(Beijing, Jan 23, 2015) - Five Chinese companies with innovative technologies were today announced as the winners of WWF-China’s third annual Climate Solver Award.
The five outstanding technologies and companies are vertical high-temperature continuous graphitization furnaces (produced by Miluo Xinxiang Carbon Products Co., Ltd); MetaSpace air domes (produced by MetaSpace (Beijing) Technology); zinc bromine flow batteries (produced by Anhui Meineng Store Energy System Co., Ltd); multi-metal composite and re-manufacturing technology (produced by Deyang Advanced Material Technology Ltd); and smart meters (produced bySan Fran Electronic Co., Ltd).
If these five technologies reach their expected market share, more than 0.118 billion metric tons of carbon dioxide equivalents will be reduced every year.
The objective of the Climate Solvers programme, started by WWF-Sweden in 2008, is to strengthen innovation ecosystems around climate entrepreneurs’ so as to increase their capacity for widespread use of low carbon technologies in society. WWF discovers and promotes a selection of transformative technologies and business models every year with great potential to grow economically whilst reducing carbon dioxide emissions around the globe.
WWF-China, working with technology parks, incubators, financial institutions, governments and enterprises, strives to identify major opportunities and to eliminate barriers of the desperately needed clean technology transfer to accelerate global transformation to a low-carbon future. Since 2012, the programme has recognised 14 Chinese companies for their innovative technologies.
“Climate change has become an increasingly important global challenge. WWF sees climate innovation technology as one of the key solutions for phasing out fossil fuels and reducing carbon emissions,” said Sze Ping LO, CEO of WWF-China. “Small and medium-sized enterprises are characterised as innovative firms with the potential to become leaders in China and the world in tackling climate change.”
This year’s selection process was launched in October 2014. The expert panel evaluated the nominations according to key criteria such as emissions reduction potential, innovativeness, technology reliability, market potential and business strategy.
"The selection of Chinese Climate Solvers this year proves that we can deliver the same or better service with five times less energy and other resources as input,” said Stefan Henningsson, senior adviser for WWF’s Global Climate and Energy Initiative. “It is also evident that China now is in the phase of creating better industrial ecosystems for nurturing start-ups with exciting new Silicon Valley-style incubators becoming more and more common.”
The Climate Solver Award programme is currently run in China, India, South Africa and Sweden.
Notes for Editors
The 2014 Climate Solver China Award Winners are:
1. Vertical High-Temperature Continuous Graphitization Furnace
Miluo Xinxiang Carbon Products Co., Ltd. located in Hunan Province, has researched and developed a vertical high-temperature continuous graphitization furnace, which can produce high-grade graphite materials used in areas such as specialty steel smelting, the aluminum industry, synthetic diamond production, the development of new energy batteries, aerospace and so on. The vertical high-temperature continuous graphitization furnace could be applied instead of the traditional extensive way to produce graphite, such as Acheson graphitization furnace and lengthwise graphitization furnace. The products of vertical furnace have the good qualities of high-carbon, low-sulphur, stable carburetion and good absorption rate. Compared with domestic traditional techniques in China, Xinxiang Carbon’s technical operation has the advantages of saving power by more than 72% and saving water by more than 80%. Moreover, the graphite materials have the potential to optimize energy consumption with their customers in related industries.
2. MetaSpace Air Dome
MetaSpace (Beijing) Technology’s innovative MetaSpace air dome uses high performance architectural fabric as the dome’s “shell”, which is inflated by an intelligent mechanical unit to form the envelope of the structure. Neither columns nor beams are needed to support the structure. MetaSpace air dome combines advances in aeromechanics, new materials, ergonomics, energy saving and environmental protection to provide space for recreational facilities, logistic and warehousing centres. Comparing with conventional structure, such as steel structure MetaSpace air dome can save 30%-90% energy attributed to its superior performance with its air tight and patented insulation system.
3. Zinc-Bromine Flow Battery
Anhui Meineng Store Energy System Co., Ltd’s zinc-bromine flow batteries (ZBEST) is a high-tech company dedicated to developing advanced energy storage systems. After eight years of technical development, the company has made significant progresses in developing a zinc-bromine flow battery, an emerging technology that provides a viable energy storage option for the fast-growing renewable energy market. The company has also built up in-house capability for developing key components and materials of the zinc-bromine flow battery including bipolar electrodes, membranes, electrolytes and flow frames, which could reduce the cost to the half of original. In 2015, the company will launch an innovative business model called Electricity Bankwith its cooperators in operation chains, which stores excess solar power at a cheap price and then sells it to the grid when needed at higher price and demand. By applying energy storage systems, ZBEST can greatly enhance solar power integration, and consequently reduce clean energy wasted, coal burnt and CO2 emissions stemming from China.
4. Multi-Metal Composite and Re-Manufacturing Technology
Deyang Advanced Material Technology Ltd. is professionally engaged in the research and development of multi-metal composite and re-manufacturing. It is also responsible for a breakthrough innovation to restore copper and other metals from metal powder without the need to melt them in a furnace. With the new technology of electrochemistry, partial or whole surface re-manufacturing on the scrap parts can be achieved under normal temperature and pressure. The company is specialized in the production of high purity, high uniformity, superfine shaped grain alloyed material and other special double metal (BIMETAL) or multilayer metal alloy material in steel base, nickel base, copper base, aluminum base, ceramic base of metal mechanical parts. The whole-restoring technology reduces energy consumption sharply compared to the conventional melting process in a furnace, using less than one tenth of the energy to provide the service. The end products’ metal material performance index shows that the mechanical properties equal or surpass those comparable materials from conventional production processes.
5. Smart Meters
San Fran Electronic Co., Ltd. applies switch power supply technology instead of traditional inefficient linear power supply technology, which enables smart meter power consumption at 77% below industry standard. In order to achieve the goal of reducing the overall power consumption, the meter adopts a flyback switch converter program, selects low power consumption components, and designs lower power consumption dispatch policy software. A product with the features of small size, low power consumption, high efficiency, wide input, multiple -output, high isolation voltage and so on.
WWF's mission is to stop the degradation of the earth's natural environment and to build a future in which humans live in harmony with nature. The Global Climate & Energy Initiative (GCEI) is WWF’s global programme addressing climate change, promoting renewable and sustainable energy, scaling up green finance, engaging the private sector and working nationally and internationally on implementing low carbon, climate resilient development. www.wwfchina.org
For More Information:
Yan HUANG, Climate and Energy Communicator, WWF China
firstname.lastname@example.org, +86 10 6511 6229
Chinese innovation provides green solution to temperature extremes
The quest for a constant, comfortable temperature in which to live and work can be directly linked to approximately 60% of CO2 emissions in the atmosphere, an action which ironically leads to the uncomfortable temperature extremes that we were so anxious to avoid.
A Chinese company has found an innovative solution to the challenge of moderating temperatures in regions which experience both extremely hot summers and cold winters.
The Hunan Qiuke Heat-Source-Tower Heat Pump Technology Engineering company (QIUKE) was named as a WWF Climate Solver for its design of a wide-finned copper pipe evaporator system which works equally well in humid summer and winter conditions.
The wide-finned structural design uses sensible heat (the warmth generated when an object is heated) and latent heat (heat that causes a change in state – from liquid to solid or gas - without changing the temperature) to supply air conditioning, heating and hot water for the building.
The design reduces frosting on the air conditioning unit, which in turn means that an auxiliary heat pump is not needed, even in the most extreme conditions.
In the summer, a large scale screw air compressor is used in conjunction with the wide-finned copper pipe evaporator.
The energy savings in all seasons from the technology are as high as 30% even when used in conjunction with a traditional air conditioning system, and as much as 60% if the QIUKE system is used on its own.
According to the WWF's Senior Advisor of Climate Innovation at the Global Climate and Energy Initiative, Stefan Henningsson, if technology with this performance is applied in just 15% of new and retrofitted buildings globally by 2023, there will be a saving of about 25 million tons of CO2 emissions each year.
Elegantly simple condensation cooling innovation promises massive greenhouse gas reductions.
Imagine an air cooling system which is self-adjusting according to the atmospheric temperature, never needs chemical cleaning and the only water it needs is harvested from rainwater.
Well, it’s real. This innovative idea, developed by Green India Building Systems and Services (GIBSS) was honoured with a WWF Climate Solver award.
“Conventional air cooling systems are responsible for as much as 70% of the energy consumption in buildings, usually through condenser systems or a cooling tower,” explains Mandar Kaprekar, Executive Director for Technology and Product at GIBSS. “We believe that zero-emissions buildings are possible, and our system goes a long way to achieving that goal.”
The innovation takes advantage of the fact that the earth retains a constant temperature throughout the year, and in the Indian tropical summer months in particular, this temperature is considerably lower than the atmospheric temperature.
The heat exchanger has an elegant simplicity: the building heat is channelled through a closed water piping system buried in the earth below the building. Harvested rainwater flows through this geofield system, rapidly dropping in temperature, before being channelled back into the building where it cools the air around it.
“In India alone, residential, commercial and public buildings account for about 89 million tonnes of CO2 emissions,” says Stefan Henningsson, Senior Advisor of Climate Innovation at WWF’s Global Climate and Energy Initiative. “We recognised the innovative potential of the GIBSS system, with its potential to significantly reduce both emissions and costs.”
If the GIBSS system is adopted in new and retrofitted buildings, it has the potential to reduce greenhouse gas emissions by about 20 million tonnes by 2022.
Since being named as a WWF Climate Solver company, GIBBS has installed its system in a number of buildings. Operating costs for these properties have dropped between 50 and 60%, which means that the system pays for itself less than two years after installation.
The company's commitment to the environment also extends to the safe disposal of redundant air cooling systems in retrofitted buildings. GIBBS buys the old systems from the building owners and provides certification of safe disposal, further adding to their green building credentials.
The social impact of the system is also significant. Since its establishment, GIBSS estimates that the power freed up on the grid by the system has been sufficient to light up as many as 149 small villages in the subcontinent.
After two centuries of burning fossil fuels and emitting greenhouse gases at an exponentially increasing rate, the earth’s climate is changing. Human-induced warming is disrupting a number of natural systems that we depend on.
Predictions are that a temperature increase above 2°C is almost inevitable, which will entail more extreme weather events, sea level rises, precipitation changes, disappearing coral reefs and ocean acidification. International climate change negotiations are not delivering sufficiently on the challenge to avoid catastrophic climate change, which make accelerated investments in solutions by business, financial institutions, countries and cities even more crucial.
It is clear that renewables must assume the full share of the global energy supply market to avoid 2°C global warming whilst preventing major water pollution, hazardous waste for generations, poor human health, proliferation of nuclear weapons and unnecessarily high costs.
WWF’s Energy Report shows that all of the world’s energy needs can be met cleanly and renewably by 2050, in ways that can be sustained by the global economy and the planet, and that such a transition is not only possible but cost-effective. Such an energy transition must put energy savings at the core which is also proven necessary in the latest reports from Intergovernmental Panel on Climate Change, International Energy Agency, UN Environmental Programme and others.
Solutions exist and can be realised with the right combination of political, social and financial will. But the major innovation challenges ahead include the acceleration of business models that take solutions to market and the continuous cost-cutting of key technologies. We must deliver energy services in much smarter and more innovative ways in a future of decentralised sustainable energy rather than the current centralised unsustainable energy.
In order to accelerate progress we need to look at the conditions surrounding both large and small solution providers. We will need to see a wide range of innovative cleantech solutions quickly scale up over the next three decades. Agencies, governments, investors and businesses need to proactively collaborate as forces for change in transitioning towards a sustainable energy future on a global level.
Tracking the innovation activity of smaller cleantech disruptors that carry the hope of enabling a shift to more good solutions is the impetus for the Global Cleantech Innovation Index 2014 which is published today. The index demonstrates that countries will gain traction if they:
· are able to adapt to the growing demand for renewable energy (at home and abroad)
· are connecting start-ups with multiple channels (e.g. multinational corporates, public procurement) to increase their success rates
· are increasing international engagement to spur widespread adoption of clean technologies.
Together we must help enterprises which contain the pieces to the 100% renewable energy puzzle to grow more rapidly. We must join hands around the world in creating a more attractive future for all, and make it clear to decision-makers that we are ready and able to do so.
Read the Global Cleantech Innovation Index 2014 report here
Stefan Henningsson is a senior advisor on climate innovation for WWF International.
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