From industrial idea to an execution-ready project.
We define, validate, authorise, optimise and coordinate industrial projects before major capital is committed — connecting process requirements, engineering, regulation, cost and real-world execution.
WHAT THIS DEPARTMENT DOES
Engineering is not just producing drawings.
Thulium turns an investment intention into a project that can be approved, priced, procured and built. We identify what must be defined, challenged, coordinated and frozen before execution begins.
Our role can start with feasibility and project definition, continue through authority engineering and multidisciplinary design development, and extend into constructability, interface management, BOQ review, cost engineering and procurement readiness.
PROJECT DEVELOPMENT MODEL
From uncertainty to buildability.
Every stage reduces uncertainty before the project moves into procurement and construction.
Capacity
Process basis
Project scope
Site
Constraints
Feasibility
Codes
Permits
Approval matrix
CAPEX / OPEX
Layout
Constructability
Multidisciplinary
Interfaces
Design maturity
BOQ review
Benchmarks
Cost drivers
Packages
Risks
Procurement basis
CORE CAPABILITIES
Seven disciplines. One project logic.
The disciplines are integrated around decisions, interfaces and project readiness rather than delivered as disconnected studies.
Project Definition & Feasibility
Capacity, process requirements, site constraints, preliminary masterplan, utility philosophy, scope definition and technical options.
Authority Engineering
Applicable codes, authority strategy, submission requirements, permit tracking and integration of regulatory constraints into design.
Multidisciplinary Engineering
Coordination of process, civil, structure, architecture, MEP, utilities, electrical, automation and specialist engineering inputs.
Constructability & Risk
Buildability, access, logistics, lifting, sequencing, temporary works, local capability, HSE and site-specific execution constraints.
Value Engineering
Structured design optimisation against CAPEX, OPEX, schedule, operations, maintainability and risk — not simply lowest cost.
Cost Engineering & BOQ Review
Quantity sanity checks, omissions, cost benchmarks, market pricing, cost drivers, budget reconciliation and cost planning.
Interface Management
Equipment loads, reservations, tie-ins, routing, clearances, control interfaces, installation sequence, BIM coordination and interface registers.
AUTHORITY ENGINEERING
Engineering the project for regulatory acceptance from day one.
Industrial projects must satisfy more than technical performance. Applicable regulations, industrial-zone requirements, local approval procedures and independent technical reviews are integrated into the engineering process before the design is frozen.
- Regulatory mapping
- Authority submission strategy
- Third-party technical reviews
- Permit coordination
- Applicable code review
- Approval responsibility matrix
- Comment resolution tracking
- Authority-ready design basis
Authority Phase followed by detailed engineering up to BOQ, with site development and permitting integrated into the early project programme.
Identify authorities, industrial-zone rules, EHS obligations, required permits and third-party reviews.
Translate regulatory constraints into project criteria before architecture, civil, utilities and safety systems mature.
Develop coordinated technical information suitable for review and formal submission.
Coordinate interfaces with authorities, zone managers, control offices and specialist reviewers.
Track comments, assign actions and keep design decisions aligned across all disciplines.
Move into detailed engineering and BOQ development with regulatory risk materially reduced.
CONSTRUCTABILITY & RISK
We challenge the design through the eyes of the people who will build it.
Constructability links engineering decisions to real site conditions, logistics, heavy equipment installation, weather, local contractor capability and construction sequencing.
Access, laydown, traffic and material flow.
Crane strategy, ground bearing and exclusion zones.
Topography, geotechnics, dynamic loads and slabs.
Erection sequence, corrosion, cladding and weather-tightness.
Routing, penetrations, tie-ins and service corridors.
Workfronts, permits, temporary works and simultaneous operations.
Raw and finished segregation, clean zones and maintainability.
Ranked risks, mitigation owners and milestone reviews.
VALUE & COST ENGINEERING
Better projects. Not simply cheaper projects.
Every optimisation is tested against the total project outcome rather than only the purchase price.
Each option is reviewed against five dimensions before it becomes a design decision.
Typical topics include masterplan, earthworks, building geometry, structural systems, material handling, utility sizing, energy strategy, hygiene, maintainability and future expansion.
Examples of design choices reviewed in the current development programme:
Building orientation, platform levels, cut/fill balance and expansion corridors.
Boiler capacity, steam peaks, water strategy, backup generation and shared systems.
Bean storage, cleaning, conveying, packaging, truck flows and container handling.
INDUSTRIAL INTERFACE MANAGEMENT
Most project failures happen between scopes — not inside them.
Thulium identifies, documents and closes technical interfaces before they become site problems.
Static and dynamic loads, anchor templates, pits, inertia blocks, clear heights and access.
Roof and wall penetrations, pipe and cable corridors, fire stopping, drainage and weather-tightness.
Steam, chilled water, compressed air, process water, power and control tie-ins.
Erection sequence, temporary openings, crane access, prefabrication and workfront release.
TYPICAL DELIVERABLES
What the client actually receives.
The exact package is adapted to project maturity, contracting strategy and the responsibilities of other designers and OEMs.
