Open Innovation Challenge Winner: Vivek NairPaulaEsp1
Vivek Nair is an Indian engineer that participated in and won the open innovation challenge organized by ennomotive and Codelco Tech. The goal of this challenge was to identify applications for a new copper/graphene nanocomposite.
The document discusses sustainable design and the challenges of engaging people. It shows that Investa Property Group has significantly reduced electricity, greenhouse emissions, natural gas, and water usage in its buildings over time. However, the "low hanging fruit" of easy efficiency improvements has been picked, and greater reductions require more technological investments, innovative contracts, organizational changes, and promotional efforts. Tenant comfort and complaints also vary based on energy usage, highlighting the need to balance resource productivity with occupant needs.
At the Asia Clean Energy Forum 2016 Ricardo Energy & Environment’s waste management and resource efficiency experts discussed a range of critical issues, including financial, institutional, policy, regulatory, engineering, environmental and social issues around the planning for and delivery of appropriate and effective waste to energy infrastructure in developing economies.
In this presentation Dr Mark Broomfield discusses the drivers and barriers for development of waste to energy regulation.
1) Raising temperature setpoints in air conditioned office buildings by 1 degree C can save 5-10% on HVAC energy during the summer season and 10-20% during peak hot days. Strategies like floating and time-of-day setpoints in 2010 achieved savings of 4.1-8.0% compared to previous years.
2) A dynamic intervention system that varied temperatures adaptively saved 6-19.6% at different buildings compared to their baselines.
3) Complaints about temperatures decreased over two summer seasons when normalized for increased use of complaint reporting, indicating improved comfort.
Lion owns a collection of unpatented, proprietary technologies in the renewable energy and environmental sectors. Its renewable technologies specifically relate to energy storage and solar thermal power production. In addition, Lion has unpatented, proprietary environmental technologies related to NOx and SO2 abatement, and recycled materials technologies.
Each technology, when fully developed and commercialized provides potentially multi-billion dollar opportunities.
Lion is also working with top universities and chemists from around the world to bring more new revolutionary clean energy technologies to the market for a a better environment resulting in significant returns for our investors.
We are developing the next generation of renewable energy and
environmental technologies.
Our strategy is not to manufacture, market and sell products ourselves – we
monetize our technologies through licensees and alliances. As such, our
focus is on prototyping, further refinement of our technologies and
negotiation of the first wave of license agreements. This is the most
profitable phase of the development cycle.
Our current portfolio of technologies includes large scale energy storage,
solar thermal power production, proprietary recycled materials technologies,
and environmental technologies related to full NOx and SO2 abatement.
We focus on technologies that have the potential to be multi-billion dollar
opportunities.
We continue to work with top universities and chemists from around the world
to develop further technologies that will improve the environment and
benefit our investors.
The Centre of Excellence in Thermal Energy Storage at TERI University conducts research on developing thermal energy storage systems for both low and high temperature applications. Key activities include developing a solar air dryer integrated with paraffin wax storage, TES for HVAC peak shaving, medium temperature industrial process heat recovery, and high temperature storage for solar thermal power. The CoE is funded by the MHRD FAST scheme and collaborates with industrial partners and other research institutes to commercialize technologies and conduct training programs.
- Energy efficiency has long been important for protected cropping operations to reduce costs and emissions, but returns on additional efficiency improvements are diminishing.
- New policies like Feed-in Tariffs and the upcoming Renewable Heat Incentive now make investing in renewable energy generation more financially viable compared to only focusing on energy savings.
- Growers should evaluate both energy efficiency upgrades and on-site renewable technology options like biomass boilers to determine the most cost-effective approach based on whole-life cost-benefit analyses and the specific incentives now available.
The Edinburgh University created a Renewable Energy and Low Carbon Options (RELCO) Group to explore the technical and business cases for different pathways to achieve their organisational goal - Zero Carbon by 2040. As part of this renewable energy review process, the OnGen Expert was successfully used to screen dozens of sites across the 300+ buildings and land in and around south Edinburgh for their renewable energy potential and the financial case for installation.
The OnGen platform was a key tool in determining viable renewable energy strategies on buildings across the University's complex estate and provided particular reassurance to the estates' team.
The session explains how energy cost savings of £3.8m over 20 years and annual carbon savings as 600 tCO2e/year have been forecasted on 18 sites.
Open Innovation Challenge Winner: Vivek NairPaulaEsp1
Vivek Nair is an Indian engineer that participated in and won the open innovation challenge organized by ennomotive and Codelco Tech. The goal of this challenge was to identify applications for a new copper/graphene nanocomposite.
The document discusses sustainable design and the challenges of engaging people. It shows that Investa Property Group has significantly reduced electricity, greenhouse emissions, natural gas, and water usage in its buildings over time. However, the "low hanging fruit" of easy efficiency improvements has been picked, and greater reductions require more technological investments, innovative contracts, organizational changes, and promotional efforts. Tenant comfort and complaints also vary based on energy usage, highlighting the need to balance resource productivity with occupant needs.
At the Asia Clean Energy Forum 2016 Ricardo Energy & Environment’s waste management and resource efficiency experts discussed a range of critical issues, including financial, institutional, policy, regulatory, engineering, environmental and social issues around the planning for and delivery of appropriate and effective waste to energy infrastructure in developing economies.
In this presentation Dr Mark Broomfield discusses the drivers and barriers for development of waste to energy regulation.
1) Raising temperature setpoints in air conditioned office buildings by 1 degree C can save 5-10% on HVAC energy during the summer season and 10-20% during peak hot days. Strategies like floating and time-of-day setpoints in 2010 achieved savings of 4.1-8.0% compared to previous years.
2) A dynamic intervention system that varied temperatures adaptively saved 6-19.6% at different buildings compared to their baselines.
3) Complaints about temperatures decreased over two summer seasons when normalized for increased use of complaint reporting, indicating improved comfort.
Lion owns a collection of unpatented, proprietary technologies in the renewable energy and environmental sectors. Its renewable technologies specifically relate to energy storage and solar thermal power production. In addition, Lion has unpatented, proprietary environmental technologies related to NOx and SO2 abatement, and recycled materials technologies.
Each technology, when fully developed and commercialized provides potentially multi-billion dollar opportunities.
Lion is also working with top universities and chemists from around the world to bring more new revolutionary clean energy technologies to the market for a a better environment resulting in significant returns for our investors.
We are developing the next generation of renewable energy and
environmental technologies.
Our strategy is not to manufacture, market and sell products ourselves – we
monetize our technologies through licensees and alliances. As such, our
focus is on prototyping, further refinement of our technologies and
negotiation of the first wave of license agreements. This is the most
profitable phase of the development cycle.
Our current portfolio of technologies includes large scale energy storage,
solar thermal power production, proprietary recycled materials technologies,
and environmental technologies related to full NOx and SO2 abatement.
We focus on technologies that have the potential to be multi-billion dollar
opportunities.
We continue to work with top universities and chemists from around the world
to develop further technologies that will improve the environment and
benefit our investors.
The Centre of Excellence in Thermal Energy Storage at TERI University conducts research on developing thermal energy storage systems for both low and high temperature applications. Key activities include developing a solar air dryer integrated with paraffin wax storage, TES for HVAC peak shaving, medium temperature industrial process heat recovery, and high temperature storage for solar thermal power. The CoE is funded by the MHRD FAST scheme and collaborates with industrial partners and other research institutes to commercialize technologies and conduct training programs.
- Energy efficiency has long been important for protected cropping operations to reduce costs and emissions, but returns on additional efficiency improvements are diminishing.
- New policies like Feed-in Tariffs and the upcoming Renewable Heat Incentive now make investing in renewable energy generation more financially viable compared to only focusing on energy savings.
- Growers should evaluate both energy efficiency upgrades and on-site renewable technology options like biomass boilers to determine the most cost-effective approach based on whole-life cost-benefit analyses and the specific incentives now available.
The Edinburgh University created a Renewable Energy and Low Carbon Options (RELCO) Group to explore the technical and business cases for different pathways to achieve their organisational goal - Zero Carbon by 2040. As part of this renewable energy review process, the OnGen Expert was successfully used to screen dozens of sites across the 300+ buildings and land in and around south Edinburgh for their renewable energy potential and the financial case for installation.
The OnGen platform was a key tool in determining viable renewable energy strategies on buildings across the University's complex estate and provided particular reassurance to the estates' team.
The session explains how energy cost savings of £3.8m over 20 years and annual carbon savings as 600 tCO2e/year have been forecasted on 18 sites.
The document discusses the company's strategy to develop efficient on-site renewable energy generation. The strategy has three parts: 1) reducing their direct carbon footprint, 2) working with suppliers to reduce emissions, and 3) empowering customers to reduce their carbon footprint. They discuss trials of various renewable technologies for on-site generation including solar, wind, biomass, and combined heat and power. The appropriate technology depends on factors like the scale, financial impacts, and proven effectiveness. A mix of technologies is needed for different locations. Government incentives can help drive more efficient on-site generation.
Lessons from Superhomes: the challenge of engaging homeowners to invest in deep retrofit; presentation given by Paul Kenny CEO, Tipperary Energy Agency, at Deep Retrofit conference, June 21st 2017
RAB Microfluidics is developing a solution to analyze machine breakdowns and failures using microfluidic technology. They estimate their target market of maritime, wind, and manufacturing could generate £7 million in revenue by year 3. They are seeking £500k in investment which would be used to grow their team, conduct pilot trials, develop software, launch an MVP, and fully launch their product. Their goal is a trade sale exit within 5-7 years.
(1) This document discusses opportunities for reducing costs through improving energy efficiency in polymer processing. It identifies areas of high energy consumption and potential savings.
(2) Extruders and heating processes account for over 60% of energy usage on average. The document analyzes specific energy usage for an example extruder process and estimates potential savings of 17% through measures like heat recovery.
(3) Government schemes provide funding support for energy audits, loans, grants, and renewable energy projects to help businesses implement efficiency improvements and reductions in operating costs. Upcoming events are noted to further engage the polymer sector on sustainability.
Presentation given at IUCN Peatland Action, 22 October 2014, by Prof Mark Reed about the UK Peatland Code. For more information, visit: http://www.iucn-uk-peatlandprogramme.org
This document is a funding proposal from TGE Tech, an Israeli company seeking $3 million to build and demonstrate a municipal solid waste gasification system. TGE has developed a patented gasification technology that transforms waste into synthesis gas and inert ashes. The system is more cost effective and environmentally friendly than incineration. TGE intends to partner with waste management companies to implement the technology and generate revenue from equipment sales, waste treatment services, and energy/carbon credits.
The Building and Construction Authority of Singapore (BCA) awarded $8.3 million in grants to researchers from the National University of Singapore, Nanyang Technological University, and Ngee Ann Polytechnic to develop energy efficient technologies for buildings. The grants will support 8 projects focused on improving air conditioning and ventilation systems and building management systems. The goal is to develop solutions that can reduce energy use by 30-40% and be adopted in buildings within 5 years. BCA was allocated $15 million from the Energy Innovation Research Programme to support research on energy efficiency in tropical buildings.
The document summarizes venture capital investments in energy and clean tech startups from 22 venture capital firms. It provides examples of 372 energy investment projects focused on areas like supply/generation, efficiency/conservation, and various subsegments within solar and biofuels. It notes that while some subsegments may consolidate, many firms work across areas and can adapt their focus. Forecasts are often surprised by unpredictable factors like commodity prices and economic conditions. Overall, there are opportunities for multiple firms to succeed in different niches within these emerging sectors.
We are invited to become a partner in an energy efficiency programme focused on reducing industrial CO2 emissions to zero through sustainable alternatives and developing new electrical processes. The programme's goals are to achieve energy savings of at least 2% per year through research lines in industrial heat, gas separation and treatment, liquid separation and conversion, and integrating renewable electricity. Partners include technology suppliers, engineering firms, materials suppliers, energy-intensive industries, and knowledge institutes.
Siqens is developing methanol fuel cell technology to replace diesel generators for off-grid power applications. They aim to achieve €1 million in revenue in 2017, €10 million in 2019, and €25 million in 2021 by expanding into markets for telecommunications, electric vehicles, industrial IoT, and rural electrification. Siqens' fuel cells can provide power at up to 70% lower fuel costs than diesel generators while reducing emissions by over 99%.
Deep Retrofit: Energy Cultures and the Importance of Energy Practices Within ...SustainableEnergyAut
Dr Eimear Heaslip, NUIG: Deep Retrofit: Energy Cultures and the Importance of Energy Practices Within Households, SEAI Deep Retrofit conference, June 21st 2017
Grangegorman DIT - Dermot Tierney of Hothouse DIT - Dublinked Data Analytics ...Dublinked .
• Dermot is Senior Licensing Executive at DIT Hothouse. Dermot works with research groups in the ICT, Data Analytics, Engineering and Life Science sectors.
• Prior to his work on licensing, Dermot managed the DIT Hothouse Venture Programme focusing on the development of new start-up companies.
• Before moving to DIT, Dermot worked in sales, marketing and new product development roles in the media industry. Dermot holds a BA in English from the University of Ulster, a Diploma in Management from the Chartered Management Institute, and an MBA from UCD Smurfit Business School.
Presentation: Computing and Data Analytics in Dublin Institute of Technology
Dermot will give an introduction to DIT Grangegorman and an overview of DIT’s body of work in the area of computing and data analytics.
Energy Efficient and Sustainable Buildings for the FutureEMEX
NG Bailey, the UK’s largest independent engineering, IT and facilities services business, has worked in partnership with Land Securities to deliver an energy reduction scheme, which resulted in a nine per cent fall in energy use at a number of key London sites – including 80-100 Victoria and New Street Square. The scheme will now be rolled out across a number of other properties in the Land Securities portfolio.
Getting most out of bio-energy on industrial sitesEMEX
Businesses in the food and drink sector can generate bio-energy from their bio-degradable residues. On-site Anaerobic Digestion of food processing residues can produce biogas for factory use. If deployed more widely on industrial sites it will reduce reliance on fossil fuels and help cut GHG emissions. One of Britain’s most advanced on-site Anaerobic Digestion (AD) plants, located at First Milk’s Aspatria creamery, is the largest AD plant on a creamery site in Europe.
Monitoring of Business Energy Performance for Fit-out Redevelopment Potential...EMEX
In 2014, Heathrow’s Terminal 2 Retail Fit-out Sustainability Project won the ‘Most energy efficient project of the year’ at the Environment and Energy Awards. This was for Discovery Mill’s approach and the work the Heathrow team collaboratively achieved with Heathrow’s retail business partners in reducing energy usage in T2 Retail. Predicted energy savings were assessed to be 17-24% compared to existing Terminal 5 operations, with additional direct savings for Heathrow through reduced central building plant consumption as well as reduced infrastructure costs.
This document outlines the construction of an informative web application using the ArcGIS API for JavaScript to promote Toronto's Eco-Roof Incentive Program. The web app allows users to visualize costs and benefits of green and cool roofs, determine program eligibility, estimate incentive contributions, and find nearby contractors. It was built using Toronto open data, ArcGIS Desktop, ArcGIS Online, and programming tools. The web app encounters challenges with outdated building data and remote resource access that could be addressed in future improvements.
IES Faculty: Digital Twins – the latest buzz word! But what does it mean for ...IES VE
The concept of digital twins is not new. However, the advance of the ‘fourth industrial revolution’ is making cyber-physical systems in the built environment practical, useful and affordable. Productivity gains and cost savings aside, digital twins will also become an essential tool in addressing the current climate crisis, presenting dramatic and exciting opportunities to achieve zero carbon targets and promote sustainable, healthier buildings.
But what are digital twins? And how can they be used in the built environment? What tools are available? And how can we overcome the challenges faced by lack of data? This faculty answered these questions.
The document summarizes the launch of the Smile4Life program, which aims to improve children's oral health in Lancashire, UK. It provides an agenda for the launch event, including presentations from local officials and dental experts on topics like the program background, implementation, and evaluation. The launch event aims to share information on the program and gain support for its goal of reducing tooth decay in children through focus on diet, brushing habits, and accessing dental care.
The document discusses the company's strategy to develop efficient on-site renewable energy generation. The strategy has three parts: 1) reducing their direct carbon footprint, 2) working with suppliers to reduce emissions, and 3) empowering customers to reduce their carbon footprint. They discuss trials of various renewable technologies for on-site generation including solar, wind, biomass, and combined heat and power. The appropriate technology depends on factors like the scale, financial impacts, and proven effectiveness. A mix of technologies is needed for different locations. Government incentives can help drive more efficient on-site generation.
Lessons from Superhomes: the challenge of engaging homeowners to invest in deep retrofit; presentation given by Paul Kenny CEO, Tipperary Energy Agency, at Deep Retrofit conference, June 21st 2017
RAB Microfluidics is developing a solution to analyze machine breakdowns and failures using microfluidic technology. They estimate their target market of maritime, wind, and manufacturing could generate £7 million in revenue by year 3. They are seeking £500k in investment which would be used to grow their team, conduct pilot trials, develop software, launch an MVP, and fully launch their product. Their goal is a trade sale exit within 5-7 years.
(1) This document discusses opportunities for reducing costs through improving energy efficiency in polymer processing. It identifies areas of high energy consumption and potential savings.
(2) Extruders and heating processes account for over 60% of energy usage on average. The document analyzes specific energy usage for an example extruder process and estimates potential savings of 17% through measures like heat recovery.
(3) Government schemes provide funding support for energy audits, loans, grants, and renewable energy projects to help businesses implement efficiency improvements and reductions in operating costs. Upcoming events are noted to further engage the polymer sector on sustainability.
Presentation given at IUCN Peatland Action, 22 October 2014, by Prof Mark Reed about the UK Peatland Code. For more information, visit: http://www.iucn-uk-peatlandprogramme.org
This document is a funding proposal from TGE Tech, an Israeli company seeking $3 million to build and demonstrate a municipal solid waste gasification system. TGE has developed a patented gasification technology that transforms waste into synthesis gas and inert ashes. The system is more cost effective and environmentally friendly than incineration. TGE intends to partner with waste management companies to implement the technology and generate revenue from equipment sales, waste treatment services, and energy/carbon credits.
The Building and Construction Authority of Singapore (BCA) awarded $8.3 million in grants to researchers from the National University of Singapore, Nanyang Technological University, and Ngee Ann Polytechnic to develop energy efficient technologies for buildings. The grants will support 8 projects focused on improving air conditioning and ventilation systems and building management systems. The goal is to develop solutions that can reduce energy use by 30-40% and be adopted in buildings within 5 years. BCA was allocated $15 million from the Energy Innovation Research Programme to support research on energy efficiency in tropical buildings.
The document summarizes venture capital investments in energy and clean tech startups from 22 venture capital firms. It provides examples of 372 energy investment projects focused on areas like supply/generation, efficiency/conservation, and various subsegments within solar and biofuels. It notes that while some subsegments may consolidate, many firms work across areas and can adapt their focus. Forecasts are often surprised by unpredictable factors like commodity prices and economic conditions. Overall, there are opportunities for multiple firms to succeed in different niches within these emerging sectors.
We are invited to become a partner in an energy efficiency programme focused on reducing industrial CO2 emissions to zero through sustainable alternatives and developing new electrical processes. The programme's goals are to achieve energy savings of at least 2% per year through research lines in industrial heat, gas separation and treatment, liquid separation and conversion, and integrating renewable electricity. Partners include technology suppliers, engineering firms, materials suppliers, energy-intensive industries, and knowledge institutes.
Siqens is developing methanol fuel cell technology to replace diesel generators for off-grid power applications. They aim to achieve €1 million in revenue in 2017, €10 million in 2019, and €25 million in 2021 by expanding into markets for telecommunications, electric vehicles, industrial IoT, and rural electrification. Siqens' fuel cells can provide power at up to 70% lower fuel costs than diesel generators while reducing emissions by over 99%.
Deep Retrofit: Energy Cultures and the Importance of Energy Practices Within ...SustainableEnergyAut
Dr Eimear Heaslip, NUIG: Deep Retrofit: Energy Cultures and the Importance of Energy Practices Within Households, SEAI Deep Retrofit conference, June 21st 2017
Grangegorman DIT - Dermot Tierney of Hothouse DIT - Dublinked Data Analytics ...Dublinked .
• Dermot is Senior Licensing Executive at DIT Hothouse. Dermot works with research groups in the ICT, Data Analytics, Engineering and Life Science sectors.
• Prior to his work on licensing, Dermot managed the DIT Hothouse Venture Programme focusing on the development of new start-up companies.
• Before moving to DIT, Dermot worked in sales, marketing and new product development roles in the media industry. Dermot holds a BA in English from the University of Ulster, a Diploma in Management from the Chartered Management Institute, and an MBA from UCD Smurfit Business School.
Presentation: Computing and Data Analytics in Dublin Institute of Technology
Dermot will give an introduction to DIT Grangegorman and an overview of DIT’s body of work in the area of computing and data analytics.
Energy Efficient and Sustainable Buildings for the FutureEMEX
NG Bailey, the UK’s largest independent engineering, IT and facilities services business, has worked in partnership with Land Securities to deliver an energy reduction scheme, which resulted in a nine per cent fall in energy use at a number of key London sites – including 80-100 Victoria and New Street Square. The scheme will now be rolled out across a number of other properties in the Land Securities portfolio.
Getting most out of bio-energy on industrial sitesEMEX
Businesses in the food and drink sector can generate bio-energy from their bio-degradable residues. On-site Anaerobic Digestion of food processing residues can produce biogas for factory use. If deployed more widely on industrial sites it will reduce reliance on fossil fuels and help cut GHG emissions. One of Britain’s most advanced on-site Anaerobic Digestion (AD) plants, located at First Milk’s Aspatria creamery, is the largest AD plant on a creamery site in Europe.
Monitoring of Business Energy Performance for Fit-out Redevelopment Potential...EMEX
In 2014, Heathrow’s Terminal 2 Retail Fit-out Sustainability Project won the ‘Most energy efficient project of the year’ at the Environment and Energy Awards. This was for Discovery Mill’s approach and the work the Heathrow team collaboratively achieved with Heathrow’s retail business partners in reducing energy usage in T2 Retail. Predicted energy savings were assessed to be 17-24% compared to existing Terminal 5 operations, with additional direct savings for Heathrow through reduced central building plant consumption as well as reduced infrastructure costs.
This document outlines the construction of an informative web application using the ArcGIS API for JavaScript to promote Toronto's Eco-Roof Incentive Program. The web app allows users to visualize costs and benefits of green and cool roofs, determine program eligibility, estimate incentive contributions, and find nearby contractors. It was built using Toronto open data, ArcGIS Desktop, ArcGIS Online, and programming tools. The web app encounters challenges with outdated building data and remote resource access that could be addressed in future improvements.
IES Faculty: Digital Twins – the latest buzz word! But what does it mean for ...IES VE
The concept of digital twins is not new. However, the advance of the ‘fourth industrial revolution’ is making cyber-physical systems in the built environment practical, useful and affordable. Productivity gains and cost savings aside, digital twins will also become an essential tool in addressing the current climate crisis, presenting dramatic and exciting opportunities to achieve zero carbon targets and promote sustainable, healthier buildings.
But what are digital twins? And how can they be used in the built environment? What tools are available? And how can we overcome the challenges faced by lack of data? This faculty answered these questions.
The document summarizes the launch of the Smile4Life program, which aims to improve children's oral health in Lancashire, UK. It provides an agenda for the launch event, including presentations from local officials and dental experts on topics like the program background, implementation, and evaluation. The launch event aims to share information on the program and gain support for its goal of reducing tooth decay in children through focus on diet, brushing habits, and accessing dental care.
Councillor briefing - Developer contributions - Community Infrastructure Levy...PAS_Team
This document provides an overview of developer contributions through Section 106 obligations and the Community Infrastructure Levy. It discusses when viability should be considered, the basic elements of viability assessments, and the types of developer contributions including S106 obligations and CIL. It also addresses recent changes to policies around affordable housing thresholds, vacant building credits, and starter homes. The document emphasizes the importance of infrastructure planning, viability evidence, and stakeholder engagement when implementing CIL.
Artificial intelligence (AI) is everywhere, promising self-driving cars, medical breakthroughs, and new ways of working. But how do you separate hype from reality? How can your company apply AI to solve real business problems?
Here’s what AI learnings your business should keep in mind for 2017.
This document discusses opportunities for collaboration between academia and businesses. It provides examples of university spin-outs that commercialized new technologies, as well as a group called Imperial Innovations that invests in university spin-outs. The document also discusses university-based incubators for early-stage businesses, programs for problem solving and consultancy to help small businesses, and Knowledge Transfer Partnerships between businesses and academics. Collaborative R&D projects between universities and SMEs are also mentioned. One such project between Green Structures and the University of Sheffield developed thermal energy storage technologies.
Counting for Large Property Portfolios | Sean Lockie icarb
The document summarizes presentations given at the Westminster Carbon counting conference in 2008. It discusses the need for standards in carbon accounting, presents three case studies of carbon accounting projects, and describes Atkins' development of a carbon manual to standardize their carbon services.
This document discusses the design and environmental performance of the iCon building in Daventry. It was designed to have an extremely low carbon footprint of 12.2kgCO2/m2 per year, well below typical office buildings. This was achieved through passive ventilation, super insulation, an exhaust air heat pump for heat recovery, and daylight-linked lighting controls. The building is monitored to learn from its performance. The document argues that exemplar green buildings can reduce carbon emissions cost-effectively, and dispels myths that low-carbon designs are too expensive.
Sandro Macchieto: A good deal of Imperial Energyniklaus
This document provides an overview of Imperial College London's energy research activities. It discusses the major energy challenges facing the world, including increasing demand, environmental impacts, and security of supply issues. It describes Imperial's Energy Futures Lab initiative and some of its key interdisciplinary research projects in areas like clean fossil fuels, biofuels, future electricity grids, and new solar routes to hydrogen. It also summarizes Imperial's educational activities, including a new Masters program in Sustainable Energy Futures.
SP Technical Research Institute of Sweden is a leading international research institute that works closely with customers in industry to create value and assist competitiveness through innovation. It has over 1,200 employees across eight subsidiaries and generates revenues of 120 million euros annually serving over 10,000 customers. SP's mission is to create, use, and provide world-class expertise to support innovation and added value for industry and sustainable development.
Better by Design workshop, Wilton Centre, 26th Nov 2013BenPeace
Sustainable Business and Chemical Engineering.
Run by C-Tech Innovation, in collaboration with Chemistry Innovation and Environmental Sustainability Knowledge Transfer Networks, and the IChemE.
Widespread infectious disease, air and water pollution, energy poverty, and high unemployment are growing problems in many developing nations. These have become delicate issues for humanitarian organizations like the UN, OECD, WHO, and World Bank. Most of these developing countries have been struggling to meet the Millennium Development Goals. However, many of these problems can be linked together and solved with a new class of waste-to-energy (W2E) systems. Waste has become an uncontrollable problem in many developing countries and in Latin America. Nearly 100 percent of waste in low-income countries goes to landfills. However, a W2E system can reduce waste and generate electricity at the same time. The actual gasification and pyrolysis technologies used in waste to energy conversion are nothing new as it was widely used in Europe during WWII, but now several companies are packing the system in a convenient shipping container size. This means it can be deployed throughout the world quickly and efficiently, over both land and sea. These new W2E systems obviate the technological barriers to building a W2E facility in a developing country. And, the system can significantly improve both rural and urban communities in the following ways: 1. Improve health and sanitation The W2E systems use almost any organic waste as the fuel. This includes paper, plastics, used tires, spoiled food, and dry manure. Thus, it cuts down on the size of landfills and there is an incentive to collect waste together rather than littering along the roads. By cleaning up the streets and reducing landfill sizes, you have also eliminated the breeding grounds for many infectious diseases. Agricultural by-products such as saw mill waste, nut shells, sugar and rice bagasse, corn stoves, cassava peels, and sorghum. Many of these potential fuels are currently either left to rot or are disposed of by burning in the field, emitting dangerous plumes of greenhouse gasses and pollutants. 2. Improve local economy The W2E system does not require in depth technical knowledge to operate, but it still needs a workforce to maintain it. It will also create jobs for waste collection and sorting. . And, not only does the system create jobs, it creates sources of revenue for the entire community. The electricity can be sold; and depending on the W2E technology and feedstock, the end byproduct can be sold as well. In many cases the W2E system will displace a diesel powered generator, and even in an oil producing nation such as Nigeria, the return on investment can be 12 months or less based solely on fuel savings. 3. Increase productivity and raise living standards The W2E system will be able to provide rural communities with electricity and or heat. Electricity can extend working hours and productivity. Access to electricity has been closely linked to higher levels of education, lower levels of poverty, and reduced gender inequality in developing nations.
The Carbon Trust's mission is to accelerate the move to a low carbon economy. They help cut carbon emissions now by providing expert advice, finance and accreditation to stimulate low carbon products and services. They also help cut future emissions by developing new low carbon technologies through project funding, investment and collaboration. The document then discusses various benefits businesses can realize from more sustainable manufacturing practices such as reducing energy costs, complying with legislation and improving public image.
Intro slides cm sustainable manufacture 23 sept 2010mikegolfbravo1
The Carbon Trust's mission is to accelerate the move to a low carbon economy. They help cut carbon emissions now by providing expert advice, finance and accreditation to stimulate low carbon products and services. They also help cut future emissions by developing new low carbon technologies through project funding, investment and collaboration. The document then discusses various benefits businesses can realize from more sustainable manufacturing practices such as reduced energy costs, compliance with regulations, improved competitiveness and company image.
Waste conversion of the future, operating facility in FranceSandy Gutner
This innovative technology accepts mixed municipal solid waste, recovers recyclable materials, and refuse derived fuel (RDF), and produces a marketable soil amendment. The presentation provides photos of newly operational facility.
ProLogis is a leading global provider of distribution facilities. This document discusses three case studies of ProLogis sustainable distribution centers for major UK retailers: Sainsbury's Pineham center, Marks & Spencer's Bradford center, and The Co-operative's Glasgow center. It outlines various sustainability features of these centers like BREEAM certification, energy efficiency measures, on-site renewable energy, embodied carbon reduction, and supply chain engagement to reduce emissions.
Horizon Europe Clean Energy Webinar - Cluster 5 Destination 3 | PitchesKTN
This webinar highlights funding call topics within Cluster 5 / Destination 3 of the Horizon Europe Framework Programme and bring you plenty of networking opportunities.
Global Thermostat has developed a breakthrough low-cost process for capturing carbon dioxide directly from the air or industrial flue gases. Their modular design allows production of CO2 on-site wherever it is needed, avoiding the high costs of transport. Two prototypes at different scales have validated the technology and economics. The company is now seeking financing and partnerships to commercialize and scale their technology to address the large unmet market demand for carbon dioxide and help solve the climate challenge.
Low Carbon Eco-Innovatory (LCEI) is a partnership between three universities in the Liverpool City Region that works with local small and medium enterprises (SMEs) to develop low carbon goods, processes, and services. LCEI experts develop individualized action plans for SMEs to increase profits and transition to low carbon operations through research collaborations, student projects, and accessing university resources. Case studies provide examples of projects helping businesses with product design and testing, building efficiency, waste management, and developing new low carbon technologies. LCEI is partially funded by the European Regional Development Fund to support economic growth and job creation in the region.
Towards a Low Carbon Future – Opportunities for BusinessAJCBI
This document summarizes a presentation given by the Carbon Trust about opportunities for businesses in moving to a low carbon future. The Carbon Trust was established by the UK government to accelerate the transition to a low carbon economy. It helps businesses and the public sector cut carbon emissions now through advice and financing, and cut future emissions by developing new technologies. Significant carbon savings and cost savings have already been achieved. Moving forward requires support for low carbon innovation, developing opportunities like offshore wind, and overcoming barriers to deployment of new technologies. The transition presents both risks and opportunities for companies to gain value by preparing for a low carbon economy.
Elementa Group has a patented steam reformation technology that can sustainably convert municipal solid waste and other carbon-based materials into clean energy. This addresses two major environmental problems by eliminating landfill waste and providing renewable energy. Elementa's process uses indirect heat and proper chemistry to break down waste without incineration in a closed-loop system. It has a small environmental footprint and can produce steady, reliable power from the waste. Elementa's technology has been demonstrated in a pilot plant in Sault Ste. Marie, Ontario, and it addresses concerns around air emissions. The company is led by an experienced team pursuing global project opportunities.
Growth from the Electrification Business Ecosystem: Interview summariesBusiness Turku
The document summarizes conclusions from 12 in-depth interviews with companies across the battery value chain in Finland. It finds that applications is the area with the greatest future business potential and requires more detailed focus. There is also a clear need to invest more in AI, IoT, and testing capabilities throughout Finland. New models of university-company cooperation are needed. The most prominent growth themes for Southwest Finland identified are developing battery applications for harsh use and large-scale lithium-ion battery recycling. The document proposes launching national projects and testing capabilities to support growth in these areas.
ISCF Transforming Foundation Industries: Fast Start Projects - Competition Br...KTN
Innovate UK will fund up to £5m in R&D and Innovation projects for the foundation industries (cement, ceramics, chemicals, paper, glass and metals). These will be cross-sector, collaborative, fast start, short duration, industrial research and development (R&D) projects. More details about the funding scope can be found here.
This funding competition is part of the Industrial Strategy Challenge Fund (ISCF) for Transforming Foundation Industries and aims to bring businesses from different foundation industries together to work on common resource and energy efficiency opportunities.
Find out more: https://ktn-uk.co.uk/news/live-now-webcast-iscf-transforming-foundation-industries-fast-start-projects-competition-briefing
Harsh Pershad (Innovate UK) presenting 'Funding Opportunities from Innovate UK' at the UKCCSRC/IMechE/CO2Chem Air Capture Workshop on 20th February 2015 in London
12. Thank you Stopford Energy and Environment Ltd Sustainability Through Innovation For further information contact us www.stopford.co.uk 01524 510 604
Editor's Notes
Going to tell a story about Are you all sitting comfortably….
Who are Stopford Projects – multidisciplinary engineering consultancy. Since 1982 operated in a number of sectors; petro and bulk chemical, fine chemical and pharma, fuels (storage and distribution), biotech, renewable energy, nuclear, environment. Recognised opportunity for R&D and environmental expertise to complement engineering projects for clients such as BAE systems, Cargill, GSK Green Energy & Technology (our Malaysian client), … ..and generate new business opportunities in emerging energy & environmental technologies New department, office at LEC, recruited people with scientific backgrounds from the University to conduct R&D projects and research focused environmental consultancy LEC was selected as the location for the new departments Allows us to draw on expertise of academic staff and use the world-class facilities on our doorstep, Honorary members of staff
So What have we been doing? Whilst we’ve been supporting a number of clients in environmental consultancy, I’m going to focus on what we’ve been doing with R&D and innovation. Private sector consultancy small research projects for like-minded SME’s who have ideas for green technologies, but maybe not the know-how, facilities or skills to move their project forward. We offer expertise to assist in developing, validating and commercialising technologies. Encapsuwaste, Flow dynamics, IRS, Solerox Larger collaborative projects longer research projects where we can draw on the expertise of the academic staff and develop our own IP, developed consoria with private sector and public sector bodies. Approved consultants to Envirolink NW – Waste and Recycling team – asked to tender for waste and recycling related projects, providing research support to regional businesses
Part of stopfords objective is to identify novel technologies with green applications. Solerox – Matrix thermal desorption UK exclusive license met client at international trade mission, Worked with Solerox over two years - from identifying commercial opportunity and feasibility studies to first commissioned plant in the UK –at waste management facility in the NW. advised on WAC and waste products, emissions data, environmental regulation/legislation for disposal of contaminated solids and use of the unit. conducted market assessments, competing technologies, SWOT analysis Stopfords engineers, involved in early stages – feasibility studies
Example of larger, collaborative project Tech Strategy Board Carbon Abatement Competition– microwave plasma – collaborate with Liverpool John Moores uni Competition was specifically focused on finding innovation solutions for low carbon energy generation develop proof of concept lab scale microwave plasma reactor Used for the highly efficient gasification of municipal waste to produce synthetic gasfor energy generation. Made up of carbon monoxide and hydrogen, Drawn on expertise from stopfords lancaster team, LJMU academics, and stopfords engineers
Fuel Characterisation Study Statistical analysis Comparison of values with literature values for other fuel types – coal, wood, charcoal Legislation and compliance for emissions and domestic use Clean Air act As with all of these case studies, R&D doesn’t happen overnight and these are some of our success stories; Recycled Briquettes have….. Project with LJMU is ongoing Solerox have their first commissioned plant in the NW, However, we have many other projects ongoing, and some are currently on hold – struggled to get funding because of the reorganisation of R&D budgets. Also projects where the outcome is not what you expected – R&D proves idea NOT to work for the intended application.
What happened next? Growing organically, Recruitment in line with skills gaps in specific areas – expand into other sectors Launched SEE as a fully owned subsidary. Own idendity and tailored branding Whilst still offering core services in engineering from Stopford Projects. From these eight core areas – here’s an example of what we’re doing in waste to energy – Waste to Energy draws on each of the sectors we operate in and also has a lot of overlap with the engineering projects….
Work with the engineers to deliver the whole project life-cycle; Identify feedstocks, Fuel characterisation, Technology development and assessment Regulation and legislation Planning applications Advanced thermal technologies Largest plasma gasifier in the world – Asia - Engineering, Procurement, Construction, Commissioning and Management (EPCCM) contractor R&D – microwave plasma, PhD case studentship; plasma gasification in the UK and the opportunities for second generation biofuel production
Approached by regional waste management company who are in the process of developing a £100 million eco park for the treatment of waste. Assessing appraisal of technologies – financial appraisal, feasibility study Feasibility of exporting heat – district heating.
So why innovate? Stopford have developed a unique offering – couple environmental excellence with multidiciplinary engineering. Moreover, strong links with LEC allow us access to world class research within a stones throw of our office. No other company our size offering same breadth of skills and expertise, Innovation has allowed us to develop long term relationships with many of our clients as well as institutions–relationships grow from working with people from the beginning of a business opportunity or idea, developing IP and other successes along the way, and multiply into other opportunities, Being able to apply our model for innovation allows us to engage in a wide range of sectors – developing competence and new opportunities. Positioned ourselves as recognised experts in the field
Don’t have a crystal ball Our vision Further expand and develop our future in energy and environment sector Continue to deliver our current high standards of service offering whilst developing into new areas of expertise and continuing to grow Complemented by other departments Continue to develop projects in emerging international markets Commercialise green technologies which we’re currently developing Be recognised as market leaders in our field