WARDELL ARMSTRONG LLP

Their core work

Wardell Armstrong is a UK-based multidisciplinary engineering and environmental consultancy with deep roots in the minerals, mining, and natural resources sectors. Their H2020 work reveals a technical focus on recovering critical raw materials — first through flexible and mobile mineral processing technologies, then through advanced hydrometallurgical methods using ionic liquids and deep eutectic solvents. In practice, they bring industrial credibility and applied engineering expertise to research consortia, translating laboratory-scale chemistry into economically viable processing workflows. Their value to partners lies in bridging the gap between emerging extraction science and real-world mineral industry operations.

What they specialise in

How they've shifted over time

In their first H2020 project (FAME, 2015–2018), Wardell Armstrong led work on flexible and mobile processing technologies — a predominantly mechanical and logistical engineering challenge focused on making mineral extraction economically viable in the field. By 2019, their participation in ION4RAW marked a clear shift toward the chemistry of metal recovery: ionic liquids, deep eutectic solvents, and ionometallurgy represent a fundamentally different, greener approach to extracting metals from ore. This trajectory suggests the organisation is deliberately moving from conventional processing engineering toward advanced green hydrometallurgy, likely tracking the EU's growing policy pressure on sustainable critical raw materials supply chains.

Wardell Armstrong is moving from conventional processing engineering into green chemistry-based metallurgy, positioning them as a useful industry partner for consortia targeting sustainable critical raw materials recovery under EU strategic autonomy goals.

How they like to work

Wardell Armstrong has both led a project (FAME, as coordinator) and joined as a partner (ION4RAW), showing flexibility in consortium roles. With 31 unique partners across just 2 projects, they consistently work within large, internationally diverse consortia — roughly 15 partners per project — rather than tight bilateral arrangements. This suggests they are comfortable operating as one of many contributors in complex multi-partner projects and are unlikely to seek exclusive or bilateral deals.

Wardell Armstrong has collaborated with 31 unique partners across 12 countries through only 2 projects, indicating they engage in genuinely broad European networks rather than recycling the same small group of familiar institutions. Their geographic spread is consistent with EU-wide research consortia in the raw materials domain.

What sets them apart

Wardell Armstrong is unusual among H2020 environment participants in being a private engineering consultancy — not a university or research institute — with direct operational experience in minerals and mining. This industrial grounding means they bring commercial feasibility judgement and sector contacts that pure research partners typically lack. For a consortium targeting critical raw materials, they represent an industry validation voice that strengthens both the technical credibility and the exploitation plan.

Highlights from their portfolio

• FAME
  Wardell Armstrong served as project coordinator, demonstrating full consortium leadership capability in flexible and mobile mineral processing — their largest H2020 award at over €1M EC contribution.
• ION4RAW
  Participation in this ionometallurgy project signals a deliberate pivot toward ionic liquid-based green extraction chemistry, connecting Wardell Armstrong to one of the most technically advanced approaches in the EU critical raw materials agenda.