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Aquaculture

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Sustainable marine-based poultry feed alternative receives IUK funding

A consortium led by sustainable aquaculture innovators Aquanzo Ltd has received funding to investigate the feasibility of farming artemia, a small marine shrimp similar to krill, as an alternative circular produced marine protein for young chickens, known as broilers.

Funded by Innovate UK in collaboration with Agri-EPI Centre and SRUC, the 24-month project will explore the use of different agricultural by-products to produce artemia, in turn investigating the nutritional benefits as a broiler chick starter feed on gut health, lifetime growth and performance. Marine proteins, such as krill, are one of the best sources of nutrients for young farm terrestrial and aquatic animals. However, harvesting of marine ingredients from the wild has reached its limit and has a significant impact on the environment and costs have reduced its use in commercial young animal feeding.

Aquanzo is developing technologies to farm a new source of marine proteins, artemia, sustainably, at scale and on land, artemia, a marine zooplankton.

Remi Gratacap, Aquanzo CEO says: “Farming marine protein has the potential to revolutionise the animal feed sector, by combining the best of marine ingredients (nutritional value, taste and energy) and farming (scalable, controllable, sustainable precision platform)”

At the industrial scale, Aquanzo is forecasting production capacity of thousands of metric tonnes of artemia meal per year per industrial facility.

Remi continues: “Marine protein Green House Gas (GHG) emissions are the main contributor to aquaculture environmental impact accentuated by long distance transport and the long-term resilience of the sector is dependent on a fragile environmental balance under climate change threat.”

Agri-EPI Centre will provide life cycle analysis, measuring exactly how environmentally sustainable the product is at each stage of its development, in addition to project management.

Agri-EPI Centre Sustainability Analyst, Emily Laskin, said: “Using this scientific method for quantifying sustainability we will evaluate the production of Artemia and compare the results to the production of fishmeal. We hope this study will prove Artemia to be an environmentally sustainable source of protein and a valuable part of the solution to the growing challenges faced by the aquaculture industry.”

SRUC Professor, Dr Jos Houdijk, Head of Monogastric Science Research Centre, who will undertake the feed performance trials on starter broiler feed and following the growth cycle, said: “Following the establishment of its nutritional value, Artemeal provides great opportunity to bring back into starter diets for broilers the nutritional and functional benefits traditionally derived from the use of fishmeal.”

Aquaculture Innovation Centre opens on Scotland’s Argyll coast

An array of aquaculture specialists, academics and industry representatives gathered at Loch Fyne on Scotland’s Argyll coast yesterday, 15th June, to witness the formal opening of Agri-EPI Centre’s new Marine Aquaculture Innovation Centre (MAIC).

 

Guests of the launch event were welcomed by Managing Director of Otter Ferry Seafish, Alastair Barge, and CEO of Agri-EPI Centre, Dave Ross, who introduced the new centre.

 

“The facility is scaled and configured to bridge gaps identified by industry, including testing of instrumentation and validation of operational welfare indicators, and other trials, under controlled conditions with near market-sized farmed fish. The proposed investment is industry led – responding to industry demand and taking design and direction from that demand.”

 

Guests enjoyed a tour of the facilities, a networking lunch, and the witnessing of the formal opening of the centre.

 

In conjunction with independent aquaculture company, Otter Ferry Seafish (OFS) – and jointly funded by Innovate UK and Agri-EPI Centre – the Marine Aquaculture Innovation Centre offers fully serviced research and development facilities to aquaculture producers and technology providers and is aimed at helping to drive sustainable solutions and improve efficiency for the UK aquaculture industry.

 

Alastair Barge, Managing Director of Otter Ferry Seafish, explained:

“Research has been at the heart of the company since day one, but our recent collaboration with Agri-EPI has added new impact and a new species in salmon. We have a great mix of industry and research, and together we can forge the way as innovators in sustainable aquaculture.”

 

Agri-EPI Centre has over 220 industry focused stakeholder members spanning retailers, supply chain associations, and high-tech companies, large and small, and this collaboration helps drive innovation and solutions within the sector.

 

“Enabling assets such as the new Marine Aquaculture Innovation Centre provide industry and academia with bespoke industry-focused facilities to perform development testing, validation and solution-finding.”

 

If you would like more information about Agri-EPI Centre, please visit: https://twc.agri-epicentre.com/

New innovation centre unlocks aquaculture opportunities

Agri-EPI Centre’s latest innovation hub at Loch Fyne on Scotland’s Argyll coast will help to drive sustainable solutions and improve efficiency for the UK aquaculture industry.

In partnership with independent aquaculture company, Otter Ferry Seafish (OFS) – and jointly funded by Innovate UK and Agri-EPI Centre – the Marine Aquaculture and Innovation Centre (MAIC) offers fully serviced research and development facilities to aquaculture producers and technology providers.

For further information on the MAIC facility or to enquire about research collaboration please contact Charlie Bowyer.

charlie.bowyer@agri-epicentre.com

“We’ve been involved in aquaculture innovation and new species development since 1968,” says Alastair Barge, Managing Director at OFS.

“For this initiative, we did market research to see what the sector needed to deliver sustainable solutions – R&D requires facilities, and most businesses can’t afford to run their own research stations 24 hours a day, 365 days a year.”

The MAIC comprises a series of replicated small and large land-based tanks, located indoors under programmable lighting.

“The tanks have water capacities of two cubic metres and 20m3, respectively. In the 12 smaller tanks we can test four different regimes or diets, in triplicate, as commonly required for scientific evaluation,” Mr Barge explains. “In the six larger tanks, we can rear salmon and other farmed species to near-harvest weight.”

The tanks have a water flow-through system, incorporating pre-treatment using sand filtration and UV sterilisation. They are fitted with particle separators to measure uneaten food and fish waste.

Eduardo Jimenez, OFS’s Research and Development Manager, says:

“Land-based tanks offer greater environmental control than cages or other sea-based growing systems, improving the reliability of trials data. Interference from environmental factors is minimised because we can control and replicate conditions like lighting, water exchange rate, and oxygen levels.”

And the first trials are already under way.

“At the moment we are running a benchmarking feed trial for a commercial client comparing three diets, to assess which is best in terms of fish growth and feed conversion efficiency.”

As well as helping to improve diets and treatments for farmed fish and shellfish, the MAIC is well suited for evaluating different strains of commercial farmed species and for developing rearing methods for up-and-coming species like seaweeds. It also provides a platform for validating new aquaculture technologies for counting and observing livestock and monitoring water quality.

“This is a great new resource supporting UK aquaculture innovation and we’re going to keep improving the facilities, bringing in new species and trials,” says Dr Jimenez.

Improving aquaculture sustainability is at the core of the partnership and the MAIC.

“I think this centre can be a model for innovation, all with a background of sustainability,” adds Mr Barge.

Lisa Williams, Director of Business Development at Agri-EPI, is excited about the range of R&D projects which the centre can help with.

“It’s one of a kind in the UK. The centre will facilitate a range of trial work that will enable us to really look at efficiencies within the sector. It also opens the opportunity to carry out near-market trials, as well as linking into the long-term sustainability of the sector and wider ecosystem within that supply chain.”

“The partnership is a perfect combination to drive forward change and is a valuable resource to aquaculture businesses that want to initiate and progress R&D projects. If any business is interested in undertaking a project, then we encourage them to get in touch.”

 

Welcome to Agri-EPI: Charlie Bowyer

We are thrilled to welcome our most recent Agri-EPI Centre recruit, Charlie Bowyer, to the team as our new Business Development Manager for Livestock and Agriculture.

Coming from a family mixed sheep and beef farm in South Wales, Charlie graduated from Harper Adams University with a degree in Agriculture in 2015. He then entered the biogas sector, where he worked until 2020 whilst remaining involved with the farm at home. More recently, Charlie worked in forage seed sales, before joining us here at Agri-EPI last month.

As our BD Manager for Livestock and Aquaculture, Charlie will be facilitating and supporting research & development projects within the application of precision agriculture for these sectors, such as trialling new and innovative slurry handling methods, precision monitoring fish growth, or validating new remote cattle health monitoring.

Charlie is excited to be exposed to new, cutting-edge innovations through Agri-EPI and to get involved with the wide range of companies, farmers and projects that we work with. He believes the application and gathering of data will make a huge impact on the future of agri-tech to refine processes and come up with the next generation of innovations.

“Agriculture has always been in a state of change, but current environmental, financial and consumer drivers are forcing change faster than ever before. If we are to meet the grand challenges of reducing emissions and pollution, increasing production and improving animal welfare and food quality, precision and innovation will be cornerstones of the future of agriculture and aquaculture. I am excited to be part of making this happen!” — Charlie Bowyer, Business Development Manager for Livestock and Aquaculture at Agri-EPI Centre

Supporting UK aquaculture innovation with new marine R&D facility

New multi-species, marine aquaculture trials facility in Argyll, Scotland

Agri-EPI, in conjunction with Otter Ferry Seafish, is establishing a new industry-led R&D facility in Scotland.

The new facility, co-funded by Innovate UK, provides much-needed capacity for developing innovative production technologies for diverse marine aquaculture species, including salmon to near market size. The facility is configured to undertake a wide range of studies, such as evaluating feeds and pharmaceuticals, instrumentation testing and validation of operational welfare indicators.

Technical set-up

The trials facility comprises six 20m3 and twelve 2m3 aquaculture rearing tanks, equipped with programmable lighting, automatic feeding, and oxygen & pH monitoring systems. All tanks are supplied with filtered, UV-disinfected seawater, with waste feed collectors fitted to the outflows. The facility is suitable for rearing diverse species including fin fish and non-fin fish such as cleaner fish, microalgae, shellfish & seaweed.

Sustainable aquaculture

In this joint venture between Otter Ferry Seafish and Agri-EPI, both partners will drive the business development. As operational lead, Otter Ferry Seafish brings in extensive industry experience and technical knowledge; Agri-EPI will lead on the industry engagement and project management.

Otter Ferry Seafish is one of the longest established aquaculture businesses in the UK. Starting out as a pioneering trout and salmon farm more than five decades ago, the company currently farms, halibut, lumpfish and wrasse commercially, and is actively involved in collaborative aquaculture R&D programmes. The new R&D facility is in a strategically important aquaculture producing region: Loch Fyne in Argyll, Scotland.

Approved at the end of last year, the R&D facility is now being built and will be open for business before the end of this summer.

Enquiries

If you are interested in a research and development project using this facility, or any aspect of our Agri-EPI collaborations, project results and industry impact, please get in touch with us. We’ll be delighted to talk to you:

World Water Day 2021: Agritech solutions for better resource management

The 22nd March is World Water Day, an observance day established by the United Nations to highlight the importance of fresh water and raise awareness of the millions of people around the world who still don’t have access to the crucial resource.

World Water Day was established in 1993 to bring greater attention to water scarcity, water pollution, sanitation, water supply and climate change, with each annual event centring on themes from improving hygiene to sustainability.

Events take place around the world to celebrate the day, including fundraising events, campaign launches, volunteering opportunities and discussion in both the real and digital world on key water issues.

World Water Day 2021

Taking place largely online, World Water Day 2021 is focused on ‘Valuing Water’, with activities designed to support the achieved of the UN’s Sustainable Development Goal (SDG) 6: Water and Sanitation for all by 2030.

Whether it’s household or industrial use, water is integral to how we live, eat and work, with wider impacts on education, health and economics. Safeguarding this essential – and crucially, finite – resource is at the heart of World Water Day 2021, as climate change and peak population levels put global water supply under more pressure than ever before.

Sustainable and Equitable water resource management is of particular importance to the agriculture sector, and the UN World Water Development Report 2021 underlines just how often water is overlooked.

Working with agri-tech partners for greater sustainability

Agri-EPI Centre works with a range of aquaculture and agritech specialists, supporting farmers, academic institutions and a range of other partners to improve the sustainability, efficiency and productivity of water use in agriculture. this World Water Day, we’re celebrating the incredible work agri-tech companies are doing to preserve precious water supplies and benefit the entire planet.

ALVÁTECH 

ALVÁTECH is a leading supplier of affordable technology that enables farmers to use water with higher salinity for irrigation and livestock, so they can save fresh water and improve crop growth. Currently operating in 11 countries around the world, ALVÁTECH’s EMF Active Water System is at the forefront of improving water management in agriculture.

Aqua Innovation Ltd

Developing innovative solutions for the salmon farming industry, Aqua Innovation Ltd. support aquaculture farmers to create the best environments for fish farming, through projects such as the SeaCAP 6000. From fish welfare to waste management and regulatory issues, the work of Aqua Innovation Ltd is driving growth of the aquaculture sector.

Aquapulse

Aquapulse’s natural, non-chemical water technology for the agriculture, fish farming and horticulture sectors, delivering environmental benefits as well as improving sustainability, hygiene and greater profit margins. Naturally cleaner water systems mean healthier animals and crops, and better quality produce such as dairy , fruit and vegetables.

Oxi-Tech Solutions

Emerging UK tech company Oxi-Tech Solutions is currently commercialising a game-changing water disinfection system set to improve animal hygiene and water quality for a range of sectors. Their development of the most powerful oxidant in use today, Dissolved Ozone, removes chemicals and plastics found in water, eliminating the need for chlorine for dairy farmers.

SEM World

Hugely relevant to the 2021 World Water Day theme of ‘Valuing Water’, SEM Energy Ltd works to recycle waste into new products and contribute to a circular, waste-free economy. From meter installations to rust removal, SEM’s solutions usue the latest technology for outstanding results.

Agriculture and World Water Day

Both now and in the future, agri-tech will be key to better management of water resources; from improving crop productivity relative to their water consumption to crop resilience to flooding and drought. Real-time monitoring of crop, soil and weather data can ensure optimal use of water, while biotechnology will enable farmers to produce more with less water.

To find out more about World Water Day and UN-led events you can get involved with, visit the UN Water page. To discover our network (or join it!), you can see our full list of network members and see how agri-tech is transforming agriculture through our projects.

Tag Archive for: Aquaculture