

  • Trial Scope: Pilot furnace installed at PyroGenesis’ Montreal facility; operated by client engineers in two configurations – casting furnace and melting furnace.
  • Heating Efficiency: Average energy consumption reduced by 35% versus natural‑gas burners.
  • Cycle Time: Process duration shortened by 20–27%.
  • Metal Quality: Hydrogen content lowered by 40–50%, delivering equal or better alloy quality.
  • Dross Generation: Clean‑metal dross cut by 24–55%; scrap containing organics saw a ~9% reduction.
  • Carbon Footprint: Plasma torches provide significant CO₂ emissions reductions, supporting industry decarbonisation targets (24% drop by 2030, 63% by 2040, 92% by 2050 vs. 2021).
  • Commercial Implications: Potential to reduce CAPEX for furnace footprint, refractory construction, and fume‑treatment systems; enables higher throughput without expanding plant size.
  • Publication & Presentation: Results disclosed at the Minerals, Metals & Materials Society (TMS) 2026 conference and in the peer‑reviewed paper “Decarbonization of Aluminum Cast House Furnaces Using Plasma Torches” (Light Metals 2026).

Notable Quotes

“By replacing a natural gas burner with a patented PyroGenesis plasma torch, you can produce more output from the same footprint… major CAPEX costs for metal and refractory construction … can be reduced.” – P. Peter Pascali, President & CEO, PyroGenesis

“The results reveal once again the widespread benefits of replacing natural gas burners with PyroGenesis plasma torches… there are real and significant operational advantages.” – P. Peter Pascali

Read the original news release →

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