Thursday 26 & Friday 27 January 2017
January 2017 sees the Industrial Biotechnology Innovation Centre (IBioIC) host it’s third Annual Conference in Glasgow, Scotland, which is set to showcase and exemplify IBioIC’s current and future activities; outline the Industrial Biotechnology (IB) landscape and opportunities in Scotland; whilst linking communities to forge future collaborations between industry and academia. Attracting over 300 bio-based professionals from across the UK, Europe and further afield, IBioIC is keen to place an emphasis on the trajectory of IB in Scotland, making it an attractive proposition for international investment.
‘Delivering Impact’ sets the theme for 2017 and will demonstrate the scale and breadth of activity of the sector and the opportunities available to accelerate the growth of the industry.
This is IBioIC’s biggest annual event with over fifty speakers spanning two days and delegates ranging from high level business leaders, academics from across the UK and further afield, government representatives, and students who partake in our Skills Programme, making it is a very cost effective way to meet contacts old and new from the IB industry. Other highlights from the conference will include poster sessions, exhibition and sponsorship opportunities and of course, our networking dinner on the evening of day one. We look forward to welcoming delegates to the event.
The near final programme is available online and registration is open now: http://bit.ly/2ciL8KI
Join the conversation and follow us on Twitter: #IBioIC17 @IBioIC
The modern electricity grid is one of the engineering marvels of the world. The key challenge facing this modern marvel is that generation must equal load, at all times and in all places on the grid. Scotland’s electricity system is challenged by two factors:
- A distribution gird that was built up over the years to serve a relatively small and dispersed population;
- A vast renewable energy resource that generates intermittent electricity, and could generate much more.
Together these two factors create a problem that prevents Scotland, and especially the Highlands and Islands, from realising its full energy potential.
Most electric loads are not very flexible with respect to when they turn on and off: for instance would you want to wait for your cuppa until the sun is shining? How about only watching the telly when the wind is blowing? Fortunately, there are some loads that can be flexible about when they use energy off the grid, and the production of algae is one of them. Algae need light to live, but they are inherently capable of growing and thriving with an intermittent source of light. And they produce a huge variety of valuable compounds, from biofuel or high-protein feed, to high value pigments and Omega -3 oils.
The ASLEE project aims to marry an understanding of:
- The value of flexible load on the grid with;
- The effects of the intermittent light supply on algae growth.
We aim to demonstrate that a flexible load can use Scotland’s intermittent generation to produce valuable products, and help solve the region’s renewable energy challenge. VCharge technology will be used to manage the intermittency of the energy being put into the algal photo-bioreactors and to monetise this flexibility on the Scottish grid. The company has been providing grid balancing services to grids in North America for five years, and has developed close relationships with National Grid and Scottish and Southern Energy Power Distribution (SSEPD) that will enable the project to develop novel and lucrative approaches to energy use.
ASLEE partner representatives were delighted to be invited to exhibit at the Scottish Resources Conference 2016, in Edinburgh, hosted by Zero Waste Scotland. The conference provided an excellent opportunity to showcase the ASLEE project and to discuss the Scottish Government’s circular economy targets with world leading experts in sustainability and resource management.
A regional funding call, under the Circular Economy Investment Fund, was announced by Cabinet Secretary for Climate Change, Environment and Land Reform Roseanna Cunningham MSP. The enterprise funding is in place to encourage small or medium sized businesses (SMEs) in developing innovative ideas that demonstrate sustainability and waste reduction. Building from a successful pilot scheme, the new funding is aimed at accelerating a Circular Economy in Scotland.
The ASLEE project is a perfect example of the circular economy as it uses resources that would otherwise be wasted (surplus renewable electricity, and potentially, waste nutrient streams and carbon dioxide gas), to create new products that enhance the value of existing industrial activities. Initially, the ASLEE project will use surplus electricity, from a Combined Heat and Power plant at Ardnamurchan, to grow micro-algae for use as aquaculture feeds. The micro-algal product will displace imported micro-algae whilst enabling the Ardnamurchan estate to overcome the problems of grid constraints and pave the way for further renewable energy developments in the future.
In addition to announcing the enterprise funding, Scottish Cabinet Minister Roseanna Cunningham took time out to chat to delegates, including ASLEE project lead partner Dr Douglas McKenzie and colleagues from Xanthella and ALIenergy.
FAI Aquaculture Ardtoe Marine Research Facility is a long-established and internationally recognised facility providing both expertise on algal culturing and use of algae as feedstocks in aquaculture. Of particular relevance to the ASLEE project is the experience of largescale commercial culture of a wide range of microalgae species used within fish and shellfish hatcheries, employing a variety of culture systems.
Using the renewable energy generated locally, the ASLEE project aims to expand the algal culturing capabilities with cost-effective production of live algae. This would bring significant benefits both to the company and to the UK shellfish industry as a whole.
In addition, being based on the Ardnamurchan peninsula, the marine laboratory is ideally located to the ASLEE project demonstrator site to be built in 2017. The facility will be a potential end user of the microalgal products, both locally and more widely through its parent company, Benchmark Holdings, which has a number of other facilities that are significant users of algae.
Hosted by the ASLEE project, ‘Empowering Rural Industries’ is a showcase event uniting the energy sector with innovative manufacturing and traditional rural commerce. The one day conference on March 20th 2017 will provide opportunities to engage with experts from energy suppliers, aquaculture, distilleries, government agencies and academic institutes. Sessions will highlight the integrated nature of the rural economy and how innovation can realise the potential energy resource to build sustainability, community resilience and contribute towards the circular economy.
In the coming weeks looks out for news on how to register and join us for an engaging day of interactive presentations and networking opportunities!
So why grow algae?
Micro-algae comprise a vast group of phototrophic, unicellular organisms with an immense range of genetic diversity. They can be cultivated under a range of conditions, meaning they can grow in often difficult agro-climatic environments. In addition, they exhibit rapid growth rates and as a result of the tremendous metabolic diversity are a resource for a wide spectrum of bio-based applications and bioactive molecules.
There is great commercial value in algal products. Current markets include speciality products and neutraceuticals, including pigments, omega-3 and -6 fatty acids, vitamins and whole algae as a health food item or for inclusion in cosmetic preparations. Due to demand exceeding supply a Norwegian health product company has recently made a substantial investment in the production of natural astaxanthin from micro-algae. The high quality product is produced by Icelandic based Algalif AS with support from Iceland’s minister for industries and innovation –http://www.invest.is/press–media/news/invest/microalgae-production/212
Other significant areas are production of high protein algal biomass, replacement of fishmeal in aquaculture or agricultural feed, and production of material for anaerobic digestion and bioenergy. The algal production company Cynotech, based in Hawaii, has been cultivating Spirulina pacifica for many years. The microscopic blue-green alga is an excellent source of easily absorbed, high quality protein combined with other valuable biomolecules. Cynotech net sales for 2016 financial year was USD 31,568,000 – http://www.cyanotech.com/spirulina.html
The increasing aquaculture market is particularly pertinent for the ASLEE project. In aquaculture systems, micro-algae can be used directly to nourish larvae, for example for shrimp or bivalve shellfish, alternatively it can be given indirectly via zooplankton to hatchery fish.
“Future for industry is green”
The ASLEE first quarter project meeting took place last week in glorious sunshine.
The one day event attended by representatives from the project partners was hosted by Xanthella at the European Marine Science Park in Dunstaffnage, near Oban.
It was a fantastic day of technical discussions and updates from the attendees. The meeting was also an opportunity to review and plan the next stage of the ASLEE project development.
The circular economy is a generic term for an economic framework that is a closed system, based on complex natural cycles and systems, ultimately depleting no natural resources and producing no waste or pollution – in contrast to a linear economy, which is a ‘take, make, dispose’ model of production.
In a circular economy, energy sources and raw materials are renewable, and ‘wastes’ are recycled sustainably and indefinitely back into the system. Transition to a circular economy is essential to secure a viable and sustainable future on a planet of finite resources.
The ASLEE Project has the potential to contribute significantly towards the circular economy. Producing algae in photobioreactors using renewable energy requires four main inputs: electricity, water, nutrients and carbon dioxide. All of these can be easily sourced within a sustainable circular economic model.
The algal products have many potential uses (including pharmaceuticals, nutraceuticals and biofuels) but initially, will replace imported feedstocks from abroad for the local aquaculture industry – increasing the sustainability of locally farmed seafoods.
ASLEE Coordinator and Xanthella CEO Douglas McKenzie will be travelling this week to give a keynote address to over 400 delegates at the 11th International Marine Biotechnology Conference in Baltimore, USA. He will be detailing the ASLEE project in a session devoted to the commercialisation of biotechnology, and describing how micro-algae in conjunction with renewable electricity generation might be used to boost Scotland’s rural economy.
Ardnamurchan was chosen as the ideal site for the planned ASLEE demonstrator array due to be built in 2017. The area is located on the most westerly peninsula of the Scottish mainland and is remote, rural, and sparsely populated. The estate has a track record of innovation taking advantage of technology: existing renewable energy sources include wind, hydro, wave and biomass. However, further renewable energy developments are severely limited by grid constraints, despite huge potential from the area’s abundant wind, water and forestry. The ASLEE project aims to help unlock some of that potential by demonstrating the viability of a manufacturing process which takes advantage of an intermittent power supply – using it as a transactive load for demand side management and grid balancing – thereby enabling more green energy to be generated and used in the local area.
Recently the wild scenery of the area has reached the public eye in the popular Channel 4 ‘Eden’ reality TV show, which is filmed in an inaccessible corner of the peninsula, featuring a community of 23 volunteers – completely cut off from the outside world.