The SFC have now announced a further call specifically targeted at partnerships who have already used an Innovation Voucher to start a project, and want to continue development of and idea, service or product.
The Follow-on Voucher scheme is intended to encourage existing partnerships that have previously collaborated and jointly received funding under the SFC Innovation Voucher awards scheme or through a SEEKIT Feasibility study or through the Highlands and Islands Enterprise Business Innovation Grant (BIG) awards.
Finding of between £5,000-£20,000 is available for a follow-on voucher award (for an individual project) and the level of grant requested must be matched in cash by the company. So for a project with a total cost of £40,000, £20,000 will be contributed in cash by the company and £20,000 from the funders.
The deadline for new applications is Friday 18th May 2012. Projects need to have commenced by 30th June 2012 and can complete up to 30th October 2012.
Further information can be found on the INTERFACE WEBSITE, or speak to Laura Robertson at Interface, email@example.com , tel 0131 650 9048 or for UHI staff seeking advice speak to Joe Irvine, Head of Knowledge Exchange for UHI
There is around £250,000 in the budget left to be committed for both Follow-on and Standard Innovation Vouchers so get those applications prepared and submitted!
The second round of the WATERS (Wave and Tidal Energy: Research, Development and Demonstration Support) fund opened this week with a further £6 million of funding available for wave and tidal technology development. The primary focus of the WATERS 2 fund is to support the construction and deployment of wave and tidal stream energy prototypes in Scottish waters, thus promoting research and development activities in Scotland, and reducing the cost to developers. WATERS 2 is a collaborative venture between Scottish Enterprise, Scottish Government and Highlands and Islands Enterprise, with funding from the European Regional Development Fund (ERDF).
In the previous round of WATERS Aquamarine Power received £3.15m for the development of their Oyster 800 device, currently being tested at the Billia Croo wave test site of EMEC (and as reported in a previous post to be extended to grid production site).
Companies based in Scotland and Scottish subsidiaries of overseas companies are invited to submit project proposals that will advance low-cost-of-energy wave and tidal devices. Priority will be given to applications that support viable projects enabling full-scale proving of devices that have already been tested at part-scale, but smaller demonstration projects will also be considered.
FULL FUND DETAILS AND APPLICATIONS HERE
Consent for commercial wave power array
14/02/2012 – Scotland’s first near shore commercial wave power array, which will power more than 1,000 homes, has been approved by Energy Minister Fergus Ewing.
Two new Aquamarine Power Oyster wave energy converters will be added to an existing device at the European Marine Energy Centre (EMEC), Orkney, to allow operators, Aquamarine Power, to test the devices as an array. Each of the machines has a capacity of 800 Kilowatts, bringing the total capacity of the array to 2.4MW.
Although the machines are demonstrators, the array will be the first near shore wave array in Scotland to be connected to the National Grid, and are expected to supply enough electricity to power more than 1,000 homes.
FULL ARTICLE AT SOCTGOV
MaRINET offers funding for wave and tidal testing at EMEC
16 February 2012 – The marine research organisation MaRINET opens funding call for non UK-based wave and tidal energy power companies, SMEs and research groups for use at the European Marine Energy Centre (EMEC) in Orkney, UK. The MaRINET wave and tidal testing funding scheme runs until March 2015, and further calls for access will be made during that time.
Matthew Finn, research and project coordinator at EMEC, says: “The funding scheme operated by MaRINET offers technology developers an opportunity to deploy their devices at facilities where they may not otherwise be able to secure test time. EMEC is a partner in the MaRINET initiative, a marine renewable energy infrastructure network funded by the European Commission (EC).
LINK TO MARINET
The Technology Strategy Board (TSB) has today announced that the UK-wide consortium bid from Carbon Trust, National Renewable Energy Centre (Narec) and Ocean Energy Innovation has been selected to play a pivotal role in setting up the Offshore Renewable Energy Catapult. The new Offshore Renewable Energy (ORE) Catapult will have it’s headquarters in Glasgow – with the operational centre in Northumberland close to the National Renewable Energy Centre (Narec). The location in Glasgow will be alongside a number of organisations with complementary interests in the International Technology and Renewable Energy Zone (ITREZ). ITREZ already incorporates Strathclyde University’s £89 million Technology Innovation Centre and has secured industry partners including Scottish and Southern Energy, ScottishPower and the Weir Group.
The new Catapult will focus on technologies applicable to offshore wind, tidal and wave power. It will also build strong links with centres of excellence, such as the European Marine Energy Centre and Wave Hub.
The Catapult, expected to open for business in the summer of 2012, will bring together knowledge, expertise and state of the art facilities to help UK businesses innovate and find new ways to capture and use the power from offshore renewable energy sourcesand may also advise the UK government on its renewable energy policies.
FULL ANNOUNCEMENT HERE
February 2012: New project to speed up the development and proving of small scale anaerobic digestion technologies.
Anaerobic digestion has been cited by the government as a way of reducing carbon emission, providing energy security and generating green jobs. It is a vital tool in achieving a low carbon future, and feasibility studies confirm the market demand and acceptance of anaerobic digestion (AD) technology. The potential of this technology has only been within reach of large, profitable organisations, but a new project aimed at bringing cutting-edge AD technologies to rural and smaller scale businesses is being launched to combat this.
The Small Scale Anaerobic Digestion Technology (SSAD-TECH) platform provides underpinning process technology for the development of a series of commercial products for the local treatment of organic waste to produce energy (either as biogas, heat or electricity) and digestate, which can be considered as a non-fossil fuel derived fertiliser.
A five-strong consortium is led by The Centre for Process Innovation (CPI) and comprises CNG Services Ltd, Lyvennet Renewable Energy, Wardell Armstrong LLP and Field Science Limited. With grant funding from the government-backed Technology Strategy Board, the project works with a total budget of £880,000 and will run over two years. A part of the government’s High Value Manufacturing Catapult, CPI is home to existing anaerobic digestion development facilities and is ideally placed to coordinate, direct and deliver another successful project.
The innovative aspects of the SSAD-TECH system include:
The relatively small size (throughputs between 2500 and 5000 tonnes per annum)
Small footprint, enabling stand alone integration into existing sites and facilities
Modular build configuration, designed to meet the needs of the agricultural and food manufacturing sectors
Low capital cost (£350-500,000)
Short payback period (3-6 years)
Commercially viable plant at a small scale, 60-150kWe
Next generation digester technology, optimized for digester stability and performance efficiency.
FULL DETAILS FROM CPI WEBSITE (with further links)
The Energy technology Partnership (ETP) have announced they are able to offer up to 20 studentships in 2012, specifically related to the areas of:
• Wind energy;
• Marine energy;
• Solar energy;
• Energy conversion and storage;
• Energy materials;
• Grid and networks;
• Energy utilisation in buildings;
• Carbon Capture and Storage.
Download GUIDANCE NOTES to learn more about the programme, deadline for submission and application requirements.
More details at ETP WEBSITE.
TSB competitions page
Fuel cells and hydrogen: whole system integration
The Technology Strategy Board is to invest up to £7.5m in collaborative research and development projects involving fuel cells and hydrogen energy systems. They aim to accelerate the commercialisation of these products by linking them with other technologies to form complete low-carbon solutions.
One of the challenges facing fuel-cell and hydrogen technologies is to move from development to providing practical low-carbon solutions in combination with other energy and transport products. The aim of this competition is to encourage UK businesses developing fuel cells and hydrogen systems to work with partners to overcome the system integration challenges, to design complete solutions that can be easily used by customers and to gain an insight into the use of whole systems in realistic scenarios.
This is a two-stage open competition. Proposals must be collaborative and business-led and must clearly present the benefits to UK businesses. Successful projects will generally attract up to 50% public funding and we expect the total cost of each project to be £3m-5m.
Open date: 09 January 2012
Registration close date: 15 February 2012
Close date: 22 February 2012
Full details at TSB website
Download competition brief
Optimisation of anaerobic digestion
WRAP has a specific focus on the development and growth of a safe and sustainable AD industry in the UK and is working to deliver specific actions from Defra’s AD Strategy and Action Plan.
The aims for this competition are to:
Facilitate technology transfer from other industries that may have solved similar challenges to those currently facing the AD sector
Demonstrate the most effective proposals
Disseminate advice, data and best practice guidance to the sector to enable it to reap the benefits of the demonstration projects
Biogas – cheaper technologies for gas use, better gas storage options and a reduction in methane losses (covering both existing gas use options such as CHP and new technologies such as fuel cells or liquefaction)
Digestate – nutrient extraction and improving quality through technology or process optimisation, efficiencies in separation and application processes
Better uses of heat, inline quality monitoring and uses for CO2
Some key areas have been identified by the sector as requiring a specific focus: Pre-processing (ie reception and pre-treatment of feedstocks of all types); Inline or instant feedstock testing for contaminants, biogas yields, nutrient levels etc; Pre-treatment of feedstocks to improve digester operation, gas yields, digestate quality and/or manageability; Processing – improving efficiencies and reactor performance, inline monitoring of reactor performance and health, optimisation of digestion biology.
Open date: 09 November 2011
Close date: 21 December 2011
Full details at: www.wrap.org.uk
Download competition brief