Cleantech and renewable energy whats in it for you
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Semelhante a Cleantech and renewable energy whats in it for you
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Cleantech and renewable energy whats in it for you
- 1. Cleantech The Why, What and How for Students Presentation to ITM NarasimhanSanthanam Director, EAI
- 2. What is Cleantech? Energy and environment related technologies developed for a more sustainable world. While renewable energy is an important part of cleantech, cleantech is a much wider domain www.eai.in
- 3. Cleantech and You Why Should You Care? What Should You Know? How Can You Start? www.eai.in www.eai.in
- 4. “WHYShould I Care?” www.eai.in
- 5. If You Thought… “I have nothing to do with Cleantech” Think Again www.eai.in
- 6. Cleantech… Is inevitable Touches everyone Is in its early days www.eai.in
- 7. Cleantech Touches Everyone… Water Materials Air, Environment Manufacturing Energy Cleantech Enablers Agriculture Transport Waste Lifestyle www.eai.in
- 8. Cleantech is Inevitable Scarcity of fossil and synthetic raw materials Climate change Environmental sustainability concerns CSR and Triple Bottomline – 3P = People, Planet, Profits www.eai.in
- 9. Cleantech is in Its Early Days An analogy with IT 1st PC appeared in 1975 (Altair) 100,000 computers sold in 1978 290 MILLION sold in 2008 Growth of 3000 times, or 300,000 %, in 30 years Today, computers are everywhere www.eai.in
- 10. Cleantech is in Its Early Days % share of renewables in power = about 2% (other than large hydro) % share of cleantech in other domains = less than 1% We are in the 1978 of cleantech. Over the next 10 years, cleantech will grow by over 1000% in terms of market penetration, business, jobs and career In 20 years, cleantech will be everywhere www.eai.in
- 11. There is enough reason for you to care about CleantechWhatever is your branch of study and whichever profession you wish to pursue www.eai.in
- 12. “WHATShould I Know?” www.eai.in
- 13. What Should You Know? Key drivers that are shaping clean technology Key trends that are emerging from these drivers Key components of cleantech Key trends that could be specific to Bosch www.eai.in
- 15. Key Cleantech Trends Cleantech ecosystem approach Energy efficiency the low hanging fruit Focus on lifecycle than on individual stages Government and global incentives (CDM) Distributed energy generation www.eai.in
- 16. Air & Environment Carbon Capture and Sequestration CO2 to Value Emissions Control www.eai.in
- 17. Water Bioremediation for wastewater treatment Energy efficiency in wastewater treatment and in water desalination Novel engineering methods for water recycling and reuse for industries Innovations in water conservation - waterless urinals and low flush toilets Water harvesting for domestic and industries www.eai.in
- 18. Materials Sustainable wood Bioplastics & biopolymers Less toxic materials Organic clothing www.eai.in
- 19. Manufacturing Smart manufacturing Energy efficiency in production www.eai.in
- 20. Enablers Green IT Monitoring and Control Systems Smart Grid Prediction Systems Science and Technology R&D Biotech Green Engineering Basic Sciences www.eai.in
- 21. Lifestyle Low carbon lifestyle Transportation – bicycles, car pooling, telecommuting Electrical items – LEDs, Energy Star ratings Habitat – Passive heating/lighting/cooling, LEED/GRIHA rated green buildings Food & drink – organic food, locally grown food Fashion – organic textiles, recycled materials Waste management – minimization, waste to value (compost, recycling and reuse) www.eai.in
- 22. Waste Management Waste to energy & value MSW, Industrial waste & Agri waste Energy Biogas, Producer gas, Syngas Other hydrocarbon fuels Charcoal Value Compost/fertilizer Activated carbon Valuable materials & recycled products www.eai.in
- 23. Transport Public transportation Hybrids/EV Biofuels Fuel efficiency www.eai.in
- 24. Agriculture Organic farming Biofertilizers and biopesticides Water management Crops that can grow in waste and marginal lands Sustainable forestry www.eai.in
- 25. Energy Renewable Power Current Solar – PV and Thermal Wind Biomass – biomass to power, biofuels Hydro – Large and Small Waste to Energy Geothermal Waiting in the wings Hydrokinetic Wave and Tidal, other Ocean Energy www.eai.in
- 26. Student Focus Energy Efficiency Green Power Biofuels Green IT www.eai.in
- 27. Energy Efficiency Energy efficient processes Passive lighting & heating Insulation Maintenance to avoid poor structures such as leaky ducts Energy efficient products Energy efficient lighting, heating and other white goods Replacing old appliances with new, energy efficient ones Fuel efficient transport Energy efficient services Energy auditing IT & energy efficiency www.eai.in
- 28. Green Power - Solar Solar PV Photovoltaic Small systems (kW, even W scale possible) Costs high, but falling steeply Solar Thermal Household and Industrial water heating Drying Cost competitive Solar CSP Power generation from the heat of the sun Requires medium to large scale Technology still evolving www.eai.in
- 29. Green Power - Wind Onshore and Offshore Offshore still emerging, not mainstream Onshore Almost cost competitive with fossil power India 5th largest in installed capacity (11 GW) Major turbine manufacturers have base in India (Vestas, Gamesa, Suzlon, Siemens…) Micro-wind still not a reality Vertical axis wind turbine is an exciting possibility that could make microwind possible www.eai.in
- 30. Biofuels Hybrids Gasoline – electric Diesel – electric Toyota Prius is the market leader in hybrids (almost 3 million sold so far) Biofuels First generation, second and third generation Biodiesel for diesel, ethanol for gasoline Cellulosic ethanol, jatropha and algae are the emerging industries www.eai.in
- 31. Green IT Use of green practices in the IT industry Making computers energy efficient Use of renewable energy in IT industry (data centers for instance) Green supply chain Use of biodegradable materials Recycling and reuse of components Move towards less use of toxic materials in computers www.eai.in
- 32. Green IT Use of IT in the green industry Energy monitoring software Design software for renewable energy equipment production Natural resources forecasting Smart grid Software for monitoring corporate carbon footprint www.eai.in
- 33. As you can see…Cleantech is a vast areaPrioritize your area of research based on:Your backgroundYour passion www.eai.in
- 34. “HOWCan I Start?” www.eai.in
- 35. How Do You Start? Learn Connect Act www.eai.in
- 36. Learn Professors, faculty and co-students Magazines, journals Blogs and online forums www.eai.in
- 37. Connect Interact with industry experts Online – Social media, other forums (CleanTick) Offline - Events www.eai.in
- 38. Act Involve other students and faculty Participate in competitions/events Initiate small pilots Form brainstorming groups Prepare business cases and start the action www.eai.in
- 39. The best time to start anything isNOW www.eai.in
- 40. Thanks! NarasimhanSanthanam Director, EAI www.eai.in , narsi@eai.in www.eai.in
Notas do Editor
- Over Euro 1 billion in 2009 and over 1.5 billion in 2010Wind power, PV, Solar thermalEnvironmental portfolioSustainable mobilityEnergy-efficient productsRenewable energyRecyclingThese four together are about $1.5 trillion as a marlet worldwideBosch offers eco-friendly products in all its business sectors. Even today, they account for around one-third of our sales. In the area of sustainable mobility, these include technologies that help further reduce the fuel consumption and CO2 emissions of vehicles. Energy efficiency and climate protection are also shaping the Industrial Technology and the Consumer Goods and Building Technology business sectors. Energy efficiency - Products range from energy-saving cooling appliances and modern heating systems to machine tools. The EU estimates that primary energy consumption in residential buildings alone can be cut by 27 percent by 2020== That’s why Bosch is striving to achieve a form of sustainable mobility which is low in pollutants and independent of fossil fuels. Working in tandem with our customers, we are researching the potential for powering vehicles by combining an internal-combustion engine with an electric motor or by using an electric motor on its own. However, to bridge the gap to these future-focused solutions and to offer consumers the best available technology today, we at the same time have to further increase the efficiency of the internal-combustion engine. As we plan for the long term but also want to offer improved solutions in the short term, we are pursuing a number of development paths in parallel: * Our engineers are unlocking the energy-saving potential of the internal-combustion engine – potential that is still far from exhausted. * With smart technology along the full length of the drivetrain and with hybrid solutions, we shall help the car and the internal-combustion engine become increasingly clean and efficient. * We are adapting the internal-combustion engine to work with alternative fuels produced either synthetically or from renewable raw materials. * After several development stages involving transitional technologies, we can see growing opportunities in niche segments for electric drives that use a fuel cell as an energy converter to replace the internal combustion engine. * Vehicle safety is just as important as economical and environmentally friendly mobility. In this area, Bosch is developing new functions by networking existing safety systems and sensor technology.==Recycling programConserving resources through remanufacturingMore and more workshops are opting for remanufactured Bosch products to enable repairs at a cost commensurate with a vehicle's current value. This remanufacturing process is now applied to around 9,000 vehicle parts from 27 product groups. Bosch is a leading supplier of industrially remanufactured products such as starters, alternators, air-conditioning compressors, brake calipers, ignition distributors, diesel injection pumps, and many other components. This process of remanufacturing vehicle parts is not just a cheaper alternative for end customers – it also protects the environment by reusing much of the original product. Consequently, this system cuts down on the use of raw materials and produces fewer CO2 emissions than would be generated by the production of new parts. In 2009, Bosch remanufactured 2.5 million parts and in doing so emitted 23,000 fewer metric tons of CO2 than if the parts had been manufactured from scratch.When repairing a vehicle, the workshop can replace a faulty part with either a new or a remanufactured part. For end customers, the remanufactured part is between 30 and 40 percent cheaper than a new one. Bosch places the same high quality standards on remanufacturing as it does on the production of new products, which is why the company gives the same two-year guarantee on remanufactured parts. Today, the possibility of later remanufacturing is taken into account during the development of original components.Demand for high-quality remanufactured parts for car repairs has risen dramatically worldwide in recent years. In the U.S., the replacement business has already conquered almost a 90 percent share of the market. In Europe, too, the market segment is growing steadily, exhibiting far higher growth rates than the largely stagnating aftermarket as a whole. Bosch expects the remanufacturing market in Europe to grow to 30 million products per year by 2015. Bosch's remanufacturing program is supporting the trend towards resource conservation on the car repair market.