Senior Commercial Hydro Metallurgist

Nth Cycle

$110K — $140K *
Energy & Utilities
8 - 10 years of experience
Job Overview by Ladders

Qualifications

  • Bachelor's or Master's degree in Metallurgical Engineering, Chemical Engineering, or Extractive Metallurgy.
  • 8-12 years of experience in hydrometallurgical process engineering with a focus on corporate development.
  • Advanced proficiency in Metsim for dynamic or steady-state modeling.
  • Expertise in mass balance validation using Excel/VBA or specialized software.
  • Strong understanding of aqueous chemistry, thermodynamics, and kinetics.

Responsibilities

  • Build, calibrate, and optimize steady-state process simulation models using Metsim.
  • Define complex unit operations including leaching, solvent extraction, ion exchange, electrowinning, and precipitation.
  • Develop rigorous elemental mass and energy balances for complex multi-component systems.
  • Track deleterious elements, water balances, and reagent consumption throughout the flowsheet.
  • Lead technoeconomic evaluations for scoping, pre-feasibility, and definitive feasibility studies.
  • Estimate CAPEX and OPEX for hydrometallurgical facilities.
  • Manage metallurgical testwork programs and collaborate with EPC teams during detailed design.

Benefits

  • Opportunity to work at the intersection of engineering and corporate finance strategy.
  • Involvement in large-scale industrial process design and optimization.
  • Chance to significantly influence capital investment decisions in the hydrometallurgical sector.
  • Development of comprehensive technical and financial reports for executive leadership.
  • Collaboration with multidisciplinary teams in a dynamic work environment.
Full Job Description
About the Job

Job Overview:

The SeniorCommercial Hydrometallurgist bridges the gap between technical process engineering and corporate financial strategy. This role scales bench-top hydrometallurgical concepts into commercially viable, industrial-scale processing plants. You will drive metallurgical process design, optimize existing flowsheets, and build robust technoeconomic models to guide capital investment decisions.

Key Responsibilities:

Process Design & Simulation:

  • Build, calibrate, and optimize steady-state process simulation models using Metsim.
  • Define complex unit operations including leaching, solvent extraction, ion exchange, electrowinning, and precipitation.
  • Scale bench-scale and pilot-plant data into full-scale industrial process flowsheets.


Mass & Energy Balance:

  • Develop rigorous, elemental mass and energy balances for complex multi-component systems.
  • Track deleterious elements, water balances, and reagent consumption across the entire flowsheet.
  • Identify process bottlenecks, yield inefficiencies, and opportunities for metal recovery optimization.


Commercial & Technoeconomic Analysis (TEA):

  • Lead technoeconomic evaluations for scoping, pre-feasibility (PFS), and definitive feasibility studies (DFS).
  • Estimate capital expenditure (CAPEX) and operational expenditure (OPEX) for hydrometallurgical facilities.
  • Conduct sensitivity analyses on volatile inputs like reagent costs, energy prices, and metal recovery rates.
  • Translate technical engineering metrics into financial KPIs including NPV, IRR, and payback periods for executive leadership.


Technical Project Management:

  • Manage metallurgical testwork programs conducted at external commercial laboratories.
  • Collaborate with engineering, procurement, and construction (EPC) teams during detailed design phases.
  • Draft comprehensive technical reports, process descriptions, and investment memorandums.


Required Qualifications:

Education & Experience:

  • Degree: Bachelor's or Master's degree in Metallurgical Engineering, Chemical Engineering, or Extractive Metallurgy.
  • Experience: 8-12 years of experience in hydrometallurgical process engineering, with a strong focus on commercial or corporate development environments.


Technical Skills:

  • Metsim Proficiency: Advanced capability in building dynamic or steady-state Metsim models from scratch.
  • Mass Balance: Expert Excel/VBA or specialized software skills for mass balance validation and data reconciliation.
  • Financial Acumen: Proven experience building detailed engineering cost models and TEA frameworks.
  • Chemistry Knowledge: Deep understanding of aqueous chemistry, thermodynamics, and kinetics.


Salary range: $110K to $140K.

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