Innovation
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Innovation and some innovative ideas that bring upon a clear view on what exactly innovation is, and how it has been implemented.
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Get Wasted, Session 1: Waste to Wealth - The Circular Economy Advantage - 01...
This is the slide deck presented at our 1st event of a pressing Series on 'Circular Economy & Waste Management' in Asia.
8 million tonnes of plastic leak into the oceans each year, and more than 80% is from Asia! If we don't act now, there will be more plastic in the oceans than fish by 2050. It is time for individuals, companies and governments to rethink waste, especially in Asia. Today's linear ‘take, make, dispose’ economic model relies on large quantities of cheap, easily accessible materials and energy, and is a model that is reaching its physical limits. Today 80–120 billion USD of plastic materials is lost to the economy every year (plastic which is used just one time and then incinerated, landfilled or leaked into ocean). This is not just a business loss, but one of the biggest environmental challenges of our time.
An attractive and viable alternative that governments and businesses are exploring is the Circular Economy. This session - specifically focusing on plastic - brought insights from global business leaders, to social entrepreneurs and waste pickers who are all beginning to see waste not as trash, but as a resource. In emerging countries, managing waste has even become a solution to uplift people out of poverty. As the issue keeps growing, new regulations (such as Extended Producer Responsibility) have started to come into effect across Asia, making brands & producers responsible for recycling their post-consumer waste. Our speakers shared what it implies for big brands and each of us.
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This document discusses the circular economy and creating common ground around it. It mentions one planet architecture, systems innovation, process innovation, technical innovation, materials, energy, redesigning for the short and long term. Examples discussed include DESSO's business case, the Venlo C2C lab, the Circle Economy Platform in the Netherlands, and partnerships between innovators and companies like Philips and Steelcase. The document outlines fundamentals of ecology, thermodynamics, and biology that relate to the circular economy. It poses questions about whether to ask inconvenient or innovative questions and preparing for the future instead of old models.
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This is the slide deck presented at our 3rd event of a pressing Series on 'Circular Economy & Waste Management' in Asia.
Globally, about 64.5 million tonnes of e-waste is generated annually of which, only around 40% is processed properly. Asia is the world's largest contributor of e-waste - more than Europe and America together. The average e-waste generation per capita in Singapore is one of the highest in the region of Asia, of approximately 19.95kg.
This is why we held our third event on e-waste. The purpose of the event series is to understand the issue, see what different players can do (companies, governments, individuals) and see how we can collaborate. There were many invigorating discussions on how we can tackle the issue of e-waste at our event.
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This is the slide deck presented at our 2nd event of a pressing Series on 'Circular Economy & Waste Management' in Asia.
Our 2nd Get Wasted Session : "Plastics On Our Plates" is dedicated to one of our most pressing issues: the 8 million tonnes of plastic leaking into the oceans every year. Over 32% of all plastic packaging produced ends up in the oceans or open dump sites. Recent research showed that there are already more than 5 trillion pieces of plastics in the world's oceans, most of them are microplastics. If we continue with "business as usual" we will have more plastic in the oceans than fish by 2050.
Plastic is certainly not evil (it's critical for medical advancements & many other areas of our life), but it can definitely be better managed - e.g. through Circular Economy thinking and systems. This is the purpose of the event series: to understand the issue, see what different players can do (companies, governments, individuals) and see how we can collaborate.
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This 3 sentence summary provides an overview of the key points about a sustainable building project:
The document discusses sustainable building practices such as using recyclable materials to reduce landfill dependency, saving energy through natural heating and cooling sources, and employing long-lasting natural materials that are readily available. It then describes a student project where they constructed a bench entirely out of recycled wood from shipping pallets to demonstrate reducing landfill waste and not having to cut down new trees through reuse of found materials. In conclusion, the project details how the students designed, assembled, and constructed their 100% sustainable wood bench.
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Get Wasted, Session 1: Waste to Wealth - The Circular Economy Advantage - 01...
This is the slide deck presented at our 1st event of a pressing Series on 'Circular Economy & Waste Management' in Asia.
8 million tonnes of plastic leak into the oceans each year, and more than 80% is from Asia! If we don't act now, there will be more plastic in the oceans than fish by 2050. It is time for individuals, companies and governments to rethink waste, especially in Asia. Today's linear ‘take, make, dispose’ economic model relies on large quantities of cheap, easily accessible materials and energy, and is a model that is reaching its physical limits. Today 80–120 billion USD of plastic materials is lost to the economy every year (plastic which is used just one time and then incinerated, landfilled or leaked into ocean). This is not just a business loss, but one of the biggest environmental challenges of our time.
An attractive and viable alternative that governments and businesses are exploring is the Circular Economy. This session - specifically focusing on plastic - brought insights from global business leaders, to social entrepreneurs and waste pickers who are all beginning to see waste not as trash, but as a resource. In emerging countries, managing waste has even become a solution to uplift people out of poverty. As the issue keeps growing, new regulations (such as Extended Producer Responsibility) have started to come into effect across Asia, making brands & producers responsible for recycling their post-consumer waste. Our speakers shared what it implies for big brands and each of us.
Reflection Business Tour
This document discusses the circular economy and creating common ground around it. It mentions one planet architecture, systems innovation, process innovation, technical innovation, materials, energy, redesigning for the short and long term. Examples discussed include DESSO's business case, the Venlo C2C lab, the Circle Economy Platform in the Netherlands, and partnerships between innovators and companies like Philips and Steelcase. The document outlines fundamentals of ecology, thermodynamics, and biology that relate to the circular economy. It poses questions about whether to ask inconvenient or innovative questions and preparing for the future instead of old models.
Get Wasted, Session 3: The Dark Side of the Digital Age, E-Waste - 30/05/17
This is the slide deck presented at our 3rd event of a pressing Series on 'Circular Economy & Waste Management' in Asia.
Globally, about 64.5 million tonnes of e-waste is generated annually of which, only around 40% is processed properly. Asia is the world's largest contributor of e-waste - more than Europe and America together. The average e-waste generation per capita in Singapore is one of the highest in the region of Asia, of approximately 19.95kg.
This is why we held our third event on e-waste. The purpose of the event series is to understand the issue, see what different players can do (companies, governments, individuals) and see how we can collaborate. There were many invigorating discussions on how we can tackle the issue of e-waste at our event.
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The document presents 10 ideas that could change the world: 1) Bending light for ultra efficient LEDs and flexible screens, 2) Converting trash to energy using cow dung power plants, 3) Using fungi to process waste and convert materials, 4) Transportation without roads, 5) Harvesting rainwater, 6) Harnessing wind power using kites, 7) Alternative models of problem solving like Google's 20% time, 8) Interactive education that doesn't kill creativity, 9) Rethinking what defines success, and 10) Advances in electric cars allowing over 100km per charge.
Get Wasted, Session 2: Plastic on our Plates - 04/04/17
This is the slide deck presented at our 2nd event of a pressing Series on 'Circular Economy & Waste Management' in Asia.
Our 2nd Get Wasted Session : "Plastics On Our Plates" is dedicated to one of our most pressing issues: the 8 million tonnes of plastic leaking into the oceans every year. Over 32% of all plastic packaging produced ends up in the oceans or open dump sites. Recent research showed that there are already more than 5 trillion pieces of plastics in the world's oceans, most of them are microplastics. If we continue with "business as usual" we will have more plastic in the oceans than fish by 2050.
Plastic is certainly not evil (it's critical for medical advancements & many other areas of our life), but it can definitely be better managed - e.g. through Circular Economy thinking and systems. This is the purpose of the event series: to understand the issue, see what different players can do (companies, governments, individuals) and see how we can collaborate.
Sustainable building
This 3 sentence summary provides an overview of the key points about a sustainable building project:
The document discusses sustainable building practices such as using recyclable materials to reduce landfill dependency, saving energy through natural heating and cooling sources, and employing long-lasting natural materials that are readily available. It then describes a student project where they constructed a bench entirely out of recycled wood from shipping pallets to demonstrate reducing landfill waste and not having to cut down new trees through reuse of found materials. In conclusion, the project details how the students designed, assembled, and constructed their 100% sustainable wood bench.
Tri
The document summarizes a tricycle house designed by PAO and PIDO as an innovative but not necessarily comfortable housing solution for overcrowded cities like Beijing. The tricycle house is made from an experimental folding plastic material that allows it to open up, expand its interior space like an accordion, or connect to other houses. It is powered manually and off-grid, with folding fixtures like a sink, stove and bathtub that collapse into the front wall. The designers experimented with cutting, folding and welding scored plastic sheets into the house's structure to create a portable yet durable shelter.
Jugaad: innovation with high social and environmental impacts
This document discusses the concept of "Jugaad", which refers to improvised solutions born from adversity that have high social and environmental impact. It provides examples of Jugaad innovations like the inexpensive Nokia 130 phone, natural refrigerators created by Moroccan engineers, and using recycled water bottles filled with bleach and water for lighting. The document advocates embracing a Jugaad mindset of doing more with less to enable more people to meet basic needs in a sustainable way, such as by prioritizing effectiveness and efficiency over complexity. It lists six principles of Jugaad like using available resources and including margins to create value.
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The document discusses sustainable concepts for a Discovery Centre being designed for Wentworth Point, including:
1) The Discovery Centre will encourage sustainability through the use of renewable energy (solar panels), water collection (water tanks), and waste management (compost bins, worm farms, and chicken coops).
2) Travel to the centre will be encouraged through sustainable methods like biking (bike racks) and public transit (bus stops).
3) Native plants and materials like timber will be used to reduce environmental impact and encourage local wildlife.
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This document discusses 10 innovative technologies and solutions related to environmental sustainability. It describes hydrogen fuel cells, desalination techniques to produce fresh water, carbon capture and storage from power plants and industries, transparent solar films, 3D printers that use recycled plastic, ocean trash collecting devices, energy generation from foot traffic, converting food waste to renewable energy, building energy efficiency software, green roofs to reduce building temperatures, underground thermal energy storage, using drones to deliver vaccines to endangered species, and edible cutlery made from grains. These innovations aim to provide clean energy sources, fresh water, reduce carbon emissions, and find more sustainable uses of waste and resources.
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This document summarizes Dr. Simon Duffy's presentation on overcoming barriers to change and technological diffusion. Some key points:
- He created individual budgets in 1996 in Glasgow to allow more flexible support for people. This led to better outcomes with no additional costs.
- He later established In Control to pilot individual budgets in the UK, which gained government support. By 2013, the government expected all social care to use individual budgets.
- For change to happen, ideas must be made practical and attractive to join rather than being mandated or regulated heavily from the top-down. Innovation thrives when barriers are reduced.
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The document discusses sustainable living and reducing one's carbon footprint. It defines sustainable living as meeting present needs without compromising future generations' ability to meet their own needs. This involves reducing natural resource and personal consumption through practices like altering transportation, energy use, diet, and consumption. The 6 R's framework of refuse, reduce, reuse, recycle, replenish, and raise your voice is presented as a way to live more sustainably. Specific lifestyle areas that impact carbon footprints like electricity, transportation, food, and fashion are also discussed.Go green presentation
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𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
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𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
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- 2. INNOVATION • Innovation- which is one of the most essential tool in the development of the present era is defined as something which is new. Be it an idea, an object, or a process. • Innovation is multidisciplinary and a multi-stage process. It can be defined as a generation, admission and realisation of new ideas. • And this 10 letter word made the things around us so adaptive, productive and advanced.
- 4. • There is a way in doing something, don’t follow the existing one instead try to find a better one. Thinking and finding way is the first step and its implementation in effective way is the next. Though there are several types and classifications in innovation, there are many innovative ideas that we follow for small comforts.
- 5. VILLAGES-INNOVATION • Villages are generally self-reliant that means villagers give and take the products among themselves and they don’t rely on foreign products. • According to the recent surveys there are many grass-root innovations that are brought out by the villagers and then recognised by the government.
- 6. The National Innovation Foundation (NIF) – India • The National Innovation Foundation (NIF) – India, is India's national initiative to strengthen the grassroots technological innovations and outstanding traditional knowledge. • Its mission is to help India become a creative and knowledge- based society by expanding policy and institutional space for grassroots technological innovators.
- 7. Manually OperatedWater LiftingPump,Hand OperatedPump The hand-operated water-lifting device developed by Sakthimainthan is simple in design and has high discharge at low cost compared to conventional hand pumps, manual bucket pump, and bicycle operated pumps. It can be used for transferring water from canal to field, from one field to other field.
- 8. Paddy husk Stove It is a uniquely designed stove to enable the use of paddy husk as fuel. Paddy husk is available in plenty but could not be used effectively as fuel in the conventional wood stoves. So he modified the old stove developed for wood dust so as to use paddy husk as fuel. Paddy husk (around one kg) is spread completely between the outer frustum and cylinder. A fire is ignited with the help of some kerosene oil to the fuel through inner frustum. In few minutes, a good smokeless flame of fire is obtained.
- 9. AwardwinningideasbythewinnersofIGNITE –APJAbdulKalamby10th and12th students. Here as seen in the picture the heat from the solar panels can be utilised by the iron box to iron the clothes
- 10. Modifiedbroomwithdust collector • Here in the picture we can see the way to collect the dust easily while cleaning. It is one of the award winning idea from IGNITE
- 11. Fast Drying shoes • This is an idea where the student used the conversion of electrical energy to head energy and then used the heat to dry the shoe.
- 12. Manual Cole crop harvester • This Manual Cole crop harvester is an award winning idea form Ignite-2019
- 13. • Everything can be done in two ways, positive and negative. In the same way innovative thinking can be done for constructive purpose and also destructive purpose. Innovation can show high impact in both the ways. So, innovation has to be positive considering the welfare of the society.
- 14. THANK YOU !! -APARNA GARLAPATI