German-French Algal Biofuel Initiative Launches

Posted On: October 25, 2011

A joint German-French algal photobioreactor plant, built by IGV GmbH in partnership with Bioalgostral SAS (BAO), has gone into operation on the French island of La Reunion. The event also marked the signing of the contract between the partners for the delivery and establishment of an industrial plant for the production of biofuels from microalgae with a total volume of 82,000 L in 2012.

IGV GmbH, based in Nuthetal, Brandenburg, Germany, is an independent private research institution closely associated with industry, biotechnology and food processing, with 30 years of experience and development in the cultivation of microalgae, the design and construction of photobioreactors, and product developments from microalgae biomass. Bioalgostral, with headquarters in St. Clotilde, La Reunion, France, is a start-up company established in 2008 dedicated to the industrial production of biofuels from microalgae.

IGV and BAO have been working intensively together since 2010 within the framework of a co-operation agreement. The aim of the co-operation is the implementation and development of new technologies for the mass production of microalgae and the generation of bioenergy from microalgae biomass for specific projects on La Reunion. The island’s tropical climatic conditions offer excellent potential for algal growth and development, according to the two companies.

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AlgaeTek Begins Development of Algae Facility in Texas

Posted On: October 6, 2011

oca Raton, FL-based Atlas Capital Holdings Inc. has announced that its wholly owned subsidiary, AlgaeTek Systems, Inc, has commenced development of its new high grade algae production facility located in Woodlands, TX.

“The facility is on track to be in production in the next six weeks,” said Christopher Davies, CEO of Atlas Capital Holdings. “We believe we will be able to harvest high-grade algae that will sell for an estimated $2,000 to $7,000 per pound. After its first year of generating revenue we will utilize our experience and expertise to develop another facility on a much larger scale.”

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BARD Opens Algae Production Facility in Georgia

Posted On: October 6, 2011

Bard Holding Inc., a U.S. based algae production company, has announced the opening of its Calhoun, Georgia facility, the first of multiple manufacturing sites the company plans to operate in Georgia.

According to Dr. Rajesh Patel, a successful practicing physician in the Atlanta metro region who partnered with BARD Holding on the expansion of algae production facilities throughout the state of Georgia, “We are proud to contribute to the region by helping revitalize the community’s industrial space and enhance Georgia’s economic productivity.”

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India: CIFT signs MOU with Uniloids Biosciences for chitin and chitosan processing technology

Posted On: July 22, 2011

The Central Institute of Fisheries Technology (CIFT) in India has signed an MoU with the Hyderabad based Uniloids Biosciences. The MoU will provide Uniloids Biosciences access to technology developed at CIFT, to convert process waste to Chitin and Chitosan,considerably versatile and promising biomaterials with wide use in various industries such as pharma, food processing and cosmetics.

Also, Uniloids Biosciences will receive support from Zonal Technology Management Business Planning and Development Unit, an agribusiness unit and the Fish Processing Division and Quality Assurance and Management Division for commercializing the technology.

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Japanese IHI Corp. plans algae biofuel R&D firm

Posted On: July 13, 2011

Heavy machinery maker IHI Corp. plans to establish a research and development company for algae biofuel in early August in conjunction with a university venture, eyeing commercial production in fiscal 2020.

Algae biofuel has been drawing attention because unlike fuels made from agricultural crops such as sugarcane and corn, it doesn’t lead to an increase in food prices, IHI said.

IHI will invest ¥400 million over two years in the joint company IHI NeoG Algae, expecting it to release sample products that may be used as an alternative to jet fuel in three years, it said.

It currently costs about ¥1,000 to produce 1 liter of oil from algae, but the joint company aims to reduce that to ¥100.

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New Astec Centre in UK to offer new opportunities for fledgling marine businesses

Posted On: June 2, 2011

The recent opening of the Astec Centre  is expected to offer a number of opportunities for fledgling  marine businesses.

Astec Aquaculture Business & Science Centre is a purpose-built resource that has been created to support the growth of the aquaculture sector.  It opened its doors to businesses and researchers recently, showcasing the extensive facilities and support services that it offers.

Due to its strategic location on the Northumberland coastline at Lyne Sands, Astec is uniquely placed to pump a constant supply of near tropical temperature, flow-through seawater to its state-of-the-art aqua laboratories, which are fitted out with specialist equipment to support a broad range of commercial and research activities.

The new Astec Centre is located close by the Dove Marine Laboratory at Newcastle University, considered a key centre for Newcastle University’s School of Marine Science and Technology, which is leading research into areas such as algae biofuels. However, the prospect of state-of-the-art facilities nearby could help experts refine and expand discoveries further.

Dove Marine Laboratory director Professor Grant Burgess said: “We have several early-stage projects which we may be able to commercialise over the next 12 months. These involve growing and harvesting marine microalgae to make useful products such as omega 3 oils. Astec offers the expertise, historical track record and passion of the people involved to ensure this project is a success.”

The focus at the centre is on application of marine science to building businesses and creating jobs. This complements and builds on current marine biotechnology programmes at the Dove and will considerably strengthen the region in this growth area.

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Partner sought in development and fermentation of compounds from natural marine origin

Posted On: May 2, 2011

A Spanish company located in the North of Spain with microbiological and fermentation expertise, is looking for companies interested in compounds for research and/or preclinical and clinical development with diverse applications for medicine, cosmetics, agriculture, biodiesel, nutraceuticals, etc. Joint further development and joint venture agreements are offered.

The biotechnology company is engaged in discovering and developing novel bioactive compounds from marine microorganisms.

Founded in 1996, it has developed an outstanding collection of more than 50,000 marine microorganisms, their fermentation extracts and an extended library of compounds produced by these microorganisms. Through collaborations with private and public research organizations worldwide, the company has identified active compounds in areas such as cancer, neurodegenerative and infectious diseases, cosmetic and agricultural applications.

The company has also production facilities; if large amounts of any of the extracts or compounds are required, Biomar has fermentation capabilities of up to 3000L, including fermentation and compound purification. Smaller tanks of 30, 100 and 300L are also available, in our state of the art Fermentation Plant.

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Aurora Algae has announced the launch of new A2 product portfolio, including omega-3 products

Posted On: April 15, 2011

Aurora Algae recently introduced the A2 product portfolio, a series of natural products derived from its proprietary algae platform. The A2 product portfolio is uniquely sustainable, scalable, and flexible to address growing demand in the explosive nutrition, aquaculture, pharmaceutical, and energy markets

 

A2 Omega-3™ is a family of Omega-3 oils aimed at the nutraceutical and pharmaceutical markets with the goal of providing a natural, sustainable and cost-effective alternative to fish oil and fermented products. The first offering in this family, A2 EPA Pure™ will make the benefits of EPA available to a broader market since it is derived from an allergen-free, vegetarian source.

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New algae-derived EPA to target pharma omega-3 market

Posted On: April 15, 2011

New Zealand-based Photonz Corporation has signed an agreement with Separex to develop a pharma-grade EPA omega-3 manufacturing process from fermented microalgal biomass.

Under the agreement, Separex, under a license of Stanipharm, will develop a manufacturing process, scalable to industrial volumes, to concentrate the Omega-3 fatty acid, eicosapentaenoic acid (EPA), which Photonz extracts from fermented microalgal biomass.

Photonz’s proprietary processes produce the EPA by fermenting a marine microalgal clone (improved by strain selection not genetic engineering) to produce a biomass rich in lipids from which it extracts the Omega-3.

The agreement follows two other significant achievements, announced last year, in which Photonz proved the feasibility of its continuous fermentation system and then harvested the first batch of algal biomass from its prototype industrial plant. The plant is now producing on a small industrial scale and has the potential to produce tonnes of algal material per year. The lipids it produces will be used by Separex to produce concentrated EPA. Photonz is, in parallel, targetting the development of downstream purification processes to produce high purity EPA, suitable for pharmaceutical applications, including novel therapeutics.

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Biotec Pharmacon subsidiary ArcticZymes receives Norwegian grant to develop new marine enzymes for research and diagnostics

Posted On: April 15, 2011

Biotec Pharmacon subsidiary, ArcticZymes AS, has received a grant of MNOK 7.2 from the Research Council of Norway for a project with the title “Development of new marine enzymes for research and diagnostics”. The total project budget is 14.4 MNOK over 3 years.

The project is a user-driven innovation project in the FUGE-program aiming to establish a stronger product development platform for the development of new enzymes for use in molecular biology applications.

ArcticZymes develops, produces and sells enzymes used in molecular DNA technologies and diagnostics. The market is highly expansive, and the rapid and diversifying technological development creates a strong market demand for new and improved enzymes. ArcticZymes is involved as commercial partner in several marine bioprospecting activities that form a large source and pipeline for new commercial enzymes from the Arctic marine environment, including being a commercial partner of the Sfi MabCent consortium and the MARZymes projects at the University of Tromsø.

The strengthened pipeline of product candidates through strategic partnerships with MabCent, MARZymes and others makes it necessary to increase product development speed and capacity. The partnership with The University of Tromsø in this project will strengthen the entire product development chain and increase capacity from early stage to final product.

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