Showing posts with label innovation. Show all posts
Showing posts with label innovation. Show all posts

Wednesday, June 8, 2011

EMSc supporting charities large and small

EMSc UK Ltd is extremely proud to announce it is one of the main sponsors at an upcoming UNICEF event in Leeds. The event, which is being hosted by Martin Bell, will be held on Monday 13th June at the Queens Hotel in Leeds city centre.

Martin Bell, UNICEF goodwill ambassador, former BBC journalist and a former Independent MP, will talk about his extraordinary experiences around the world, highlighting the important role UNICEF plays in improving children’s’ lives.

EMS has also recently made a donation to a school in Rotherham through the Kidsafe charity. Kidsafe is an organisation that is actively committed to helping keep children safe across the UK and Eire. The money the company has donated will be used to provide a local school with vital safety information free of charge, on topics including ‘Stranger Danger’, vandalism, crime prevention, racism, bullying, drugs, road safety and the Green Cross Code.


Alex Mardapittas, managing director at EMS commented
“We recognise that future generations will have a large part to play in looking after our planet and environmental sustainability, which is why we are proud to be supporting these children’s charities.” He added, “As a company proud of its Yorkshire roots, and being based in Rotherham, we are particularly keen to demonstrate our support for local schools and children’s charity events.”

EMS’ market leading voltage optimisation system Powerstar, is the most efficient voltage optimisation solution in the world and can save up to 26.1% of total electricity consumption and related CO² emissions, all without compromising the supply to electrical equipment. The payback period after installing the product is typically between 0.8 and 2.5 years.

Ultracoat reinforces its Reputation

A chamber before and after the application of Ultracoat
Fernco Environmental, a company focusing on environmental drainage solutions, has seen an increase in demand for its Ultracoat structural coating system, with a large number of new project opportunities becoming available.

Ultracoat has recently been used to rehabilitate in excess of fifty badly corroded chambers at a leading UK brewery, and has also been chosen by a soap manufacturer in the Midlands for the repair of several chambers on an effluent line.

Fernco Environmental has also been awarded with the contract for waterproofing the cellar of a privately owned home in Glasgow – a new type of application for Ultracoat - and is continuing discussions with a race course over the use of Ultracoat for its failed GRP storm water tank. The structural rehabilitation of several chambers at a nuclear power station is also coming soon – after an efficient one coat application, the chambers will be stronger, 100% waterproof and have a chemical resistance to materials with a pH of 2-14.

Ed Fairfield, marketing manager at Fernco Environmental, commented,
“We are extremely pleased with the development of the Ultracoat system over the past few months, particularly with the variety of different applications we’re seeing – this is far more than just a manhole rehabilitation system. Ultracoat is reinforcing its proven track record of delivering excellence and reliability”

Fernco Environmental is sister company to Flexseal, global leaders in flexible drainage couplings. The company is based in Barnsley, South Yorkshire.

About Fernco Environmental

Fernco Environmental is a new company within the Fernco group, and focuses on minimising environmental impact within sewerage and drainage industries.

Jon Crean, Managing Director, summarises ‘the team in the UK are working hard to deliver innovation and move into new industries, new markets and new countries. There are a variety of challenges which the industry needs to address such as sustainability, environmental awareness and meeting the demands of new legislation. Fernco Environmental aims to provide the tools the industry needs to succeed’.
For further information about Fernco Environmental visit

Wednesday, May 4, 2011

Clugston Construction wins contract to build £8M waste treatment plant

Artist’s impression of the recycling facility.
Clugston Construction, one of the North’s leading privately owned building and civil engineering contractors, with offices in Leeds and Scunthorpe, is pleased to announce it has won a £8M contract to build a waste treatment and recycling facility in North Lincolnshire.

The plant which is part of a £250M North Lincolnshire Council contract, will involve building a mechanical biological treatment plant on a ten acre site at the Normanby Enterprise Park in Flixborough. At the height of the project Clugston anticipate a workforce of approximately 40 people.  

The landmark project, which will reduce the amount of waste North Lincolnshire sends to landfill by as much as 87 per cent, avoiding 11,800 tonnes of carbon dioxide being produced, will see Clugston Construction working along side its partner Waste Recycling Group (WRG), part of the FCC Group. 

Once built the plant will be operational 7 days a week, handling 69,000 tonnes of rubbish per year and will process residual waste, turning it into Climafuel, an alternative fuel originally developed by CEMEX for use at its kilns at South Ferriby, Lincolnshire. Climafuel has been used successfully at the South Ferriby site as an alternative to traditional fossil fuels for almost five years.

Steve Radcliffe, managing director Clugston Construction said,
“We are delighted to be part of the successful team as Design and Build Contractor for the facility in North Lincolnshire. We have worked closely with our partners WRG and North Lincolnshire County Council for some time, to deliver what will be a sustainable waste management solution.”
The company continues to build on its already strong track record in the Waste and Energy sectors having also recently been awarded a £40M contract to build an Energy from Waste (EfW) facility for neighbouring Lincolnshire County Council. The work represents a further milestone in the company’s involvement with projects delivering a sustainable environment for the UK.

John Plant, Director of FCC Projects, commented,
“We are delighted to have been selected as the Council’s preferred bidder and look forward to working in partnership with the Council and Clugston Construction in delivering a sustainable and value for money solution. Reducing reliance on landfill means we can recover valuable secondary resources, and also reduce methane emissions – a powerful greenhouse gas.”

A North Lincolnshire Council spokesperson said,
“Diverting waste from landfill is one of our key aims and it will save money. We are delighted to have reached this crucial phase in the procurement.”

CEMEX’s technical director Neville Roberts said,
“We have been steadily increasing the use of Climafuel at our south Ferriby plant and to be able to source more of it locally is a win-win situation. Securing this contract to deal with North Lincolnshire’s waste represents a local solution to a local problem”

Friday, April 22, 2011

In Search Of A Golden Mean: Balancing Innovation And Execution In Biopharma


Guest post by Dr. David Shaywitz

As the biopharmaceutical industry looks to revitalize itself through innovation, a lot of companies have started to think deeply about what it means to be more innovative. In today’s WSJ, I review an interesting new book by Peter Sims called Little Bets that discusses the importance of deliberate experimentation in innovation and highlights the role of thoughtful improvisation in driving progress.

The difficulty, as I see it, isn’t that most people fail to appreciate the value of trying new things, and more generally, pursuing a portfolio of options. Rather, it’s that almost everyone wants to be the one doing the diversifying, and often wants the entities within their portfolio (companies, programs, people) to execute in a lean and focused fashion.

For example, growth investors generally want their companies to relentlessly pursue a specific thesis, often high risk/high reward; for these investors, each company in their portfolio is a small bet. But most companies prefer to diversify and hedge their risk – statistically safer for them, but not necessarily what their investors had in mind. The pattern extends down through project teams even to the level of an individual employee, who must balance pursuit of promised objectives with the ability to pivot if something changes. In each of these situations, everyone understands the value of small bets – the issue is that each person wants to be the one holding the cards.

From a management perspective, the dilemma is that in the short term, investing in game-changing “disruptive” innovations are a drag on the balance sheet. Organizations are always seeking ways to cut costs; this is especially true these days for pharma companies, as they anticipate patent expiries. Without a serious long-term commitment, and mandate, from senior management, pursuit of such so-called “non-core” activities face serious, even prohibitive, challenges. (See this thoughtful HBR piece by Clay Christensen and colleagues for an excellent discussion of how the financial value of disruptive innovation is systematically underestimated.)

It’s also critical to recognize the very real limitations of constant experimentation – the success of any innovation requires not just a promising idea, but also focused and determined execution. I imagine someone could write a parallel volume to “Little Bets” (and probably several exist already) arguing that it’s all about execution, and that in practice, the actual limitations on innovative success are the fortitude to stay with a difficult idea, grinding through the sweat and tears to ensure it becomes a reality.

Such perseverance is as vitally important in academia as it is in business – I can think of many graduate students who were brimming with potentially interesting ideas, but were never able to muster the focus needed to shepherd any individual idea through the necessary period of unglamorous, gritty exploration, and would instead constantly jump to something new.

By contrast, the most successful academics I know are relentless about following up promising ideas, ensuring they are adequately developed and successfully published. (I suspect there are actually far more academics whose career success results from the dogged pursuit of mediocre ideas than from the tepid pursuit of great thoughts.)

The obvious answer, of course, is that it’s all about balance – both exploration and execution are essential, and you need to know when to do each. But therein lies the rub. Consider this disturbing thought: perhaps it’s not really possible for anyone to know, for any particular situation, just what the right balance is. Arguably, “the right balance” is largely dependent upon randomness, externalities that are impossible to foresee despite one’s best guesses, and potentially out of one's control.

Nevertheless, the success stories will be captured in business books, case studies,and on the “analog” slides so popular among consultants and bankers; the wins will be attributed to brilliant thinking (and implicitly, to great advice), while the failures (though frequently the result of similar advice and a similar strategy) will quickly be forgotten. (See The Halo Effect by Phil Rosenzweig, or Fooled by Randomness by Nassim Taleb for a more complete discussion of these issues. Additional books recs can also be found here.)

I continue to believe -- strongly – that good management matters; while you may not always be able to make good decisions, you can certainly avoid making some very bad ones. In biopharma, specifically, I deeply believe in the value of--and absolute requirement for--effective execution, but I remain passionate about the primacy of good new ideas, the value of R&D, and the importance of innovation. I’ve witnessed the “innovation dissipation” that can occur in large corporate structures that kill new ideas not by fiat but through stultifying bureaucracy, onerous processes, and falsely precise spreadsheets and modeling, as previously discussed here.

It’s not surprising that some of the most innovative leaders carefully protect nascent ideas from institutional antibodies, especially those associated with productivity metrics. Sims writes that at Amazon, “when trying something new, Jeff Bezos and his senior team (known as the S Team) don’t try to develop elaborate financial projections or return on investment calculations.‘You can’t put into a spreadsheet how people are going to behave around a new project,’ Bezos will say.”

Similarly, Mark Fishman, head of R&D at Novartis, has reportedly banished the use of sales forecasts from early research, and (in a stimulating 2008 HBR article by Amabile and Khaire) has derided Six Sigma as “one device that has destroyed more innovation than any other,” adding that efficiency-minded management “has no place in the discovery phase.”

Steve Jobs’s dictum, “People don’t know what they want if they haven’t seen it” seems especially relevant for drug development, as huge resources are spent trying to figure out what patients and physicians want, yet the ability of such market research to anticipate the value of a novel product is notoriously poor, as discussed in this JCI article by former pharma VP Jose Cuatrecasas. (I’ve yet to meet a senior pharma commercial executive who will acknowledge this limitation.)

Overconfidence in forecasting turns out to be a more general problem, as concisely summarized by noted University of Chicago behavioral economist Richard Thaler in this NYT piece.

Innovation continues to matter for Big Pharma. But, as Anthony Nicholls notes, simply restructuring themselves in the image of biotechs may not be the magic answer. It's worth noting there’s little evidence that biotechs are any more productive than big pharma. It’s just that they often evaporate when they fail, and their losses tend to be invisible, rather than accounted for on a balance sheet, as HBS professor Gary Pisano discusses in his book Science Business.

I’ve seen so many people within big pharma who were attracted by the opportunity to make important new medicines, and who still, despite everything (including the formidable internal challenges as well as the relentless attacks of the pharmascolds), maintain this worthy ambition.

The challenge for top pharma leaders -- a challenge that I’m not sure most big pharma execs either fully appreciate or deeply believe -- is to recognize this potential, engage these aspirations, and support and enable these latent innovators, before it is too late.

Dr. Shaywitz is a strategist at a biopharmaceutical company in San Francisco and an Adjunct Scholar at the American Enterprise Institute. He is a regulator contributor to Science Business at Forbes.

(Image courtesy of flickrer Digitalnative used with permission through a creative commons license.)

Tuesday, March 22, 2011

Successful Ecobuild 2011 for VO4HOME

VO4HOME or Voltage Optimisation 4 Home, developers of the new energy saving carbon reducing solution for the home, has returned from a successful Ecobuild 2011.

At the internationally recognised event the Rotherham based company managed to establish many new leads, with housing associations, local authorities, house-builders photovoltaic installers, electrical engineers and end users. All of which are becoming ever more keen to identify easy to implement solutions for reducing energy consumption in the home.

The company’s success at the exhibition also represents the growing level of interest in the company and the VO4HOME system, following the company’s launch in November 2010. The company also used the opportunity to expand its network of partnerships with national and international organisations across a variety of different sectors.

Ecobuild 2011 was the first in a series of exhibitions that VO4HOME will be attending throughout the UK in the coming months including Greenbuild and VO4HOME seminars across the UK.

Geoff Clifton business development manager at VO4HOME said,
“We are noticing a great deal of interest in our system, which was evidenced not only by the number of people that visited our stand, but also by the number of telephone calls we have been receiving since returning to the office.”
For more information about VO4HOME visit www.vo4home.com.

VO4HOME is looking to develop its base of Photovoltaic and Microgeneration Installers and Energy Advisor partners. Companies interested in marketing the system as part of their range of solutions should contact
Geoff on 08448 248 338.

VO4Home:

  • Can save 330-500lbs of CO2 emissions each year
  • Can save money on power bills by around £90 to £150 a year
  • Comes with guaranteed savings.
  • Will improve the life expectancy of electrical equipment.
  • Will improve the power quality (reduce harmonics and improve the power factor).
  • Easy installation – no need to change electricity provider, no rewiring require, no maintenance required, no moving parts
  • Comes with a 5-year warranty
  • Is fully designed and manufactured in the UK. All VO4Home components, including even minor items such as the paint, are sourced from UK manufacturers.
  • The VO4Home team has over 150 years combined experience in designing and manufacturing special transformers and the VO4Home design is a direct result of this experience.

Friday, February 4, 2011

Sheffield's Magnomatics motors ahead


Magnomatics, the Yorkshire based high technology company specialising in the development of innovative electro mechanical solutions, is pleased to announce it has been working on contracts worth in excess of $25M. These include two key EU Framework 7 projects with some of the most prestigious companies in the world including, Siemens AG, Volkswagen and Fiat.

The first, Integrated Enabling Technologies for Efficient Electrical Personal Mobility (PMOB) will result in a radical new vehicle concept for urban driving, whilst the second CASTOR, Car multi propulSion integraTed pOwer tRain, will develop technology for electric vehicles. Both projects, which will employ Magnomatics’ innovative proprietary technology, are focused on developing eco-friendly, energy efficient vehicles of the future.

To meet the growing demand for its technology and solutions Magnomatics, has had to double it’s staff over the last twelve months, from 7 to 14.

Chris Kirby, managing director at Magnomatics, commented:
“We are extremely pleased and proud to have been chosen to work on two large EU projects with some of the world’s most high profile companies. It’s very exciting to think that our technology, which has been entirely developed in the UK, could help revolutionise next generation vehicles across the globe.”


About Magnomatics

Magnomatics Limited is a high-technology spin-out company formed in 2006 from the internationally leading research group in Electrical Machines and Drives at the University of Sheffield.
Magnomatics develops and delivers novel proprietary magnetic transmissions and ultra compact and efficient motors and generators for some of the world’s largest multinationals and is active in a range of industries, including renewable energy, automotive, aerospace and defence.

Magnomatics has specialist electromechanical capabilities and provides design services to world leading companies for motors, generators, actuators and eddy current couplings and dampers. It has particular skills in designing machines for high torque, high speed, high temperature and fault tolerant applications.

www.magnomatics.com

Powerstar at the SEEC

The Powerstar team are very pleased to be exhibiting their voltage optimisation solution at the Scottish Energy and Environment Conference (SEEC) which is being held at the Crowne Plaza in Glasgow on Tuesday 8th February 2011.

The SEEC is the key event for energy management in Scotland, as such it attracts a large number of key decision makers throughout the public and private sector. Voltage optimisation should be considered as an integral part of any energy management strategy, and the event as a whole will cover all aspects of this.

The innovative Powerstar system, which provides companies and organisations with an instant electricity saving opportunity, is proven to be the most efficient available, delivering savings of up to 26.1% on energy consumption and associated carbon emissions.

The Scottish market is extremely important to the growth plans of EMSc (UK) Ltd, developers of the Powerstar system. The company recently announced treble digit growth in 2010 and the appointment of Bryan Divitt as Scottish sales engineer. Bryan is based at the company’s Livingston office.

Bryan said;
“We are looking forward to discussing the capabilities of Powerstar to customers visiting the show. We have already had some great success in Scotland with Perth College, East of Scotland Farmers and Punch Taverns all installing Powerstar.”


EMS’ North West England sales engineer Ray Booth will also be on the stand throughout the exhibition, to provide advice and guidance on how the Powerstar voltage optimisation system can deliver significant carbon savings, as well as reduced energy and maintenance costs.

Powerstar:

Can save up to 26.1% of electricity consumption.

Is fully designed and manufactured in the UK. All Powerstar components, including even minor items such as the paint, are sourced from UK manufacturers. The Powerstar design and any associated software are designed by EMSc UK Limited.

Requires no maintenance and has a 15 year warranty.

Is an approved energy savings system and may qualify for an interest-free Energy Efficiency Loan from the Carbon Trust.

Comes with guaranteed savings.

Will improve the life expectancy of electrical equipment.

Will improve the power quality (reduce harmonics and improve the power factor).

Has the highest efficiency and provides better savings than any other voltage optimisation system sold in the UK. This has been proven in independent tests (on the same load and same voltage reduction), head to head with similar competitive systems. In these tests Powerstar achieved:
Significantly higher energy savings (up to 13% more)
Reduced harmonics by 88% more than competitive systems
Running significantly cooler than competitive systems. (While Powerstar operated at normal ambient temperatures, competitive systems were operating at nearly 70°C).

The EMS team has over 150 years combined experience in designing and manufacturing special transformers and the Powerstar design is a direct result of this experience.

2010 - Winners of the Yorkshire Forward Innovator/10: Innovation in Action Award
2006 - Winners of the CARE4AIR AWARD

Friday, January 28, 2011

Deals Of The Week: The Sputnik Edition

Outside the deal making arena, the word garnering significant air time this week was “innovation.” During this week’s bipartisan date night, also known as the State of The Union address, President Obama mentioned the word at least nine separate times, as he channeled Survivor’s Jeff Probst. “We need to out-innovate, out-educate, and out-build the rest of the world.” He called on the country to “get behind innovation”, exhorting “this is our generation’s Sputnik moment.”

One could well ask if this is Big Pharma’s Sputnik moment as well. The biopharma industry is well aware of the need for innovation. Indeed, the stricter pricing environment in Europe and the US (where payers are pushing back on multiple classes of drugs even if NICE-like decision making isn't yet a reality), has already forced a wholesale shift, with a greater emphasis on devising drugs for unmet medical need and actually demonstrating said value.

As the industry wrestles with its innovation gap, there are a number of puzzles to solve. The first, and potentially easiest, to come to grips with is access to new products and new ways of thinking. It’s one of the primary reasons biopharma companies are cutting deals with academia and not-for-profits with such regularity, none more so than Pfizer, which rolled out its New York-based Center for Therapeutic Innovation(CTI) just hours before the Prez made his way to Capitol Hill.

A thornier question is what actually constitutes innovation these days. Ask a completely random group of industry execs and the answer almost certainly would be new drugs (or devices) to address some unmet medical need: lupus, major depressive disorder, Alzheimer’s. Undoubtedly those are areas deserving investment; so too, however, are improvements in care delivery in high cost arenas like diabetes or hypertension, where the problem isn’t lack of therapy, but actual compliance. There’s a growing opportunity on the service side, and some companies – Sanofi in diabetes, Novartis via its collaboration with Proteus Biomedical – are taking important, albeit early steps, in this direction.

For pharmas to “win the future”, maybe they, too, need to reinvent themselves, like the Michigan-based mom and pop roofing company run by the Allen brothers, which Obama highlighted in his SOTU challenge. One way to do so is by embracing new definitions of innovation beyond the canonical: a new drug hitting a novel target that historically garners a premium price tag. We remain an industry where “better” might mean “faster” (or more convenient) but it almost never means “cheaper”. Why not?

It's a question worth pondering for big drug makers; as Obama rightly reminds us, "Our destiny is our choice." Meanwhile it's time to take a spin through another weekly deal-making wrap up...

Novartis/Genoptix: This week Novartis launched a $470 million cash tender offer for cancer specialty testing lab Genoptix, which offers personalized diagnostics services related to hematological malignancies – and to a lesser extent solid tumors – to community-based oncologists. The acquisition will add more muscle to the Swiss pharma’s two-and-a-half-year-old Molecular Diagnostics unit. As the pharma’s division head of pharmaceuticals, David Epstein, told investors on the company’s quarterly earnings call on Jan. 27, the move ensures companion diagnostics would be “readily available as we launch our new pharmaceuticals.” Indeed, the acquisition gives Novartis infrastructure and also know-how not normally found in pharma-based R&D that should smooth the transition from biomarker identification to actual companion diagnostic test development, which could range from home brew tests run at Genoptix’s lab to more broadly distributed test kits. As such, the deal is another indication of the confidence the pharma has in its pipeline of targeted cancer drugs, largely for hematological malignancies, and their belief in biomarkers – a marching order unaltered since the formation of the Novartis Institutes for Biomedical Research, whose resources directly fuel much of the effort of the Molecular Diagnostics unit. (To learn more check out this issue of IN VIVO.) Even as the industry has turned more and more towards outsourcing R&D, Novartis continues to drive translational research from within via NIBR. By taking on the risk of bringing in and supporting a diagnostics development infrastructure, it’s making a similar statement in the testing realm. – Mark Ratner

Amgen/BioVex: Amgen's Jan. 24 earnings call promised a plan to invest more heavily in research & development. On the same day, the company put its money where its mouth is.
Amgen deepened its commitment to oncology, revealing plans to acquire biologic vaccine developer BioVex for a $425 million cash upfront payment as well as milestone payments totaling as much as $575 million. Cash-rich (the big biotech has around $18 billion in its coffers), Amgen's massive upfront commitment - the largest for any privately held biotech in at least two years, according to Elsevier's Strategic Transactions database - is a powerful vote of confidence in cancer vaccines, the area in which BioVex has concentrated most of its efforts. The agreement is also easily the largest deal in the sector since April 2010, when Dendreon received approval for Provenge. The deal represents a payday for the well-funded BioVex, which has raised $175 million from at least 15 firms since its spinout from University College London in 1999. For BioVex, the sale to Amgen – especially at this price tag – makes obvious strategic sense. With two Phase III trials underway on its OncoVex product, an immunotherapy for both metastatic melanoma and head and neck cancers, the company faced increasing commercial costs that would require an alternate source of funding. "Getting to the public markets is hard in the current circumstances," Coffin told sister publication "The Pink Sheet" DAILY. "Amgen has amazing resources, and we felt that on balance, this was the best overall opportunity." – Paul Bonanos

Ligand/Cydex: For biotechs, the truism “it’s good to have a revenue stream” has never been more important than in today’s capitally constrained environment. The logic of regular income underpins Ligand Pharmaceutical’s purchase this week of privately-held Cydex Pharmaceuticals for $36 million, nearly all of which – $31.2 million – was paid upfront. The move diversifies Ligand, a classic drug development play founded in 1987 that has been moving away from that paradigm to a model described on the company’s website as “developing or acquiring royalty revenue generating assets and coupling them to an efficiently lean corporate cost structure.” Not including new licensing revenue or accelerated growth of the San Diego biotech’s Promacta, the deal is expected to double Ligand’s projected 2011 revenue relative to what it stood to pull in as a stand-alone and moves the firm forward in its goal of becoming a profitable entity. In 2010 Cydex chalked up $16.3 million in revenue thanks to its proprietary drug reformulation Captisol technology, which works by surrounding drugs with specially modified cyclodextrin molecules to allow tighter control of a medicine’s delivery. The Kansas-based Cydex, which will continue to operate as an independent subsidiary of Ligand following the close of the acquisition, already has numerous partnerships with industry players, including Onyx Pharmaceuticals and Prism Pharmaceuticals for the creation of Captisol-enabled IV formulations of carfilzomib and amidarone respectively. And in terms of regulatory risk, the formulation technology is something FDA seems comfortable with – it’s already included in five marketed medications. If Ligand believes it can earn a pretty penny from the Captisol franchise, Cydex’s investors, which include among others SR One, Eastman Ventures, and Techno Venture Management, have barely achieved an exit. Since its inception in 1993, Cydex has raised around $27 million in financing; like so many other private companies, it tried – and failed – to go public in 2008. – EFL

Teva/Corporacion Infarmasa: Teva Pharmaceuticals has conspicuously shied away from the sometimes frenzied investment in China, India and other emerging markets, noting the high valuations and intense competition. It is targeting Latin America for growth, however, as it progresses with plans to increase revenues from $14 billion in 2009 to $31 billion in 2015. Thanks in part to its 2006 acquisition of rival Ivax, it now has operations in Venezuela, Mexico, Argentina, Chile, Brazil and Peru. With this week’s acquisition of Corporacion Infarmasa, one of Peru’s top ten pharma companies, it makes additional in-roads into this Latin American market. Terms weren't disclosed, but Corporacion Infarmasa is owned by two American investment groups: The Rohatyn Group and Altra Investments. Infarmasa manufactures and sells a portfolio of more than 600 branded and non-branded generics, focused largely on antibiotics, antihistamines, analgesics and corticosteroids. By combining Infarmasa with its existing Peruvian organization, Corporacion Medco, Teva will be the number two player in a market that had a CAGR of 12% between 2005 and 2010 and could reach $1.8 billion by 2015. Expenditure per capita on pharmaceuticals in Peru is one of the lowest in Latin America, leaving ample opportunity for future increases, Teva said. – Wendy Diller

Image courtesy of flickrer dad1_ used with permission through a creative commons license.

Tuesday, December 21, 2010

2010 Exit/Financing DOTY Nominee: Castlight

It's time for the IN VIVO Blog's Third Annual Deal of the Year! competition. This year we're presenting awards in three categories to highlight the most interesting and creative deal making solutions of the year. The categories are: M&A Deal of the Year, Alliance Deal of the Year, and Exit/Financing Deal of the Year. We'll supply the nominations (four or five in each category throughout December) and you, the voting public, will decide the winners (by voting early and often, commencing once we've announced all the nominees). Strap yourselves in, it's The Race for the Roger™.

Castlight's $60 million June Series C wasn't the biggest venture round of 2010. (That honor belongs to Archimedes, which pulled in a stunning $100 million from new and existing investors in March). In fact according to Elsevier's magic eight ball (also known as Strategic Transactions), Castlight's financing -- certainly a large sum -- wasn't even enough to merit a top five ranking, inched out by the raises of European companies Immatics and AiCuris, and on the U.S. side by Relypsa, Cerenis, and Pearl Therapeutics. Why, then, does it merit your vote for IN VIVO's DOTY in the Exit/Financing class?

Call it a vote for the new world order.

You probably know that earlier this year Congress passed a small piece of legislation called the Patient Protection and Affordable Care Act. We at IVB thought about nominating health care reform for DOTY, but after a couple of years of running this competition, we knew better. HCR is too big, too vast, too encompassing a topic to capture the voting public's imagination. You, dear reader, want something more tangible that you can point to and say yes, here's a deal that embodies a larger trend at work.

And if ever a financing represents the new business and market opportunities now in play because of health care reform, surely it's the Castlight deal. Castlight, founded in 2008 as Ventana Health Services, aims to solve one of the thornier wickets of health care delivery: the issue of pricing transparency for medical services.

Downloadable smart phone apps such as TheFind can tell you whether Amazon or WalMart or Best Buy has the best price on the fancy new GPS system you want to buy your girl friend with the poor sense of direction. But it can't tell you where to get the best price on a colonoscopy or a dental cleaning or an MRI. And with the advent of high deductible health care plans and an ever larger percentage of costs being passed on to the consumer (er, patient), that's valuable information to have.

Castlight aims to illuminate this murky arena, creating an algorithm that allows users to search a database of providers to determine out-of-pocket costs for various procedures. Its business model is simple: the company aims to sign contracts on a monthly per-employee fee with businesses that self-insure or are encouraging their own employees to make smarter--i.e. more cost-conscious--health care choices. But it's easy to imagine the model could evolve over time to an open access system where pricing is based on a per-use fee and anyone can sign up to use it. To date, Castlight already has one customer: the grocery store giant, Safeway, which employs about 200,000 workers.

Castlight has plenty of competition too. Small start-ups such as Change: Healthcare, along with insurers such as Aetna, or even information service providers like Thomsen-Reuters, are getting into this game. Though Castlight is small compared to some of those established players, it boasts an impressive roster of founders and backers, which include not just traditional venture backers such as Maverick Capital, Oak Investment Parnters, and Venrock, but also the Wellcome Trust and the Cleveland Clinic.

It certainly helps that one of Castlight's founders, CEO Giovanni Colella, is no neophyte in the health care services arena. He sold his previous firm, Relay Health, which enables doctors to communicate with patients via secure web-based technology, to McKesson in 2006. An added bonus is surely the involvement of investor Alan Garber, a professor of medicine at Stanford who also happens to run that university's Center for Health Policy.

Analysts have long said the only way to rein in skyrocketing health care costs is to make patients understand what they are paying for and why. But for most of us health care is heavily subsidized by our employer. With some one else footing most of the bill, there ain't a huge incentive to ask the neurologist treating your headaches if an expensive MRI is must-have data that will change his or her treatment plan for you. If it's not, knowing the costs of the MRI versus a 10-pill prescription for generic sumatriptan become valuable data points that help guide decision making--especially if you have to pay a portion of the tab.

It's perhaps surprising that with the passage of health care reform, VCs aren't talking up the opportunities in actually delivery of care with greater enthusiasm. Conventional wisdom is such technology plays are risky--unlike drugs or devices, these tools can be commoditized and don't have the same intellectual property protections that limit the playing field.

But the IP protection enjoyed by drugs and devices is a red herring. Health care reform means comparative effectiveness will be the rule not the exception and that means biopharma and medtech companies face increasing competition not less as payers, physicians, and patients evaluate the costs and benefits of various therapeutic options. Already companies have pivoted, talking about differentiation and unmet need as being important drivers of innovation.

By that definition, doesn't the information Castlight provides represent innovation with a capital "I"?

And that's why Castlight deserves your vote for the exit/financing deal of the year. It's a vote for innovation -- maybe a different kind of innovation than you are used to --but innovation nonetheless.

Heceta Head Lighthouse courtesy of flickrer dezz, courtesy of a creative commons license.

Wednesday, December 15, 2010

Yorkshire company powers up to meet global demand

Yorkshire based company EMSc (UK) Limited is pleased to announce it has signed exclusive agreements with companies in Australia and the United Arab Emirates (UAE) to market and install its Powerstar voltage optimisation solution.

In Australia the company has set up a joint venture with Perth based Cockburn Electrical and in the UAE it has signed an exclusive distribution agreement with Wildcatos Oil services. The company carried out in-depth demographic and market research to identify countries in which to market Powerstar.
Like the UK, there is a growing demand in both Australia and the UAE not only for a ‘greener’ approach towards energy consumption, to overcome concerns about the impact on the environment, but also from businesses that are looking to find ways of reducing their costs through a more efficient use of the power they have to buy from energy providers.
In line with the success the company has been experiencing in the UK, it has also seen sales for Powerstar grow in markets across Europe. To meet demand in Cyprus, for example, the company has had to employ a new business development manager.

To further highlight the growing international interest in Powerstar Dr. Alex Mardapittas, designer and managing director of EMSc, recently appeared on national television in South Africa, on CNBC’s Powerlunch, to talk about Powerstar. He was also invited to be a guest speaker at the South African Energy Efficiency Convention.

Dr. Mardapittas commented;
“As international interest in Powerstar increases, we will continue to identify and implement the most appropriate distribution strategy for each market. In Australia and the UAE our partners have long established businesses and know their respective markets very well.”

Powerstar is the most efficient voltage optimisation system in the world and can save up to 26.1% of total electricity consumption and related CO² emissions, all without compromising the supply to electrical equipment. The payback period is typically between 0.8 and 2.5 years.

Powerstar provides an instant solution to businesses and organisations, enabling them to save money by reducing energy consumption, at the same time cutting carbon emissions.


Powerstar:

Can save up to 26.1% of electricity consumption.

Is fully designed and manufactured in the UK. All Powerstar components, including even minor items such as the paint, are sourced from UK manufacturers. The Powerstar design and any associated software are designed by EMSc UK Limited.

Requires no maintenance and has a 15 year warranty.

Is an approved energy savings system and may qualify for an interest-free Energy Efficiency Loan from the Carbon Trust.

Comes with guaranteed savings.

Will improve the life expectancy of electrical equipment.

Will improve the power quality (reduce harmonics and improve the power factor).

Has the highest efficiency and provides better savings than any other voltage optimisation system sold in the UK. This has been proven in independent tests (on the same load and same voltage reduction), head to head with similar competitive systems.

In these tests Powerstar achieved:
  • Significantly higher energy savings (up to 13% more)
  • Reduced harmonics by 88% more than competitive systems
  • Running significantly cooler than competitive systems. (While Powerstar operated at normal ambient temperatures, competitive systems were operating at nearly 70°C).

The EMS team has over 150 years combined experience in designing and manufacturing special transformers and the Powerstar design is a direct result of this experience.

2010 - Winners of the Yorkshire Forward Innovator/10: Innovation in Action Award
2006 - Winners of the CARE4AIR AWARD

Visit Powerstar website

Monday, October 4, 2010

Environmentally Friendly Works

Ferro Monk Systems, one of the UK’s leading sewer and pipeline rehabilitation specialists, has recently completed work on Phase 1 of a project on the M180 motorway. The work, which was finished on time and on budget using Ferro Monk’s Ferrocement solution, was six figures in value and required the team to pay special attention to the local environment.

Working with Carillion WSP, the main contractor on site, and the Highways Agency, who commissioned the work, Ferro Monk cleaned and surveyed the 9 Highways Agency culverts under the motorway. The company then completed the work using its own Ferrocement Lining System.

Ferrocement linings are ideal for the repair and renovation of sewers, tunnels and culverts suitable for man entry.

The project involved Ferro Monk Systems paying special attention to the impact the work might have on the local wildlife, as the culverts are connected to fresh water drainage ditches running in and around farmlands that surround the M180, including swans and their nests, voles, fish and much more.

Danny Heffernan, managing director at Ferro Monk Systems, explained:
“We had to take considerable care in our approach to the project, because of the close proximity to the local wildlife. We worked closely with both Carillion WSP and the Highways Agency to ensure everything went to plan and nothing was unduly disturbed or harmed.”

The successful completion of the work carried out on Phase 1 subsequently led to Ferro Monk Systems completing a Clean and Survey project as part of Phase 2 of the M180 motorway project to a further 8 culverts.


About Ferro Monk Systems

Ferro Monk Systems, part of the Clugston group of companies, is one of the UK’s leading wastewater asset and pipeline rehabilitation specialists. The company is one of only a few companies operating in the UK undertaking works using both remote and man entry methods. It employs a diverse range of materials and techniques, including its own unique patented and fully approved Ferrocement lining system. The company is also the UK’s first officially approved contractor to use Ultracoat, the 100% epoxy sprayed lining system. 


For more information about Ferro Monk Systems please ring 0113 287 7577 or visit www.ferromonk.co.uk

Wednesday, September 29, 2010

Voltage optimisation seminar for local authorities

Local Councils & Authorities will be able to find out how voltage optimisation can cut their energy costs and reduce their carbon footprint at a seminar to be held on 28th October in Sheffield by Powerstar manufacturers EMSc (UK) Limited.

Powerstar is the most efficient voltage optimisation system available and local authorities are turning to Powerstar voltage optimisation as a way of cutting their energy consumption and lowering carbon emissions in the campaign to achieve sustainability strategy targets.

Internationally, Powerstar is expanding its presence following the signing of distribution agreements in Australia and South Africa and the commencement of operations in Cyprus and Greece.

Voltage optimisation is a cost efficient way to control a buildings incoming voltage in order to maximise energy savings. Powerstar can save up to 26.1% of total electricity consumption and related CO2 emissions, all without compromising the supply to electrical equipment.

Powerstar designer and Managing Director of EMSc, Dr Alex Mardapittas, commented:


“Council’s are under pressure to spend less and at the same time put in place measures to operate in a more environmentally friendly way. We offer a ‘win, win’ solution in Powerstar that enables a council to cut both electricity costs and carbon emissions. It is greatly encouraging to me that council’s are embracing our voltage optimisation technology and taking a lead that I hope local businesses and organisations will follow.”


The free to attend seminar will take place at The Source, Sheffield from 10.00 to 13.00 on 28th October. 
People interested in attending should contact Helen Lewis, email helen.lewis@ems-uk-org or call on 01709 836200. Places can also be booked online at www.powerstar.co.uk/events

Although the seminar focuses on local councils attendees are welcome from any industry and there will be an opportunity after the seminar to speak to an engineer to determine how voltage optimisation could benefit your company.


About Powerstar, EMSc UK Limited:

Powerstar® is the registered trademark of EMSc (UK) Ltd.

Powerstar:

Can save up to 26.1% of electricity consumption.

Is fully designed and manufactured in the UK. All Powerstar components, including even minor items such as the paint, are sourced from UK manufacturers. The Powerstar design and any associated software are designed by EMSc UK Limited.

Requires no maintenance and has a 15 year warranty.

Is an approved energy savings system and may qualify for an interest-free Energy Efficiency Loan from the Carbon Trust.

Achilles & CHAS success for Ferro Monk

Ferro Monk Systems, one of the UK’s leading wastewater asset and pipeline rehabilitation specialists is pleased to announce it has been awarded outstanding scores for the third year in succession by leading supplier management services organisation Achilles, under their Verify programme.

Ferro Monk’s scores were well above industry averages, none being less than 87%. All the company’s Onsite Assessment categories were not less than 93%.

The company has also recently been awarded the Certificate of Accreditation by The Contractors Health and Safety Assessment Scheme (CHAS). It is the first time that Ferro Monk has achieved compliance via direct assessment by CHAS itself, who are in turn members of the Safety Standards in Procurement (SSIP).

Danny Heffernan, Ferro Monk’s managing director commented,

“The award of such high marks by Verify and the direct Accreditation from CHAS is a marvellous team achievement. It emphasises the importance we place in all our procedures.”

About Ferro Monk Systems
Ferro Monk Systems, part of the Clugston group of companies, is one of the UK’s leading wastewater asset and pipeline rehabilitation specialists. The company is one of only a few companies operating in the UK undertaking works using both remote and man entry methods. It employs a diverse range of materials and techniques, including its own unique patented and fully approved Ferrocement lining system. The company is also the UK’s first officially approved contractor to use Ultracoat, the 100% epoxy sprayed lining system.

For more information about Ferro Monk Systems please ring 0113 287 7577 or visit www.ferromonk.co.uk

Tuesday, July 6, 2010

Free Places on Asbestos Awareness Training Course


Boss Training, specialists in the provision of work at height and safety training, is celebrating the re-launch of its national asbestos awareness training service by offering clients free places on its UKATA registered Asbestos Awareness Training Course in Leeds.


According to the Health and Safety Executive asbestos is still the single biggest cause of work-related deaths in the UK, with recent figures showing that every week 20 tradesman die from asbestos-related diseases through past exposure to asbestos fibres. As a result, Boss Training is aiming to encourage more people to attend this essential course at its Leeds training centre by offering a free place to every one in three group bookings. The course is vital for anyone who could potentially be exposed to asbestos in a work situation. The half-day course, which includes written and oral presentations, focuses on providing attendees with comprehensive information about the properties and types of asbestos; the uses and likely occurrences of asbestos; how to avoid the risk of being exposed to asbestos, as well as procedures to take in an emergency, where asbestos has been found. In addition, Boss Training can tailor the course to the specific requirements of individual customers. Andrew Murphy, managing director of Boss Training, said:
“Because the use of brown and blue asbestos was only banned in 1985, and white asbestos as late as 1999, there are still many buildings which were built prior to those dates where asbestos can be found. Exposure is therefore still a real risk when workers disturb the fabric of buildings. As a result, we felt it was important to encourage as many people as possible to attend the course by introducing this special promotional offer which coincides with the re-launch of our national asbestos awareness service.”
The dangers of exposure to asbestos were recently highlighted in newspaper reports which claimed that Malcolm McLaren, the former manager of the Sex Pistols, was exposed to asbestos at his clothes shop in the 1970s, after disturbing ceiling tiles during renovation work. Andrew continued: ‘Even if you are carrying out renovation work on your own home, there could be an element of risk involved in being exposed to asbestos. Consequently, we are also receiving many enquiries from private individuals about attending our asbestos awareness course prior to starting any major renovation work.’ Companies and individuals interested in attending the asbestos course and taking advantage of this special offer, should contact Boss Training on 0845 680 0495. Boss Training is registered with the United Kingdom Asbestos Training Association (UKATA) to deliver accredited courses and issue genuine training certificates.


Email: info@bosstraining.co.uk
Website: www.bosstraining.co.uk