Violet Phase Two set to create room for growth

Sci-Tech Daresbury has submitted plans for a £20million speculative development – Violet Phase Two.

The project is set to deliver a further 80,000 sq ft of innovation real estate, including much needed laboratory space, in a development on vacant land at the north end of the campus in Halton.

The application is based around two new three-storey buildings, to be known as V4 and V5 following on from the successful delivery of phase one of Violet.  Having completed in February 2022, Phase 1 comprised a £17.8million scheme which is already 85% occupied and features 43,000 sq ft of Grade A office and innovation space across three buildings – V1 at 19,000 sq ft and V2 and V3 providing 12,000 sq ft each.

Violet is central to Sci-Tech Daresbury’s strategy of expanding the range of high-quality facilities to provide a ‘home for life’ for companies and will help joint venture partners Langtree, Halton Borough Council, and the Science and Technology Facilities Council (STFC) deliver on the promise to support job creation and drive inward investment in the region.

The first new building in the proposed scheme, V4, measures c. 20,000 sq ft and will expand the availability of Sci-Tech Daresbury’s Grade A office accommodation with larger floor plates of up to 6,000 sq ft. It has been conceived with companies in sectors such as advanced engineering, healthcare, digital technology and sustainability in mind.

V5, meanwhile, is 60,000 sq ft and based around dedicated CL2-enabled laboratory space along with areas to encourage collaboration and positive wellbeing, including an accessible roof terrace. Large floor plates of 5,000 sq ft to 20,000 sq ft will be available along with high ceilings, fume extraction and external door access, are part of a package of outstanding specifications configured to provide best-in-class research space. This new space will be particularly suitable for companies in life sciences, materials development and instrumentation.

Both buildings have been designed to BREEAM Excellent standard by Seven Architecture and sustainable features are included throughout the development. Solar photovoltaics and highly efficient air source heat pumps will ensure V4 and V5 achieve highly efficient energy performance.

Sci-Tech Daresbury, one of the north’s most important clusters of R&D-focused businesses, is already home to over 150 science and technology companies in sectors including advanced engineering, instrumentation, materials, life sciences, healthcare, digital technologies and sustainability. These include the likes of Croda, IBM, and Hitachi, co-located with STFC’s Daresbury Laboratory, part of UK Research and Innovation at the site.

“Our campus is designed to be a ‘home for life’ and we need to provide larger laboratory and office facilities to ensure there is grow-on space for the businesses already within our community,” said John Downes, Chief Executive Officer of Langtree and Chairman of Sci-Tech Daresbury.

“We also want to attract further investment from outside of Liverpool City Region. Larger floorplates are especially attractive in the market and the next phase of Violet will complement the existing office, laboratory, and science facilities that we already have on the campus. The continuing expansion of Sci-Tech Daresbury is key to ensuring that companies can start and scale in the North without the need to relocate elsewhere, which would create significant disruption for them and bring the risk of losing key staff. We also believe that investment in innovation capability goes straight to the heart of future-proofing the regional economy – it’s part of creating a highly skilled workforce, that generates high value intellectual property.”

The second phase of Violet is expected to help create or support 300 jobs and add significant social value in the area through skills opportunities and local spend during the construction phase.

The planning application includes a comprehensive landscape strategy which will co-ordinate how the new development will connect pedestrian movements to the wider campus through both enhanced walkways and accessible lift provisions. Subject to securing consent, building works could commence in early 2024 with a targeted completion of mid-2025.

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