Bright Green Enterprise

Let’s Build it Better!

We all know and love that famous children’s tale, of the three little pigs and their respective homes. And we all remember the outcome – the strongest, most stable house, that the wolf just couldn’t blow down. (We may also recall the violent demise of the wolf, but that part isn’t particularly relevant to this blog). What is relevant, is the use of the particular materials that the third little pig cleverly built his house with. Bricks! And although I don’t remember this being detailed in the story, we can assume these were held together with mortar. For those that get confused with the intricacies of building materials (myself), mortar is the ‘glue’ that holds other building materials together, and is composed of cement and sand.

Cement is a big enemy of the environment. Enemy number three in fact: it is the third ranking producer of man-made CO2 in the world, after transport and energy generation. The production of this one construction material accounts for 4% of all Greenhouse Gases, when broken down by industry, so imagine the percentage of emissions for the entire Construction Industry. For some perspective, Air Travel accounts for 3% of all Greenhouse Gases. CO2 is produced at two points during the cement making process, all of this even before the mixing for cement clinker and concrete, the transportation…etc. Not only are emissions at a record-breaking high, the extraction of raw material for cement causes landscape degradation, noise and visual pollution, and the usage of potable water throughout the manufacturing process.

The above image shows the complete process of cement production, with the required inputs and resulting waste outputs, highlighting the extreme wastefulness and inefficiency of the system. [Source] Increasingly, we are seeing other options available to substitute cement in building practices. Such materials include by-products such as ‘fly ash’ or silica fume, from coal-burning power stations, the iron and steel industries and silica manufacturing. Other options include lime and limecrete. By using either an industry by-product, or a cement-free product, wastage is reduced, thereby creating a more circular economy for the construction industry.

Obviously, our needs for construction aren’t going to change, but perhaps the way in which we meet these needs can. Step outside of a developed city, and you can begin to see a variation in construction techniques and materials. Travel to another country, and you may be surprised at the prevalence of buildings that are constructed with environmentally-friendly materials. Bye-bye bricks.

Hello earth, rock, plants…

Whilst travelling, I have come across many different building techniques, and I have been lucky enough to help out with a couple of construction projects. My first taste of bio-construction was with a Belgian family living in the south of Spain. They had reclaimed an old shepherd’s cave dwelling and had turned it into a simply beautiful home. I actually slept in a cave separate from the main cave, which had previously housed the carrier pigeons! I stayed for two weeks, during which I worked on drilling out another cave to create more living space. Using a jackhammer to drill out a mixture of limestone and other rock was a sure-fire way to quickly build up my physical strength, but more interestingly for me, allowed for a real up-close and personal experience with the building material (something that you don’t quite get from bricks!). The main cave maintained a constant toasty 22 degrees, due to the natural absorbency of the rock, meaning less heating and insulation requirements!

Another foray into bio-construction saw me assisting the build of a small house in the village of Purmamarca, which lies above 2300m in northern Argentina. Much of the village is constructed with the traditional methods of adobe – a mixture of earth and other organic materials (think hay, cut expertly with a machete by yours truly!) which can be shaped into bricks, or smoothed on to create finished walls. It is the same in principal as cob, or the ‘daub’ of wattle and daub! After machete-swinging, my biggest task was helping to finish the walls, which meant I had to learn the fine art of applying barro (earth mixed with finely chopped hay). This process was explained to me as “con FUERZA, y con amor” [with FORCE, and then with love], meaning throw a lump of mud as hard as you can at the wall so it sticks, and then you smooth it over with your hand. Needless to say, I ended up wearing a fair bit more mud than the wall! Not only were the building materials natural, but the whole construction site felt more…organic. Several times I found myself wobbling up a ladder, which was balanced on a plank, propped up by a couple of rocks, bucket between my knees, stretching to shove mud into a hole half a metre above my head with one hand, bottle of water to wet the walls in the other, with a plasterers’ trowel clenched between my teeth. Health and Safety inspectors from the UK would have had a field day!

By lessening the usage of heavily processed construction materials, emissions are immediately reduced with the removal of the production cycle. Local materials eliminates the need for transport, and working within resource availability means preventing resource depletion and landscape destruction. By constructing with materials from the locality, buildings are less likely to be so visually intrusive, enabling us to maintain our natural planet without physically altering landscapes.

With the global population ever-growing, and the need for housing more and more apparent, perhaps it is time we started looking to alternative building techniques, in order to create more sustainable housing options. Natural materials offer a solution with minimised impact on the environment, whilst also allowing for architecture and design to sit more readily within the surroundings. So, perhaps straw and stick houses won’t hold up to the wolf’s breath, but slap some mud on top and you’ve got the beginnings of an eco-friendly home.

If you think these techniques are only applicable for non-city dwelling, keep an eye out for our upcoming blog on sustainable cities!

Author: Rachel Calnan

Cleaning up our Act

The sudden arrival of summer weather (long may it continue!) has seen the Great British public relishing the outdoors, stoking up those barbecues, and flooding in droves to our beaches. Come the fall of dusk, towels are shaken off, chairs folded up, and beach-goers packed back into cars. And sadly, plenty of litter is left strewn across the sand.

It should go without saying, put your rubbish in the bin! And if there’s not a bin nearby (highly unlikely) take it home with you and dispose of it properly there! (Ideally sorted into the correct recycling bin). So whilst we can all do our bit, by responsibly throwing away our own rubbish, here’s some more ways in which we can all help to clean up our planet.

Beach cleans are becoming more and more widespread across the coastal areas of the UK. World Ocean’s Day especially saw hundreds of events organised, bringing together local communities to do their bit for the local environment. Although heightened, litter isn’t just an issue during the busy summer months, and you should find regular beach clean-ups throughout the year. Check out these websites to find a beach clean-up near you:


You don’t just need to be part of an organised beach clean-up to help out though! If you live locally to a beach, why not take along a (reusable) carrier bag on your next evening stroll, you’ll be amazed at how quickly you can fill it! And of course, litter isn’t just found on beaches, so this attitude can be adopted and used wherever you find litter.

Lazy litter louts however, are not our only source of the plastic pollution crisis that is currently scaring us into action and we’ve all read ways in which we can help cut down our plastic usage.  But what about all the plastic that is already polluting our oceans? It’s already been made, so can we make further us of it? You bet! The idea of cleaning up after ourselves is inspiring some pretty exciting technology, and innovative entrepreneurs.

The Ocean Cleanup is a ground-breaking scheme, aiming to reduce the Great Pacific Garbage Patch by up to 50% in just five years. By passively drifting with the ocean currents, the floating barriers are pushed to high density areas, where ocean debris is caught and later collected. Not only is their technology pretty epic, but it was started by eighteen-year-old Boyan Slat, who is now the youngest ever recipient of the UN’s highest environment award – Champion of the Earth! Amazing.
Check out their website for a much more detailed explanation of the technology and project.

And what about The Seabin? Created by two avid surfers, The Seabin Project focusses on cleaning marinas, where debris often collects and easily builds up. The Seabin can catch an estimated 1.5 Kgs of floating debris per day (depending on weather and debris volumes) including microplastics up to 2 mm small [Source]. As well as the product, they are looking to develop a Global Ambassador programme, spreading awareness and education to the next generations, in order to tackle plastic pollution at the source.

But what happens to all of that waste, especially plastic, once it is collected and removed from the oceans and land environments? Well, that’s where innovation is really kicking off, and over the last few years we have seen businesses springing up with brand-new-recycled products, as well as household name brands incorporating recycled fabrics and materials into their current lines.

Here at Bright Green Enterprise we’ve been singing the praises of bamboo for years, because of it’s super-fast growing abilities and no need for fertilisers, plus it makes the cosiest socks! There are many other natural, planet-friendly materials, such as hemp, linen and organic cotton. But material made from plastic bottles? That doesn’t sound particularly skin friendly….

Think again! In a collaboration with Timberland, Thread has removed 765,280 plastic bottles from Haiti’s streets and canals and turned them into an eco-friendly version of the classic boot. Not only are Thread cleaning up our planet, they are tackling poverty by providing jobs, and contributing to cleaner and safer living environments. Talk about stepping up to the challenge!

Then there’s Repreve – a fabric made by Unifi which has recycled more than 10 billion plastic bottles to date! Repreve is used by brands in products from clothing, to swimwear, to car interiors. At this rate, we’ll de dressing ourselves in Coca-Cola, and driving to work in Evian.

Perhaps you’re looking for some new pieces of artwork? Well if sculpture is your thing, then you should definitely become a sole mate. Kenya-based Ocean Sole ‘flip the flop’ and turn our much-loved summer shoe into beautiful, unique sculptures in order to raise awareness and highlight the impact of flip-flop pollution. As well as art-pieces, they have small practical items for sale, all of which contribute to education, support through employment, and of course, waste collection.

So next time you need a new t-shirt, rucksack, or pair of sunglasses, why not swim against the mainstream current, and make a more environmentally friendly purchase? Companies and organisations like those mentioned above are popping up across the planet, all trying to do their bit to reduce our impact on the environment. As consumers, we have the power to make recycled products the norm, and by supporting such ventures with our investment through purchases, we can help, bit by bit, to clean up our act.

Author: Rachel Calnan

World Oceans Day

The Plastic Pollution problem

“Never before have we had such an awareness of what we are doing to the planet, and never before have we had the power to do something about that.” Sir David Attenborough, Blue Planet II

I’m sure that by now we’ve all seen the infamous Blue Planet visuals, of plastic filled waves and marine creatures playing with, eating, and dying from plastic waste. And I’m certain that Sir David Attenborough’s voice, familiar and loved by all, telling us that the responsibility for saving our planet lies with us, was a shocking and hard-to-swallow truism. Perhaps, and hopefully, that was a wake-up call to many, of just how impactful our plastic consumption, and disposal really is on the environment around us.

With 8 million tonnes annually of plastic ending up in our oceans, this year’s World Ocean Day has the theme of “Preventing Plastic Pollution” and encouraging solutions for a healthy ocean. So let’s have a look at just how the plastic in our waters are impacting on not only us, but the other inhabitants of our planet.

After a recent bank holiday heat-wave led to an inevitable swarm to the beach of locals and holiday-makers alike, as a local resident I was angered, and upset, to see the amount of rubbish left behind. Where do people think their waste goes when they leave it on the sand? Who do they think disposes of it? Unfortunately, there is not always an indignant beach-goer (such as myself) who is willing to clean up after others.

Not only is plastic waste unsightly as it lines our riverbanks and beaches, it is a huge hazard to the marine species that encounter it, especially once it ends up in our waterways. Curious marine wildlife, or those searching for food or shelter, may find themselves entangled in waste, leading to pain, injury and death. Marine animals confuse plastic waste with their usual prey – turtles mistake plastic bags for jelly fish, birds mistake plastic pellets for fish eggs to feed their young – and ingestion can cause internal injuries, malnutrition, starvation, suffocation and death. For those animals that avoid direct ingestion, they may become victims of bio-accumulation – animals at the top of their food chain feed on prey that have fed on smaller plastic-fed organisms – leading to a build-up of dangerous toxins, and death. See the pattern? Collectively, our consumption of plastics is estimated to cause the death of 100 million marine animals each year.

Going back to bio-accumulation…if those at the top of their food-chains are affected by plastic toxin build up, does that mean humans are affected too? Yes! There is evidence of an increasingly high amount of micro-plastics, nano-plastics and plastic chemicals in the seafood that we consume. We still don’t know the direct impact on humans of consuming plastics, but I’d hazard a guess that it isn’t recommended for a balanced diet. I don’t know about you, but I wouldn’t willingly order a side of BPA with my mussels.

Many people still don’t think plastic pollution is too much of an issue, as we don’t tend to see too much evidence of it in our own waterways. But that is because, due to ocean currents, our waste ends up floating in ‘plastic waste islands’ (such as the Great Pacific garbage patch), or washed up on the shores of distant island nations. In fact, Henderson Island in the remote South Pacific, had the highest density of plastic on its shores of anywhere in the world in 2017. Now I’m sure there’s a lot of readers who may think ‘well that’s not my responsibility’. Henderson Island is uninhabited. So where does all that rubbish come from, if there’s no-one living on the island to throw it away? From Europe, the US, Russia and South America. That’s right, the plastic we buy, use and throw away here in the UK, is being dragged across the planet, to wash up on the supposedly pristine beaches of innocent islands.

There are organisations worldwide, raising community awareness, organising beach clean-ups, collecting rubbish and creating recycled art. But what if we, living on the other side of the planet, could do something to reduce the amount of plastic washing up on beaches in the first place? With just small changes, you can start to make a difference, and of course, if everyone made these small changes, it would amount to a bigger difference, and a further-reaching impact.

Thankfully, the imposed plastic carrier bag charge has resulted in a huge drop in plastic bag use, and it is wonderful to see more and more shoppers carrying their reusable bags. Here are four more easy actions you can take to help cut down your plastic consumption:

1.     Say no to straws! The UK announced a possible ban on this plastic fiend, although at the moment only a consultation is planned for later this year. So, until then, you can do your bit and request no straw when you order a drink. Even better, buy yourself a stainless-steel straw, and you’ll always be prepared!

2.     Caffeinate consciously! Disposable coffee cups are notoriously hard to recycle, if they even make it into a recycling bin in the first place. When buying your morning coffee, why not fill up your reusable coffee cup? Available in a range of styles, with some suitable for hot and cold drinks, you’ll not only be helping the oceans, but in many cafes will receive a discount too, bonus!

3.     Hydrate happily! Invest in a reusable drinks bottle and help cut down on the 35 million bottles consumed daily in the UK. With bottles available in glass or stainless steel, with straws, filters or built in fruit-infusers, there’s a bottle for everyone!

4.     Curb the cutlery! Plastic cutlery is another big contributor to ocean waste and one that can be easily avoided. It’s all to easy to grab a plastic fork when buying your takeaway lunch, but it’s equally easy to carry your own set of cutlery with you. My favourite are bamboo sets, that are affordable and often come with their own cloth pouch.

There are many ways you can start to reduce your plastic use, and therefore waste, but sometimes it can seem almost impossible. The point is to start. With just a few changes such as those listed above, we can all make a difference to the health and future of our oceans.

So, on this World Ocean’s day, let’s raise a fin and commit to doing our bit.

Check out for more information, where they also have a whole host of videos, articles and lesson planning resources, to help bring green thinking to the classroom! And for local events; from awareness raising films, to paddle and pick challenges, be sure to browse the events calendar, and join in protecting our blue planet!

Author: Rachel Calnan.



Earth Day 2018

Whilst some of you may have woken up to the excitement that it’s World Jelly Bean Day today, others of us are marking what should be, one of the biggest dates in the calendar: Earth Day.

Earth Day is here to remind us why it is we exist, because quite simply, without the many intricacies of our brilliant and beautiful planet, its ecosystems and its buried secrets, none of us would be here. We’ve filtered our lives with so much manmade stuff: from cars to roads, computers to buildings, it’s easy to forget the quiet monster that lurks beneath.

It’s also a day of political action and citizen participation in creating a call for action to tackle some of the greatest threats to the sustainability of our beloved planet. I like to think that if you’re reading the Bright Green Blog, you’re the type of person who takes part in a variety of such activities throughout the year and not just on one day. Whether it’s a 2-minute beach clean (go visit #2minutebeachclean to find out about their work), buying less packaged food (take a look at this new plastic-free supermarket aisle in the Netherlands) or cutting down on animal products (demand for vegan and vegetarian foods increased by 987% in 2017!) It’s all part of doing our bit for the planet.

Bright Green Enterprise continues to educate thousands of young people each year about planet earth. It’s not all shouting about the bad stuff either, there’s plenty to tell about the wonderful stories earth has to offer. Did you hear the one about the lion and the toothpaste? The one about the Maasai village and the 1945 broken water pipe which they’re named after? The one about the brilliant innovation of light from the Philippines that’s supporting thousands of people in poverty? All of these stories are told within BGE programmes and it’s through these that young people learn about the planet, its strengths and its weaknesses when up against the development of mankind.

Earth Day is not just a chance for us to shout louder to politicians and our neighbours. It should be a reminder for us to slow down and listen more closely to that beleaguered monster beneath our feet.

Accelerating Green Growth: Climate-KIC

On Wednesday 8th February, Lucy and Julia from Bright Green Enterprise attended the Climate-KIC conference on ‘Supporting Green Business Exchange’ at the Innovation Campus of Birmingham. The event was hosted by Climate-KIC, Europe’s biggest public-private innovation partnership focused on Climate Change, which seeks to bring together multidisciplinary innovators from across Europe in business, academia (students and researchers), SME accelerators, funders, educators and more. Ultimately, those who have a passion for our planet and Climate Change and who are doing something to help tackle its growing instabilities.

Bright Green Enterprise Climate-KIC

As well as presenting on BGE’s work, we heard from a number of exciting organisations who are ploughing the path towards a more sustainable future. Focusing primarily on the business sector, the conference spotlighted those whose model seeks to mitigate the impact of Climate Change either through science and technology, education or influencing policy-level support. The keynote speech was given by Christophe Williams, the managing director of Naked Energy, an award-winning British design and innovation company specialising in solar technology and energy conservation.

Naked Energy Climate KIC Bright Green Enterprise


So what did we learn? Hearing from these sector-disrupting organisations, it was clear to see that the path to greener growth is already underway. How quickly the business world can become greener, however, remains to be seen. What needs to happen are not just top-down changes to the way we manufacture and implement policy-level decisions but how we as consumers apply our ethics to the things that we buy. Moreover, it’s about building the right capabilities through education to inform these choices and develop skills in design, technology and business acumen to implement these plans; it’s about building the right capabilities in product design and manufacturing so that we can reduce our carbon footprint; and it’s about building the right capabilities at a national and international level so that we’re no longer ‘locked-in’ to pathways that are counter-productive to pursuing greener growth targets.


Being Human: Gender by Design?

Last year, an investigation by The Times newspaper revealed that on average, women and girls were charged 37% more for clothes, beauty products and toys than men and boys. This is a significant amount to charge for what is often the same product use but packaged and marketed in a slightly different way. More recently, this has been picked up in Tesco where women’s (pink) disposable razor blades were charged at more than twice the price of the comparative men’s product.

So what should we take from this research? Well, apart from the obvious unfair cost advantage of buying male-targeted products, it warrants a closer inspection of how and why certain seemingly ‘unisex’ products are assigned and designed by gender and what this might mean for their users.

The subject of gender has been discussed I would imagine for millennia, or more specifically the differences between gender have. Boys we are told particularly like slugs and snails, whilst girls prefer sugar and spice (and all things nice). Boys like blue things, girls like pink things…

But even if these sweeping generalisations were true of a population, how much of this is inherent in us when we’re born and how much of our choices and behaviours are motivated by the design of things we use or associate with every day? And in the design of ‘things’ are we limiting the potential pathways and capabilities of boys and girls alike? Do we even make choices about our future careers based on the design and marketing of products in certain industries? Would more women for instance, follow STEM industry pathways (science, technology, engineering, mathematics) if the ‘packaging’ of these environments were different? At Bright Green Enterprise we aim to explore these questions and more with students.

Being Human is a Bright Green programme where we discuss with students the role that gender plays in shaping design and vice versa. Being introduced to the concept of gender in everyday design as well as learning through global case studies how this can affect the lives of people across the planet, students are able to explore and apply their creative skills to human-centred design (rather than gender-centred design), even getting to design their own vision of how certain products and workplaces should look!

If you’re interested in having a chat about this programme, please get in touch. Being Human is a flexible programme for a small group of students or a larger year group and can be run as a short one-hour talk or as an interactive half-day workshop.

Looking Back to the Future

We’re taking a look back over 2016 at some of the highlights for Bright Green Enterprise Education and what this might hold in store for 2017.

1. We worked with some great young people…

Last year saw us reach new schools across the UK whilst continuing our relationship with our wonderful long-term partners. Bright Green Enterprise works with a range of schools across State, Independent, International, College and University level institutions. From Key Stage 2 to Key Stage 5 we have delivered to over 5,000 young people in 2016, 64% of who were girls, helping them to develop their enterprising acumen, workplace professionalism and understanding of sustainability issues, globally and locally.

2. We launched Creative Disruptors…

Creative Disruptors Sandtimer Makerversity

In April we launched the six-month Creative Disruptors challenge in the UK, our new international innovation challenge for schools in the UK and Tanzania. Working together, student teams problem solved issues of sustainability under the 2016 theme, ‘HOME’, whilst developing their creative hard skills and professional soft skills. Working with Makerversity, the challenge’s makerspace partner at Somerset House in London was a particular highlight for all participants, including teachers!

3. We researched cool technologies in Tanzania…

Smallholder Farming Tanzania BGE

In May, we travelled back to Tanzania to conduct a research project into smallholder farming technology explored through the design process of Twende Social Innovation Centre in Arusha. Visiting smallholder farmers in the Mbulumbulu Highlands of the north we analysed the relationship between technology, local ecosystems and networks. A full report will be available later this month!

4. We talked about the maker industries to girls…

In June we were invited to the RNLI headquarters in Poole to provide the Key Note speech for Women in Engineering day. Opening the day’s exciting events with an introduction into how the maker industries are diverse in skills and environments and therefore need more diversity in their human resources, girls from across Dorset schools took part in a range of exciting and creative workshops put on by the RNLI and their organisational partners.

5. We welcomed new mentors on board…

We welcomed new programme mentors from across 3 continents into our growing team: Ilga Miglane (Ukraine / UK), Zenzo Sibanda (Zimbabwe / South Africa), Usama Siddiq (Pakistan) and Cris Sebastian (Germany). With collective experience across a range of innovation fields and a wealth of knowledge and experience of global case studies, including the energy sector, to public policy and sustainable infrastructure, the team has never looked so green!

6. We had some exciting meetings and plotted some more projects…

They say hard work pays off; well we ended the year with some exciting meetings, plotting for new ventures, partnerships and programmes to be launched in 2017. We’re keeping things under wraps for now but hope to share some good news with you soon! Until then…keep watching!

Ten of the Best Sustainable Innovations from 2016!

Let’s face it, 2016 has been a rollercoaster of a ride. For a year that started off with Ziggy Stardust and Snape dying, it ended with a Climate Change denier being elected President of the most powerful country in the world.

To complement this, scientists announced their findings that by 2050 the oceans will have more plastic in them than fish (plastic bag with chips anyone?); but a glimmer of hope came along when China said they would halt new coal mine approvals, close 1,000 mines, increase solar and wind production by 21% and eat less meat in 2016, all in an effort to help reduce carbon emissions and tackle Climate Change, so things were starting to look a little bright. But let’s not be hasty…Donald Trump then promptly posted a Climate Change sceptic, Scott Pruit, to head up the Environmental Protection Agency (Scott, a guy who said his first job if he ever became President would be to scrap this department) AND appointed the head of Exxon Mobil to the role of Secretary of State. Cripes. And amongst all of this real fur came back into fashion and Marmite disappeared from our shelves at the prospect of a divided EU (you’ll have to be British to probably get the seriousness of this).

But lest we cry into our mulled wine and wonder why we should even bother turning up for 2017, we’ve put together a list of our Top Ten favourite sustainable innovation stories from 2016! Stories that are guaranteed to brighten up your outlook on humanity. So sit back and take some inspiration because 2017 is going to be the year we bring bright green back on the agenda.

1. Boyan Slat’s Masterplan to Clean-up the Ocean Hits the North Sea

This exciting prototype is being tested in the windy and wet waters of the north sea this year. Designed to rid the ocean of plastic, the Ocean Cleanup harnesses the heavy-weights of technology and science. Oh, and did we mention that its inventor, Boyan Slat, CEO and Founder, started this when he was a mere 17-years-old and is the youngest ever recipient of the UN’s highest environment award? Read more…

2. The EcoHelmet wins the James Dyson International Award


The EcoHelmet is a recyclable folding bike helmet made of paper instead of plastics. Using human-centred design engineering, the EcoHelmet has won this year’s James Dyson Award. Read more…

3. The ‘Green Rock Drill’ Shakes up Mining in East Africa


Lawrence Ojok, a Tanzanian Arushan engineer and innovator, launched his environmentally-friendly Green Rock Drill for artisanal miners across Africa. Aimed to offer small artisan miners an affordable and clean way to drill rock faces using hand-held power, whilst protecting them against harmful rock powder residue. Read more…

4. Soda Stream’s Hilarious Video Combating Plastic Pollution Goes Viral

Soda Stream, the global technology company which produces gadgets to fizz your water, launched a funny video mimicking the ‘shame’ scene in Game of Thrones. Aimed to raise awareness of plastic bottle wastage (and sell their product), Soda Stream hit the mark when it became one of the most shared videos on Social Media and drew the wrath of Nestle – one of the world’s biggest water and plastic polluters. Read more...

5. Playing Fair: the Story of Fairtrade Footballs

We don’t necessarily put football and fair trade together but this insight into the Fairtrade label and how it’s shaping workers rights and lives in Pakistan offered an interesting glimpse into how mass production, done well, can bring prosperity and enjoyment to thousands across the world. Read more…

6. Leather that’s Made from Pineapples instead of Cows

Let’s face it, cows have it bad. Not only are they farmed in factories for anything from Big Mac’s to leather handbags, they’re also collectively blamed as one of the biggest polluters on our planet due to their propensity to fart out a whopping 114 kilos of methane gas each year (around 19x more potent than CO2!) To tackle this growing issue, and give cows some slack, Ananas Anam, manufactures and sells Pinatex (TM), a leather-like good derived from pineapples, from its head office based in London and is certified as a Vegan product material. Read more…

7. Sweden Incentivises Repair Networks with Tax Breaks

Just when you thought Sweden couldn’t get any cooler, its government has introduced tax incentives to repair networks in order to stimulate reuse, reduce unnecessary waste and protect the environment. #iwishiwasswedish

8. England Introduces a 5p Charge for Plastic Bag Use


The UK government introduced a 5p tax on plastic bag use across England, helping to reduce plastic bag consumption by a whopping 85%. Plastic bags are becoming like gold dust and the British public have now forgotten what it was like to live in a world where plastic was free at the till. Great stuff. Read more…

9. A Mobile Fridge that Could Save Millions of Lives


22-year-old British student, Will Broadway, has invented a mobile fridge, the ‘Isobar’, designed to keep vaccines at the ideal temperature whilst in transit in developing countries. To top off young Will’s ethical credentials, he’s not seeking to patent it, in order to get it accessed by as many people as possible across the world. Read more…

10. Drinkable, Edible, Biodegradable…

Aimed at protecting marine life, this innovative plastic replacement material has been designed to naturally biodegrade away, meaning that should such packaging find its way into our seas, marine life forms stand a better chance of surviving it.



And the Winners Are…!

On the 23 November, six teams set foot inside the impressive walls of Somerset House, London, to take part in the final of our Creative Disruptors challenge 2016. Hosted by Makerversity in their educational ‘Fusion Lab’ and who are our programme partner makerspace for this challenge, each team brought with them their project prototype and a 5-minute presentation to pitch their idea of an appropriate technology for the theme ‘HOME’.


The final six made it through a packed six-month challenge-curriculum which began back in April and saw school teams in the UK learn alongside their peers in Tanzania. What is unique about Creative Disruptors is that the same curriculum is given to schools in both countries enabling them to learn, make and share together: the three task foundations of the Creative Disruptors curriculum.

The challenge has been developed to help students explore creative learning and engage them in pathways linked to STEAM (science, technology, engineering, arts and mathematics) as well as build their capabilities for empathy in user-centred design and international sustainability. Through the Creative Disruptors online learning platform the challenge also enables participants to explore the work of their peers in other parts of the world, undertaking the same problem-solving briefs, thereby, developing a greater sense of empathy and cross-cultural understanding.

Bright Green Enterprise runs the challenge in conjunction with its UK partner schools, whilst Twende Social Innovation Centre runs the challenge with its partner schools in Tanzania. Twende also functions as a makerspace workshop, offering participants the opportunity to develop their hard skills capabilities alongside teamwork and communication.

The UK final saw six teams present:

1st PRIZE!

EVIVO: developed a safety lock which works using a unique user pattern of magnetic strips worn on a wrist strap. Once held against the Evivo lock, the unique magnetic pattern code will unlock a device once both components are placed against each other. The idea for this unique lock transpired from research into people losing their keys or struggling to find them in the dark. The strap is designed to be subtle and worn under a watch or as a general accessory meaning that its low-key appearance does not appear to be an expensive item.


PRECISION: despite only joining the challenge as new school students in September, Precision developed a unique foldable desk, targeted at the university student market. The desk uses user-centred design to accommodate different functions (storage, workspace, display), yet folds up to maximise space within small university accommodation blocks. The idea came about through research conducted with current university students in halls of residence. The overall business model of this product (dreams of Ikea!) was also highly commended by the Makerversity judges.


SEIZE: developed a backpack for homeless people inspired by the shape of a snail’s shell. The backpack functions as a storage pack but draws design inspiration from the shape of a spiral shell to pack different essential belongings. The team also presented a great short film advertisement of their research, modelling the user and their product and how its outside reflective design improves visibility for roadside safety. The team were highly commended by the judges for their research and production of an appropriate product.


APEX: developed a ‘banish box’ targeted at families to encourage ‘down time’ from electronics use, including smart phones, iPads, laptops, etc. The box allows gadgets to charge but has a unique key code that can only be accessed by parental control. It also blocks noise from ring tones and alerts. The idea came about following the team’s research into excessive phone and Internet usage and how this affects sleep patterns as well as the more serious psychological effects of Internet over-use.

DIVERSITY: developed a wearable backpack for homeless people or outdoors explorers; the pack’s unique selling point is its user-centred design which works as a backpack opening up into a waterproof sleeping bag. The pack maintains the storage function of ordinary backpacks but utilises appropriate materials and design build to offer multi-functionality to its users.

DYNAMICS: developed a simple yet highly effective block photo frame which can hold several pictures at a variety of angles. Its magnetic backing also allows it to stick to different household surfaces at different angles. The idea for this came about through research into breakable materials within the home and the team wanted to develop an ordinary household product that was simple yet ‘homely’ in its usage.

All teams performed excellently and the decision to award prizes was extremely tough. A full report of Creative Disruptors 2016 will be available in the new year, along with information about the 2017 challenge.

If your school is interested in participating for 2017, please get in touch with Lucy to find out more.

Explore the gallery for more pictures of the day or visit our Creative Disruptors page to find out more about the challenge.


Researching Smallholder Farming Technology in Tanzania

In June earlier this year, Lucy, the Director of BGE went on a fact-finding mission back to Tanzania to research more about the design process and the incubation of ‘grassroots’ innovative technologies at the Twende Social Innovation Centre. Bright Green Enterprise has been working on various projects with Twende since 2013, helping to promote its work here in the UK as well as collaborating on skills-sharing challenges between schools in the UK and Tanzania. In that time Twende has been driven from strength to strength as a workshop and maker-space for local youth and adult innovators.

The grassroots appropriate technologies that Twende helps to design and incubate are established for the local market. Most have an agricultural focus due to the dominant industry that makes up around 80% of the workforce across the country and within this are many smallholder farming communities.

A typical example of such would be found in the Mbulu Highlands nestled alongside the famous Ngorongoro crater edge (a landmark of the Great Rift Valley), where many smallholder farmers from the Iraqw community reside. Their long-standing subsistence way of life has seen the Iraqw people live off the land for hundreds of years, farming with livestock and local tools that prepare and manage their crops; such as the traditional basket (luki) method shown in the main picture above where crops are managed by the women by hand.

The challenge, of course, is to get crops producing the most yield per acre in order to provide enough food for the family to live from as well as to try and produce enough surplus to sell at local markets for a cash income.

In recent years, however, land fragmentation and a degradation in soil fertility have led many farmers to seek new methods of preparing and harvesting their crops. This is sought for a number of benefits, including reducing the stresses of hard labour for women (whose role it is to prepare and manage the land), increasing crop yields to improve economic prosperity as well as improving the quality of produce. To meet these new social, economic and environmental demands, Twende is developing a number of technologies that can be deemed appropriate to meet local smallholder farmers’ needs; and one of these is Frank Mollel’s ‘manure spreader’.


The first machine off the production line and fitted to an existing farmer’s cart!


Community cart (prototype 4)


OK, so manure may not be the most glamorous of topics to research innovation around but it is a vital component of the food chain due to its intrinsic value as an organic and sustainable fertiliser of crops. It’s also a growing part of agricultural practice for smallholder farmers across Tanzania.

The new machine was produced using Twende’s own design process method that takes a human-centred approach for researching and developing new technologies. By working with potential users in their own setting, not only can the human / user experience be uncovered but also the active environment (activity-centred design) in which the technology would be used (the activities surrounding the technology to which it will be a part). This way, the incoming innovation can provide benefit and change to improve people’s way of life (a so-called ‘disruption’ for social good) but can also work with existing community systems inside the ecological setting to lessen the disruption to surrounding networks.

The resulting efforts of this are in the manure spreader machine’s use as a community technology – co-built, shared and cost managed within the local community network so as to bring maximum benefit between households at an affordable price.

To find out more about Twende and Frank Mollel’s manure spreader, visit

For more information about research and development projects across the globe, like the one that helped to form the concept of the manure spreader, visit the International Development Innovation Network (IDIN),

Workshop at Twende

Workshop at Twende where the manure spreader is manufactured.


Claudio’s family farm – a typical household dwelling in the area.


poor yield maize  good-crop

Above is maize without using manure fertiliser (left) and with using manure fertiliser (right).

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