Technical precision: defining the project blueprint.
Technical precision: defining the project blueprint.
Securing certainty in a volatile market
In a market currently challenged by volatile material costs and extensive lead times for critical infrastructure, FEED is essential for providing technical certainty before a project goes to tender. The primary challenge for life sciences and high-tech firms is producing specifications granular enough to eliminate "scope creep" and integration errors later in the build. Without a rigorous FEED phase, projects are highly vulnerable to global supply chain disruptions and technical clashes that can lead to significant cost overruns and delays in production.
Technical definition: bridging the gap from concept to delivery
We provide technical certainty by bridging the gap between high-level feasibility and final construction. Using advanced CAD (computer-aided design) and BIM (building information modelling), our specialists produce highly detailed specifications for complex utilities (such as high-purity water (WFI/PW) and specialised HVAC) while integrating sustainable, low-carbon solutions.
Our end-to-end expertise allows us to identify and secure long-lead items early in the process, de-risking your timeline and ensuring a seamless transition into the delivery phase. This integrated methodology guarantees that the final design is not only buildable but resilient, compliant, and perfectly aligned with your business objectives.
Our FEED deliverables provide the "technical manual" for your project, ensuring every stakeholder is aligned before ground-break.
- Piping & instrumentation diagrams (P&IDs)Detailed schematics defining the functional relationship between process equipment and instrumentation.
- Comprehensive equipment listsFinalised specifications for all primary plant and specialist process equipment to facilitate early procurement.
- Detailed cost estimating & budgetingHighly accurate CAPEX projections based on granular technical data, reducing financial risk.
- BIM Level 2 coordinationPreliminary 3D models that establish spatial requirements for services, preventing clashes during the detailed design phase.
- Long-lead procurement strategyIdentification and technical specification of critical components (e.g., AHUs, chillers, autoclaves) to secure early delivery slots.
Find the answers to your questions
Concept Design establishes the "what" and the "how much." FEED establishes the "how." It provides the technical depth (such as line sizing, material selection, and control philosophies) required to move into construction with total confidence.
During FEED, we specify the exact technical requirements for long-lead items. This allows your procurement team (or ours) to place orders months in advance, ensuring that critical equipment arrives on site exactly when the build schedule requires it.
Absolutely. By resolving technical challenges on paper (or in a digital model) during FEED, we avoid the "reactive engineering" and change orders that occur on-site, which are exponentially more expensive than design-stage adjustments.
This is the stage where we perform energy modelling and utility load calculations. We identify opportunities for heat recovery, water recycling, and low-carbon materials, embedding your ESG goals into the technical fabric of the project.
Yes. The granularity of an Equans Sci-Tech FEED package provides the initial documentation required for Design Qualification (DQ), giving your Quality Assurance (QA) team early sight of how the facility will meet GMP standards.
Related services
With the technical foundations set, we move from design to precise execution. Explore our process engineering and project management capabilities to see how we maintain design integrity, or discover our validation services to ensure your environment meets every regulatory requirement from day one.
Let's define, design and deliver the future together
Let's define, design and deliver the future together
