Can Europe deliver clean air?

Did you know Europeans spend 90% of their time indoors? This was just one of many figures presented by the European Commission at this year’s annual Green Week. The event, organised by DG Environment and DG Interpretation, invited participants to “shoot the breeze” with policy makers, as this year’s theme of “Cleaner Air for All” invited discussion on how to help shape the future of EU air policy.

Of particular interest, one session on indoor air quality, the only session of Green Week dedicated specifically to this issue, emphasized that clean indoor air, thanks to ventilation and filtration systems, brings real and measureable benefits to health and productivity in the home and the workplace, while also guaranteeing higher energy efficiency. Ventilation as a key solution to the issue is something we agree with, and that’s why when building our very own Passive House, we have ensured the absolute highest standards of ventilation and even have a successful blower door test to prove it.

At the session, “Only one air: better indoor air for better health”, the panel discussed the main factors affecting indoor air quality and associated health impacts. The negative impacts of poor indoor air quality were also highlighted as an inequity issue, as it is those from lower socioeconomic backgrounds who are disproportionately impacted. The poorest communities tend to be found in the vicinity of industrial areas and inner cities, and are more susceptible to poor air quality, dampness in indoor air, and substandard indoor heating appliances.

Timing of the event was fitting, as the Commission is currently reviewing its air policies and aims to deliver a strategy later in the year. When all is said and done at the end of the day, however, it is actions that speak louder than words. Yes, in the spirit of Green Week participants were welcomed with canvas laptop bags and booklets printed on process chlorine free recycled paper (PCF), but the real test will be the deliverance of the EU policy on air. Can the Commission deliver? Time will tell!

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STAY COOL THIS SUMMER: Top tips to insulate your house

The warmth and sunshine of the summer months are upon us and thus we bring you top tips of how to insulate your house.

Taking our Polyurethane Passive House as example, building a new home from scratch to accommodate all insulation and passive house concepts, you can achieve up to 90% less energy than a common house today. But you can make a difference in your own home, as renovating existing homes can lead to energy consumption cuts of up to 40%!

What’s that I hear you ask? Why talk about insulation during the summer months? This is a common misconception: insulation is important not only to in winter to keep warm, but also in summer to stay cool! So check out our top tips below:

  • Insulate your loft: Millimetres of insulation can make all the difference! If you’ve ever been up to your attic in the summer, you know how hot it can get! In some cases, it can reach up to 60 degrees Celsius, or even higher, and all this heat will radiate down into your home! By improving your attic insulation, you block the incoming heat and stay cooler in the summer.
  • It’s also important to keep your home air tight, so inject polyurethane insulation foam into wall cavities from the outside. If your house has solid walls, insulate them from the inside with thermal boards or make a cavity with battens and plasterboard.
  • If you don’t have double glazed windows, try polyurethane panels that create a seal around the window frame, as air leaks and unprotected windows are an important factor in keeping cool.
  • During the hottest part of the day, a window can absorb 10 times as much heat as the same area of an insulated wall. Therefore, thick curtains or blinds are great as they help resist heat entering through the windows.
  • Get an eco-flap letter plate on the back of your letterbox to stop unwanted draughts.
  • A chimney balloon will stop cool air from being sucked out of the room.

These insulating tips promise lower energy bills, be it from heating in the winter or air-conditioning in the summer, so it’s worth the investment! Want some more good news? Many countries offer some forms of subsidies to do this work on your house, making it even easier! Want to read more about Passive House ideas? Then check out more great blogs here!

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Self-Healing Paint?

Did the blog’s title grab your attention? It certainly caught ours! The ‘self-healing’ is in the paint, which is hitting the automobile market now and allowing our favourite cars live ‘forever’ and stay scratch-free!

That’s not even the best part! This type of paint technology, featuring polyurethanes, isn’t limited to just cars: it can also be used in packaging, clothing and biomedical products! A true testimony to the versatility of polyurethane.

So what’s the science behind this fantastic innovation? The paint is made up of polyurethane, chitosan and oxetane. The inclusion of our favourite ingredient, polyurethane, allows for improved elasticity and scratch resistance, which is further strengthened and given special properties by the other two chemicals.

Chitosan is the tough, hard, UV sensitive material which makes up exoskeletons, the outer protection cover, for crustaceans and insects. Meanwhile, the organic compound oxetane has a four member unstable ring structure, containing three carbon atoms and a single oxygen atom, which is highly prone to split open and react.

When excessive stress leads to a scratch on the polyurethane, the oxetane rings break open. Add in ultraviolet light exposure and the chitosan chains form crosslinks with the reactive oxetane ends, thus allowing for self-healing.

If we take away the scientific language, we’re left with a simple yet brilliant concept: a car gets scratched, the scratch disappears. Need a visual to get your head around this latest innovation? Then check-out the latest Nissan ad which featured in a recent tablet edition of the Economist. We love it!

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The Future of Sea Conservation on Track

Humans have explored less than 2% of the ocean floor, and dozens of new species of deep sea creatures are discovered with every dive. For a planet on which water makes up about 70% of the surface, we know shockingly little about what is going on in the depths of our oceans!

Luckily our wonderful scientists are trying to address this problem and have come along in leaps and bounds in finding new technologies to help our understanding of the ocean, and to help us to better protect its wildlife.

New Sea Tagging technology hopes to change scientists’ abilities to track and record underwater activity. The concept has in fact been around for some time, working with the principle of satellite tracking, and is especially well known in tracking larger underwater animals such as Sea Turtles. However, latest developments in animal tagging and tracking technology using polyurethane materials has allowed for tags that can dive deeper, survive longer, and withstand more environmental abuse than any previous models.

With the use of 3D printed polyurethane prototypes, tags can conform more precisely to each individual animal, be it by slimness, lightness, or shape. Moving away from the traditional “one-size-fits-all” approach, customised Sea Tags allow tracking to become more reliable for researchers and less cumbersome for the animal in question.

So what exactly can a Sea Tag tell us about underwater activity? They are used by researchers to learn details about how creatures of the sea interact with protected and highly fished areas of the ocean, an essential question when we are considering how we can make fishing in the EU more sustainable! From estimating animal locations around the world to presenting details of water temperature and depth of the animal, the information gathered from this advanced technology can be used positively to better protect the ocean’s ecosystem. In the future, the technology may even evolve to be able to track incredible details such as oxygen levels in the water, water salinity, and even oil dispersants!

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A Walk to Remember: Polyurethane Throughout the Ages Chapter 6: 1990’s

We have come quite some way since the beginning of our journey in Chapter 1, when we spoke of Europe emerging from the shadows of the Second World War with the help of the polyurethane industry. What a difference six decades can make!

Since then we’ve looked at developments everywhere from aviation, to the space race, and even to fashion! So what about the Nineties? What more could polyurethanes have to offer the world? The answer: a lot!

Sticking to some of the old themes, in the world of construction we witnessed the erection of the Petronas Twin Towers, which officially opened in 1999 in Kuala Lumpur. The Towers, which took seven years to build, were the tallest buildings in the world until surpassed by Taipei 101 in 2004! Three guesses on who holds the record today.

Between the introduction of the internet and mobile phones, technological innovation was at its prime during the Nineties! While these two inventions were reserved for the rich and elite, early digital cable TV reached out to many Europeans and allowed them to watch their favourite TV series, be it Friends or Pokémon, or play their favourite PlayStation game, as was fashionable at the time. And not forgetting our old portable CD players, introduced during the late 1980s, compact discs became very popular and had a profound impact on the music industry and youth culture in the 1990s. Sorry, we digress, of course polyurethanes played a role here in this fantastic period technological innovation, as polyurethane top coats protect plastic covers of the television set, the mobile phone and the CD player, from outside influences including chemicals or light. More importantly, however, the top coat was essential for coloring and design; we may look back at the outdated and oversized innovations and laugh but they truly were fashionable at the time!

In the world of sport, 1990 marked the dominance of the polyurethane football. Later that decade, Manchester United won an unprecedented treble of the Premier League, FA Cup and Champions League after dramatically defeating Bayern Munich 2–1 in May 1999. Unfortunately we believe it was linked to our new football rather than Solskjær’s brilliant goal

The first passive house came into our midst in Darmstadt, Germany in 1990, introducing the first energy efficient type of “low-energy” buildings. Much like our own Polyurethanes Passive House, the novel architectural and environmental designs incorporated in the Passivhaus approach ensured inhabitants a comfortable indoor climate both throughout winter and summer in addition to lower energy bills.

As if a low energy, sustainable, and cost saving home wasn’t enough, made available in the Nineties were the first commercial polyurethane memory foam mattresses, designed to support the body’s contours for a perfect night’s sleep. Memory foam became a popular form of polyurethane, which adapts to the shape of a person’s body, ensuring restful sleep and has also since become widely used in hospitals, where it helps to prevent pressure sores in people who are bed-bound over long periods of time.

So there you have it, the penultimate chapter of our series of “Polyurethane throughout the Ages.” Don’t forget to stay tuned to read the final chapter, or why not catch up on the previous chapters that you may have missed, here.

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Love Fashion, Love the Planet!

The latest trend to hit the Parisian Champs d’Elysées comes in the form of the futuristic, transparent raincoat. A new design which allows you to weatherproof your weekend with style, come rain or shine.

Gone are the days of hiding the most beautifully assembled outfit under a heavy dark overcoat, as the Spring/Summer 2013 collection of the French fashion line, Wanda Nylon, allows us to show off our clothing whilst wearing a contemporary and chic coat.

Wanda Nylon “loves this planet” and is dedicated to water protection and the environment. For this reason, the fashion line’s products are made of recyclable materials. Our favourite transparent PVC trench coat from Wanda Nylon is no exception, as the coat is made out of 100% recyclable polyurethane, keeping both you and the environment looking great!

Want to find out more about the role of polyurethane in the fashion industry? Check out another fashion blog post here!

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A Walk to Remember: Polyurethane Throughout the Ages Chapter 5: 1980’s

During a time that would come to be labeled as the period of “tailor-made-plastics,” some very specific applications of polyurethane were introduced in the 1980s. From buildings, to car safety, to surfboards, polyurethanes did not disappoint over these ten years! The music over this period wasn’t too bad either, so we’ve thrown in our favourite hits too, let us know what you think!

Made of stone?
It is somewhat fitting that we discuss the revolution of the construction industry during the same period that marked the fall of the Berlin wall. No, buildings were no longer made of stone, as asked by The Stone Roses in their hit song in the eighties, because polyurethane based sandwich panels transformed the construction industry. The polyurethane panels came to serve multiple purposes as they were used for insulating large facades and roofs in industrial buildings. When used as a facade, they simultaneously functioned as a design element and, together with a coloured surface treatment, gave designers great creative freedom. The sandwich panels were used in industrial and commercial construction, as well as in cold stores, warehouses, exhibition halls, sports halls, office buildings and airports.

The Passenger
Between 1970 and 1980, the number of vehicles on the road doubled! More and more people came to be proud car owners as in the words of Iggy Pop; “I am a passenger, and I ride and I ride.” Fortunately for Iggy, polyurethanes were working wonders in the 1980s in the automobile industry, creating energy absorbing foam for passenger safety in cars. The production of more economical and flexible molds of polyurethane was ideal for the application of polyurethanes in cars, as the shock absorbing qualities and high resilience of polyurethane foams ensured the safety of drivers and passengers under static and dynamic conditions.

Everybody loves Surfing, Surfing USA
The Beach Boys were truly far ahead of their time when they sang Surfing USA in 1963 because it wasn’t until 1981 when surfboards came to be revolutionized and produced with 100% polyurethane foam. Before this, surfboards were originally made out of a solid wood and were large and heavy, even reaching weights of up to 45 kilos! In contrast, polyurethane boards were much lighter and responsive, and, most importantly, they were much cheaper. This was a big technological leap, which revolutionised the surfing industry and its culture. The invention decreased the price of surfboards dramatically, allowing more and more American youngsters to catch waves. Today, polyurethane remains the most widespread material used to make surfboards!

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A Walk to Remember: Polyurethane Throughout the Ages

Chapter 4: 1970’s

Enter the 1970s, the decade in which polyurethanes enriched the lives of people all over the world on so many levels! From health to sports to construction, it was a busy period for polyurethanes as our favourite material continued to grow and grow until its global consumption reached around 1.8 million tonnes by the end of the decade!

 

 

 

 

 

 

While the colourful hippie movement began to want by the early 1970s, the environmentalist movement began to thrive. Thankfully, polyurethane was there to offer the construction industry its much needed green trimmings so it could, in keeping with the times, offer consumers the much demanded greener option. It began in 1970, with the introduction of faux wood panelling in construction and design. The new material not only offered a break for the forests, but it offered consumers an equally beautiful and durable, but cheaper, option. Later, the introduction of spray building insulation brought insulation and its many environmentally friendly outcomes to a whole new level, bringing with it savings upon savings in energy and money!

 

 

 

 

 

 

Polyurethanes in the 1970s also came to be a key player in orthopaedic applications as the material brought traditional uncomfortable designs to a new level of comfort and efficacy! This, however, was only the first step in a long road of medicinal polyurethane applications to come!

The pioneering work of physicians Boretos and Lyman in the early 1970s found blood to be compatible with polyurethane-urea polymers. These elastomer materials have since been widely used for biomedical applications such as the artificial heart, intra-aortic balloons, pacemaker leads, heart valves, and hemodialysis membranes.

 

 

 

 

 

 

 

You might be surprised to know that roller skates have been around for quite some time. In fact, the first recorded use of roller skates was in a London stage performance in 1743! However, it is undisputable that they have come a very long way since! Though the inventor of the original skate is unknown, we do know that it was in 1973 when thermoplastic polyurethane wheels improved and popularised roller skates so that today we can enjoy roller skating as a recreational activity, a sport, and also a form of transportation (link to alternative transport blog)!

 

 

 

 

 

 

The 1972 Summer Olympics, held in Munich, West Germany, were only the second Summer Olympics to be held in Germany after the 1936 Games in Berlin, which had taken place under the Nazi regime.  Mindful of the connection, the West German Government was anxious to take the opportunity of the Munich Olympics to present a new, democratic and prosperous Germany to the world. With this in mind, the Olympic Park was designed by German architect Günther Behnisch and engineer Frei Otto, becoming a landmark of both the games and Munich today. At the heart of the park stood the Olympic Stadium, the scale of which was considered revolutionary at the time. To top this off, polyurethanes were also used for track surfacing at the Olympic Stadium, introduced in the 1970s as the ultimate athletic surface for being weather resistant, abrasion resistant and strong.

 

 

 

 

 

 

 

In 1977, Polyurethane ‘Forcefin’ flippers were designed, revolutionising underwater activities by improving the diver’s speed and agility. The new design of fins was inspired by observations of nature in the sea, and fish themselves, which have split fins with great manoeuvrability. Polyurethane was selected as the material as choice, as the rigid plastic allowed the necessary “snap and flex” mechanism essential to augment and amplify the movements of the leg and foot.

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Stay Grounded with Passive House Flooring

Did you know that buildings in the EU account for more than 40% of the European Union’s energy consumption? It is a tragic state of affairs when we are told that it is our beloved homes which are cheating us of our money, as traditional building designs waste huge amounts of the energy that goes into heating them, and of course the money which goes into paying for this energy. But have no fear, polyurethanes is here to once again save the day!

A Picture of our Polyurethanes Passive Houe as used by the Commission to Promote EU Sustainable Energy Week (EUSEW)

One of the most important applications of polyurethanes in buildings is insulation. Polyurethanes, with all its glorious qualities, can dramatically reduce heat loss in homes during the cold winter months and play an equally important role during summer in keeping buildings cool, which means less air conditioning.

Sure, you might consider insulation within roofs, and maybe in wall cavities, but have you ever thought about the insulation found under your feet? Floor insulation is an equally important part of the building, and yet it is all too often dismissed! But as an integral part of the Passive House features, getting floor insulation right can make all of the difference!

It is in its role in floor insulation that polyurethane truly has its shining moment as it takes the stage in not one, not two but three different forms!

    Firstly, we have our polyurethane boards, which comes in the form of rigid polyurethane foam of 250mm (23 mW/mK) to cover the pipes on the concrete slab. Polyurethane boards allow an even thickness of insulation, higher insulating performances and allows for the direct application of floor finishing (which could also be a nice polyurethane laminate, or polyurethane faux-wood material by the way!). The very low thermal conductivity of polyurethane boards and optimal airtightness allow minimum heat loss. Overall the expected U-value of the ground floor will be extremely low (0.1 W/m2K).

        The second type of polyurethane foam we find ourselves presented with is polyurethane spray foam (27 mW/mK), which is applied directly between the concrete slab and floor finishing. We also use polyurethane “one component foam” to fill those gaps, making all the difference in the floor’s insulation and your energy bill.

          What could possibly follow next? Finally, we have a special mortar made of 90% recycled polyurethane granulates which is applied below the polyurethane boards (23 mW/mK) to cover the pipes on the concrete slab.

            All three were recently installed at our very own Passive House in Brussels, Belgium on Monday, 15 April. The idea behind using all three, rather than applying the same type of polyurethane floor insulation on each level, was to showcase the benefits that polyurethane insulation provide no matter what route you take! So there you have it; the solution to cost and energy savings could be right in front (or should we say below) you!

            Be sure to keep up with the latest developments of our Polyurethane Passive house on our website here and on Pinterest here!

            Posted in Energy Efficiency, Energy Efficiency Directive, Passive House, Polyurethanes, Sustainability | 2 Comments

            Memories of the Future: Self Assembling Furniture

            It is the end of the flat-pack furniture era; say goodbye to the tears and tantrums surrounding the assembly of furniture in your own home and say hello to the ultimate smart foam technology which needs no hammer…

            How does it work?

            Belgian designer and engineer Carl de Smet has been experimenting with a new kind of smart foam technology which can expand to any given design, by itself, whilst you enjoy the comforts of your own home.

            Using special shape memory polyurethane foam, de Smet first pours the material into a mould of the desired shape. Now this shape memory foam does exactly as advertised on the tin: after being removed from the mould, the foam retains the memory of this shape even after it’s been reheated, reshaped and compressed to about 5% of its original size!

            Following ‘the flattening’, as we’ll call it, you’re left with a small, packaged, piece of furniture. Not only is this easier to transport, thanks to the light weight nature of polyurethane foam, what’s more is that your new item of furniture cannot arrive to your house damaged, even after travelling the most disastrous of roads, because of the fact that the foam repairs itself by always maintaining the memory of the original programmed shape!

            When the nice, neatly packed parcel does finally reach your home, there’s nothing to it. The material simply needs to be heated; warming up the polyurethane foam allows it to expand into the shape of the designer’s original mould. A few minutes later, the chair has cooled, et voila, it’s ready to make your life more comfortable. Impressive, no?

            When can you get your hands on it?

            After ten years of work, de Smet’s design was formally unveiled at this week’s Milan Design Week festival. Though he is currently working with scaled-down models, de Smet will soon use this amazing technology to achieve the same effect with full-size furniture. If all goes as planned, according to de Smet, shape memory polyurethane foam furniture could decorate your home in about a year’s time!

            Alternative applications?

            While the idea of applying this technology to furniture is exciting enough as it is it doesn’t end there. The possibilities for using this innovative polyurethane foam are seemingly endless: de Smet hinted that he is already in talks with the automotive sector about incorporating the new material. Even more inspiring, the foam could be used in creating essential goods needed by people struck by natural disasters like earthquakes or hurricanes – shape memory foam items could easily be dropped by plane and remain undamaged! It may be early days but we’re excited! Watch this space!

            Don’t believe us? Check out the video for yourself here:

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