Press release: Statement on the merger between Trinity Mirror Plc and Northern & Shell’s publishing assets

On 11 April 2018, under section 57(1) of the Enterprise Act 2002, the Competition and Markets Authority (CMA) formally brought to my attention the acquisition by Trinity Mirror plc of certain publishing assets of Northern & Shell. The CMA considered that the transaction may raise public interest considerations for the Secretary of State under section 58 of the Act. The CMA has also launched an initial investigation into the competition aspects of the merger.

Having considered a broad range of evidence, I have today written to the parties to inform them that I am minded-to issue a Public Interest Intervention Notice on the basis that I have concerns that there may be public interest considerations – as set out in the Act – on two grounds that are relevant to this merger that warrant further investigation.

The first public interest ground is the need for free expression of opinion, and concerns the potential impact the transfer of newspapers would have on editorial decision making. In coming to this decision I have given consideration to the issue of formal mechanisms to ensure that editorial independence is maintained at the acquired titles.

The second ground is the need for a sufficient plurality of views in newspapers, to the extent that it is reasonable or practicable. In coming to this minded-to decision I have taken into account that the merged entity would own the largest share of national titles within the UK newspaper market, owning 9 out of 20 national newspaper titles, and become the second largest national newspaper organisation in circulation terms, with a 28% share of average monthly circulation based on circulation figures for 2017 among national titles, including daily and Sunday titles.

Any decision to intervene would require Ofcom to assess and report to me on the public interest considerations and for the Competition and Markets Authority to report on jurisdiction.

In line with the guidance that applies to quasi-judicial decisions, I have invited written representations from the parties and will aim to come to a final decision on whether to intervene in the merger shortly.




News story: Photocentric: company wins Queen’s Award for International Trade

Hanifeh Zarezadeh, 3D Development Engineer at Photocentric, examines the quality of jewellery 3D prints.

Award-winning innovation

The Queen’s Awards for Enterprise recognise the contributions and outstanding achievement of UK businesses in innovation, international trade, sustainable development and promoting opportunity through social mobility.

The founder of Photocentric, Paul Holt, said:

This is wonderful news for our business and we are very proud to be a winner of this prestigious award. We have always tried to innovate with new product ideas and being in a niche sector has meant that we have had to export to gain sales growth.

This year we expect to sell over £2.3 million of 3D printers and photopolymers, rising to over £8 million by 2020 – all from an invention in 2014 which was a consequence of an Innovate UK grant. More than 74% of our sales are to overseas markets.

In March this year, Photocentric also received the Manufacturing Innovation Award at the Made in Central and East England Awards. Earlier, in February, the company was selected as a CommonwealthFirst Export Champion by the Commonwealth Enterprise and Investment Council.

This isn’t the first time the company has won a Queen’s Award. In 2016 Photocentric received the award for Enterprise: Innovation.

Photocentric leads development in 3D printing

Photocentric began in 2002 with the aim of making the creation of business stamps simpler and cheaper. Since then, the company has evolved into manufacturing 3D printers and patented photopolymer packs for making stamps. It is now the largest clear stamp manufacturer outside China.

The 3D printers developed by Photocentric operate using patented technology to create a 3D object from a 2D image on a screen. They use the light emitted from an LCD screen that was originally intended for use in a mobile, tablet or TV to harden a special polymer made to react in daylight. The printers make both extremely high-resolution objects and very large format ones.

Photocentric has been able to produce the printers at lower costs than alternative methods because the screens are made for mass-market applications. This has widened the scope of possible applications, including prototype building and small-scale manufacturing.

Kalvis Gredzens and Richard Wenborn, 3D Development Engineers at Photocentric, developing the next generation of Liquid Crystal 3D Printers.

A growth in sales and scientific staff

Holt said:

A grant from Innovate UK in 2014 helped us to develop a prototype and employ a new chemist. A few months later – and much to my amazement – the chemist created a 3D printed rook. It was a very bad one, but it was the most significant object we will ever print.

The impact on our business has been completely transformative. This year, we will invest over £1 million in R&D and we are working with some of the best universities and biggest companies in the world.

The company’s strategy is based on product development and innovation, together with competitive pricing and excellent customer service.

Over the last 5 years, sales have grown from £2.5 million to £5.7 million, with exports rising from £1.7 million to over £4 million. Their US subsidiary has further sales of over $3 million.

Photocentric has also created 35 new jobs – almost doubling its workforce to 80. The company has a distribution network covering more than 50 countries worldwide.




Protective Security Management Systems

CPNI’s Protective Security Management Systems (PSeMS) guidance provides a suite of materials to help businesses create an assurance system for security. By using a self-assessment check list, organisations can assess gaps in their protective security and better understand weaknesses in their own security systems.

Full details are available on the CPNI’s website.




Press release: Ploughshare Innovations relocates to a new science park at Porton Down

Ploughshare’s move to the Porton Science Park will benefit the site, the region and the wider UK economy. The company, which licenses defence and security technologies and creates start-up businesses, will now be able to support and collaborate with the other exciting new science and technology companies based at the science park. Ploughshare has already created 12 start-ups and has plans for more. Now, with the new Porton Science Park, it is envisaged those new businesses will also locate themselves in the park, which will create more local jobs and retain investment in the region.

The strong links Ploughshare has with the neighbouring Defence Science and Technology Laboratory (Dstl), which is part of MOD, will provide a unique resource for the new science park tenants. Ploughshare has worked for many years with Dstl and understands the organisation, has excellent relationships with senior staff, and strong links with their world-class scientists and experts. James Kirby, CEO of Ploughshare Innovations said:

The new building is a state-of-the-art facility and we are looking forward to being at the heart of the science park, forging links with the other businesses here to help develop new technologies and grow prosperity for the region. Our move to Porton Down puts us closer to our main source of innovations, enabling us to maximise MOD’s investment in science and technology research.

As the commercialisation arm for Dstl, Ploughshare has a unique set of skills and experience in identifying new markets for novel defence and security-related technologies. The team includes professional commercialisation managers who are experienced in creating investible business plans and have already helped a number of organisations to improve their market position and gain commercial advantage. With their defence and security-related intellectual property portfolio, strong links with scientists at Dstl and across MOD, and their relationships with investment communities, Ploughshare brings a wealth of experience that is much valued by new start-up businesses.

Porton Science Park provides a science incubator and grow-on space for science and technology businesses for the region. Situated alongside the established research institutions of Dstl and Public Health England (PHE), it is in the ideal location to play a critical role in the strategy of Wiltshire Council and Swindon and Wiltshire Local Enterprise Partnership to become a world-class cluster of expertise in the life science and defence technology sectors.




News story: Latest battlefield forensics could save lives on the front line

Experts at the Defence Science and Technology Laboratory (Dstl) and their US colleagues have developed a system to identify weapons used by the enemy based on after-attack analysis.

Knowing exactly what has been used in an attack can mean changes are made to kit and equipment, to protect against the latest threats and save the lives of soldiers on the front line.

The system involves simple analysis and forensics gathering at the scene – something which is essential to do quickly in a battlefield environment, with more detailed reconstruction and analysis later on, to build a picture of what happened. Everything, from measuring the craters left by explosives to studying the blast patterns of bullets, can be used to accurately identify the weapons used, even down to the country of origin, with each weapon leaving behind a distinct ‘signature’.

The package, funded by Dstl and created in partnership with the US Army National Ground Intelligence Centre (NGIC), is made up of sophisticated algorithms, libraries of collected data and results from live testing, and can provide accurate results quickly – sometimes within an hour of an incident.

Louis Tutin, project manager from the blast and IED team at Dstl, said:

It’s like a fingerprint, we can accurately identify the exact methods used by the enemy, and so can counter it with improved protection for our troops. Before this project, we relied on experience and opinion, now we can back this up with science. You can’t protect against bombs and bullets if you don’t know what the enemy’s using.

The UK has been working on gathering intelligence from attack scenes since the Northern Ireland deployments and since then in Iraq and Afghanistan. This formal bilateral work with the US brings together best practice from organisations like the Metropolitan Police, the CIA and the FBI to inform the high-speed techniques required to gather evidence from a hostile environment.

Col Charles Crowder, from NGIC, said:

Gathering evidence from a crime scene is a painstaking process, which takes time. We don’t have that luxury; we must collect any data we can within two to ten minutes. With our UK partners at Dstl, we can deploy specialist Combat Incident Response teams within 72 hours, who can then study vehicles and the data collected on the ground for detailed analysis.

The system is already in use at Dstl, providing a real-time resource for troops on the ground, and is set to be formally adopted by the MOD in the coming months.

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