Delivering the resilient infrastructure essential for improving human health
In a constantly changing industry where novel viruses emerge and new treatments evolve, manufacturers need innovative delivery partners who enable advanced, scalable facilities that keep pace with demand and ensure our future resiliency in human health.
For over 50 years, Wood has helped to deliver the world’s largest and most complex pharmaceutical, biotechnology, and research & development facilities. Focused on enhancing the speed at which we bring transformative therapies and life-saving products to market, our passion lies in applying the latest process technology and design tools to simplify delivery and accelerate construction of sustainable projects.
From feasibility through start-up and validation of facilities worldwide, we draw from over 1,500 advanced manufacturing specialists, bringing full lifecycle EPCMV expertise to deliver critical life sciences facilities through all project phases, or as design integrators brought in at any phase to take projects to the next level.
As leaders in good manufacturing practice (GMP) facility design, applying the latest trends and technology in process services, clean utilities, architectural and building services is core to what we do.
Leveraging decades of knowledge and experience in the global life sciences market, local regulatory requirements, green building design capabilities, and capital project delivery, we are committed to developing high-performing and resilient facilities that optimise value for stakeholders.
Beginning with the end in mind, our team of experts are here to deliver the most complex Life Science projects. From strategy and design, through construction, start-up and CQV, we apply our expertise using the latest digital tools and lean delivery concepts to bring the best value and solutions to our clients.
Achieving upside outcomes – CMMS migration and data optimisation
Helping to offset the CO2 in the era of aging infrastructure
Learn how to find and solve vibration problems in piping systems. We'll show you new ways to identify vibratory service and examine the strengths of this test