TUSAIL project focuses specifically on particle simulations, process modelling, and micro-macro transitions for industrial upscaling.
PROCTER & GAMBLE TECHNICAL CENTRES LIMITED
P&G's UK R&D centre contributing industrial manufacturing expertise in cleaning science, particle technology, and personalized consumer product production.
Their core work
Procter & Gamble Technical Centres (PGUK) is the UK-based R&D arm of the global consumer goods giant P&G, focused on process engineering, product formulation, and manufacturing innovation. In H2020, they contributed industrial expertise in biofilm management for cleaning products, open innovation platforms for personalized consumer goods, and particle technology for scaling up manufacturing processes. Their role bridges fundamental research with large-scale industrial application, bringing real-world manufacturing challenges and validation environments to academic-led consortia.
What they specialise in
BIOCLEAN project addressed biofilm management and cleaning through biological and chemical understanding — directly tied to P&G's core cleaning products business.
DIY4U project developed open innovation platforms and fablabs for collaborative design and production of personalized goods.
DIY4U involved digital platforms and fablab-based production, indicating a move toward digitally-enabled, consumer-facing manufacturing.
How they've shifted over time
PGUK's early H2020 involvement (2016) centered on fundamental cleaning science through BIOCLEAN, closely aligned with P&G's core detergent and hygiene business. From 2019 onward, they shifted toward digital manufacturing (DIY4U) and particle-level process engineering (TUSAIL), suggesting growing interest in advanced manufacturing methods and product personalization. The trajectory moves from product chemistry toward process simulation and digital production — a modernization of their R&D focus.
PGUK is moving from traditional product chemistry toward computational process engineering and digital manufacturing, likely to support faster product development cycles and personalized production.
How they like to work
PGUK mostly joins consortia as a participant (2 of 3 projects), contributing industrial use cases and validation rather than driving project direction. With 34 unique partners across 12 countries from just 3 projects, they operate in large, diverse consortia — typical of a major industrial company offering real-world testing grounds. They are an attractive partner for academics needing industrial relevance but are unlikely to lead the research agenda themselves.
Despite only 3 projects, PGUK has built a broad network of 34 partners across 12 countries, reflecting their participation in large multinational training networks and innovation actions. Their reach is pan-European with no obvious geographic concentration.
What sets them apart
As the technical R&D centre of one of the world's largest consumer goods companies, PGUK brings something few partners can: immediate access to global-scale manufacturing reality. Academic partners gain an industrial validation environment for cleaning, formulation, and process technologies that directly connects to commercial products used by billions. Their willingness to participate in MSCA training networks also makes them a valuable host for early-stage researchers seeking industry exposure.
Highlights from their portfolio
- BIOCLEANOnly project where PGUK served as coordinator — rare for a large multinational to lead an MSCA training network, showing genuine commitment to researcher training in cleaning science.
- TUSAILMost recent project (2021-2025) focused on particle technology upscaling, signaling PGUK's current strategic R&D direction in computational process engineering.
- DIY4ULargest single EC contribution (EUR 350,593) and an unusual move into open innovation and personalized production fablabs for a traditional FMCG company.