Experience Overview

Engineering experience demonstrated through real projects, practical solutions and measurable results.

Virium’s experience spans Project Delivery, Sustainability, Interim Engineering Services and Business Performance, applying engineering knowledge to practical operational and commercial challenges.

Explore our experience by service area to see how projects have been developed, delivered and translated into measurable outcomes for clients.

Explore our experience

Virium's project experience spans four connected areas, from engineering project delivery and sustainability through to interim engineering and business performance. Each area brings together relevant case studies showing how technical challenges were assessed, developed and delivered, and how engineering decisions translated into practical operational, commercial and sustainability outcomes.

Select a service area or project type to explore the relevant case studies.

Project Delivery

Project Delivery

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Industrial Process & Manufacturing Projects → Energy projects, treatment systems, plant upgrades and engineering development around live and new operations, including chillers, heat pumps, boilers, AHUs and MEP systems. Building Safety & Fire Engineering → Fire strategy, EWS1 and FRAEW engineering solutions for existing, new and high-rise buildings, including ongoing service and maintenance support. Building Services & Facility Engineering → New facilities, utilities, refurbishments, improvements and new builds shaped around development, operational and environmental constraints. Compliance & Remediation → Surveys, investigations and engineered interventions addressing compliance, planning and delivery, including asbestos removal and asset risk management.
Interim Engineering Services

Interim Engineering Services

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Engineering Leadership & Technical Design → Senior multidisciplinary engineering leadership integrated with client teams to establish priorities, governance, decision routes and accountable technical design solutions for delivery. Project & Programme Control → Programme, cost, risk and resource control supporting complex engineering work, delivery recovery and clear management visibility to ensure delivery to scope and investment objectives. Operational Engineering Support → Flexible, integrated engineering capability supporting live operations, maintenance, asset issues and technical requirements where additional resource or experience is needed. Stakeholder, Supplier & Team Integration → Coordinating client teams, designers, subcontractors and suppliers to manage interfaces, resolve engineering design, procurement and project delivery issues whilst maintaining clear ownership through to handover.
Sustainability

Sustainability

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Industrial & Commercial Energy Efficiency & Metering → Energy metering, monitoring and performance analysis used to identify significant energy users, establish operating baselines and develop practical energy, utility and operating-cost reduction opportunities. Heating, Cooling & Process Electrification → Industrial heat pump, chiller and compressor feasibility, waste-heat integration, compressed-air leak detection and process electrification studies assessing technical viability, site integration, energy savings, carbon reduction and investment return through to project implementation. Solar PV & Energy Generation → Engineering studies evaluating renewable and recovered-energy opportunities, including ORC, solar PV, wind and hydro systems, to reduce wasted energy, increase on-site generation and support lower-carbon industrial and commercial operations. Carbon, Energy & Sustainability Planning → Energy and carbon assessments translating site performance, Scope 1, 2 and 3 impacts, EPC requirements, BREEAM considerations and decarbonisation opportunities into practical investment, compliance and value-added engineering delivery plans.
Business Performance

Business Performance

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Operational Performance & Cost Optimisation → Measured operational, energy and commercial performance used to identify avoidable cost, inefficient operating conditions and practical improvement opportunities that strengthen business performance. Capacity, Productivity & Process Improvement → Engineering and operational analysis used to identify bottlenecks, production constraints, process inefficiencies and resource limitations, developing practical interventions to improve capacity, productivity and delivery. Asset Reliability & Performance Improvement → Plant, equipment and maintenance performance reviewed to identify reliability issues, recurring losses and operational risk, supporting prioritised engineering actions that improve availability and asset performance. Engineering Investment & Commercial Decision Support → Technical and commercial evaluation of engineering opportunities, combining feasibility, CAPEX, OPEX, risk, energy and operational benefits to support informed investment decisions and develop deliverable business cases.