Enhancing the UK’slaunch capability

Skyrora and Spirit AeroSystems are announcing a new collaboration on orbital launch capability. UK-based launch-vehicle manufacturer Skyrora is developing an agile, end-to-end launch service to provide access to space for small satellites globally. Having conducted a test launch of the suborbital Skylark L vehicle in October 2022 as part of the company’s incremental learning approach, Skyrora is well on track to become the first UK company to vertically launch satellites from the UK, expecting to conduct up to 16 launches per year once at scale.

Spirit’s presence in the UK space sector is growing. Its broad offering of adaptive manufacturing and testing solutions in metallics and composites, at both its Scotland and Northern Ireland facilities, brings significant industrial capacity to Skyrora’s launch proposition. Leveraging Spirit’s aero-structures expertise, the companies will explore opportunities to transition Skyrora’s orbital launch vehicles from development to full-scale production.
For further information www.spiritaero.com

Manufacturing growth and jobs in Manchester

A new Investment Zone for Greater Manchester, announced by the Chancellor in the Autumn Statement, is expected to create 32,000 jobs and leverage £1.1bn of private sector investment.The Investment Zone will provide £160m in public funding over 10 years to support initiatives and interventions agreed between Greater Manchester and the Government, which will include new research and innovation, sector-focussed skills programmes, local infrastructure enhancements and targeted business support.Greater Manchester’s Investment Zone will focus on the advanced materials and manufacturing sectors.
For further information www.greatermanchester-ca.gov.uk

£38m funding to upgrade UKBIC

The UK Battery Industrialisation Centre (UKBIC) has secured a further £38m in funding to upgrade the facility’s scale-up capabilities, thus supporting innovation projects for high-tech developers and users of battery technologies. This new funding, announced as part of the Autumn Statement, is principally for UKBIC’s flexible scale-up line, and builds upon the £36m already committed by Faraday Battery Challenge in May. Preparatory work on construction of thefacility is already underway.

The new funding will enhance Coventry-based UKBICs’ offering to customers and enable activities that include: the installation of additional electrode production equipment as part of UKBIC’s new flexible scale-up line; the installation of a flexible 800 sq m clean and dry industrialisation space for new manufacturing process demonstration; and the development of advanced digital manufacturing capability to transform how data is analysed during the upscaling of products and processes at UKBIC.
For further information www.ukbic.co.uk

Construction of EMIoT gets underway

Derby College Group (DCG) reports thatground has been broken for the upcoming East Midlands Institute of Technology (EMIoT) at the Roundhouse Campus, marking a significant milestone in the development of cutting-edge education and training facilities in the region. The facilityis poised to become a beacon of excellence, with collaboration between academia and industry in addressing the growing demand for skilled professionals in technology-related fields.

A partnership between Derby College Group, the University of Derby, Loughborough College and Loughborough University, the EMIoT aims to deliver a world-class, research-orientated, employer-led learning facilities, founded on clean growth and digital delivery. It is working closely with global employers, including Rolls-Royce, Uniper, Toyota, National Grid ESO, Alstom, Fujitsu and Bloc Digital to ensure programmes deliver a workforce with future-ready skills.
For further information www.derby-college.ac.uk

New technology cleans parts with dry CO2 granules

For in-line dry component cleaning applications, ACP systems is releasing itsPowerSnow QuattroClean technology. The process compresses recycled liquid CO2 into cleaning granules using an integral unit. Compressed air then accelerates the granules, fed through a purpose-designed nozzle, for blasting on to surface that requires cleaning. Thanks to the elimination of the customary external pellet production and logistical effort associated with conventional dry ice cleaning, it is possible to realise a fully-automated and uninterrupted cleaning or deburring process.

The new cleaning process efficiently removes stubborn particulate and filmic contamination from virtually all materials and material combinations. Using cleaning granules made from recycled liquid CO2, the process can clean entire surfaces or selected areas in a reproducible manner. Applications range from surface finishing in body-in-white automotive processes and the removal of welding beads, to the fine deburring of medical instruments and fine-tolerance watch components.

Cylinders or tanks feed the mediato the QuattroClean PowerSnow system, thus offering unlimited shelf life.The jet of compressed air containing the granules has a temperature of around -78°C.

On impacting on the surface, four effects occur. A thermal effect leads to sudden local cooling, where the different expansion coefficients between the substrate and the contaminants cause cracks to form in the latter. A mechanical effect also takes place, where the transfer of momentum detaches impurities. When the snow granules impact on the surface, they undergo a transition from the solid to the gaseous phase, with an abrupt increase in volume of around 600 times. This so-called sublimation effect creates micro-pressure waves that also detach contaminants. In addition, during the transition phase, a solvent effect removes filmic/organic contamination.
For further information www.acp-systems.com