Connect with:
Thursday / November 7. 2024

logo
mobile-logo
HomePosts Tagged "shrimp"
Acquaculture, Company News, Live Stock

A practical solution that supports the shrimp’s resilience and continued growth under challenging conditions

Specially designed to support the resilience of shrimp facing challenging conditions and provide optimal nutrition to safeguard farm performance, this new, prime functional feed has debuted in India.

Shrimp farming is one of the great success stories of global aquaculture. Through its rapid growth in recent decades, the sector has taken a lead role in contributing to world food security. However, the dependency and constant interaction that shrimp have with their environment means that they are persistently exposed to naturally occurring challenges that hurt the shrimp and can potentially impact production. Recognising the scale of the threat posed by these challenges, Skretting has launched a brand new feed, Armis.

Historically, producers hit by challenges such as Enterocytozoon hepatopenai (EHP) and other parasites have had little option but to feed their afflicted, slow-growing stocks with increased volumes of feed. This in turn results in significantly increased costs and diminished profitability. Now, farmers can turn to Armis, a practical solution that supports the shrimp’s resilience and continued growth under challenging conditions.

Armis has been carefully developed over the past three years, built upon Skretting’s extensive knowledge of the specific nutritional requirements and digestive capabilities of shrimp species. It will also contain the latest phytogenic technology.

A practical solution that supports the shrimp’s

Allied Industry, Company News, Plant-Based Meat

Shrimp analogue is the latest in a growing range of proprietary printer capabilities; has the potential to reshape the $68 billion shrimp industry

Steakholder Foods Ltd., a leader in cultivated meat and 3D bioprinting technology, announced that it has further expanded its 3D-printing capabilities with the world’s first plant-based, 3D-printed shrimps, expertly designed to mimic the authentic texture and flavour of conventional shrimps. The shrimps were precision-printed on Steakholder Foods’ proprietary DropJet printer, designed for fish and seafood printing, using shrimp-flavoured ink developed by Steakholder Foods’ food technology team. It is the latest addition to the Company’s portfolio of printed seafood products to be offered to potential customers, on a plant (analogue) or potentially hybrid (combination plant and cultivated) basis, as economies of scale develop to enable price-competitive cell development.

The shrimp market is worth more than $60 billion and is projected to continue growing substantially over the coming decade. With 7.6 million tons of shrimp harvested in 2023, Steakholder Foods’ heavy-duty production printing solution aims to provide partners and customers with the means to meet growing demand through high-volume, efficient, and sustainable production, offering a practical and environmentally-friendly alternative to traditional shrimp farming.

Arik Kaufman, CEO of Steakholder Foods, said: “By unveiling a second new species of plant-based, 3D-printed seafood this month, we expect to position Steakholder Foods to sell and deliver its first DropJet printer in 2024, offering partners and customers a unique opportunity to benefit from the expanding global seafood market, while making the right kind of impact on the environment.”

Shrimp analogue is the latest in a

Acquaculture, Animal Health, Company News, Live Stock

The collaboration aims to redefine the standards of aquaculture nutrition through the application of ORI-N3

In a significant leap forward for the aquaculture industry, Skretting, a global leader in aquafeed solutions and I&V Bio, a leading biotechnology company announce their strategic partnership to revolutionise artemia enrichment. 

Leveraging the innovative prowess of Skretting’s and I&V Bio industry expertise, the collaboration aims to redefine the standards of aquaculture nutrition through the application of ORI-N3, Skretting’s cutting-edge nutritional supplement in artemia enrichment.

Artemia, often referred to as brine shrimp, serves as a vital component in the early stages of various aquatic species’ life cycles. Ensuring the optimal nutrition of artemia is essential for the healthy growth and development of shrimp in aquaculture systems. Skretting and I&V Bio recognise the importance of this foundation and have joined forces to enhance the nutritional value of artemia using ORI-N3.

ORI-N3, developed by Skretting, is a revolutionary nutritional supplement enriched with essential proteins, lipids, and micronutrients. This advanced formula is specifically designed to boost the nutritional content of artemia, providing a balanced and comprehensive diet for early-stage aquatic species. With its unique composition, ORI-N3 ensures optimal growth rates, improved resistance to diseases, and enhanced overall health for shrimp.

The collaboration aims to redefine the standards

Acquaculture, Company News, Live Stock

PLB is widely recognised in the Indonesian aquaculture industry for its commitment to delivering quality post-larvae (PLs)

Prima Larvae Bali (PLB), a leading hatchery in Eastern Indonesia, is bolstered by the expertise of the Center for Aquaculture Technologies (CAT) to elevate their Whiteleg shrimp (vannamei) breeding program. This support enhances PLB’s commitment to delivering biosecure, top-quality postlarvae suited for Indonesia’s unique farming landscape, while also introducing cutting-edge genetic technology.

PLB is widely recognised in the Indonesian aquaculture industry for its commitment to delivering quality post-larvae (PLs). Through a meticulously designed selection scheme and larvae culture process, ensuring that each PL inherits the full genetic potential from the selected broodstock to achieve fast growth and disease resistance. Emphasising rigorous biosecurity measures, PLB exclusively produces 100 per cent Specific Pathogen Free (SPF) PL larvae. Only frozen feeds are used to nurture the shrimp broodstocks, with a firm stance against the use of fresh/live feeds within the facility. This dedication to excellence in larvae culture has not only set PLB apart but has also made a significant contribution to the aquaculture sector in the region.

In an ambitious move to further improve the quality of its offerings, PLB has enlisted the expertise of CAT, an industry leader in aquaculture research and development. Leveraging CAT’s use of advanced statistical models, both organisations aim to refine the selection of genetic lines for shrimp that grow quickly and thrive in commercial settings. CAT’s proven approach includes the utilisation of molecular markers and the latest technologies to generate genetically diverse and adaptable lines of shrimp. Their multi-generational selection methods have already demonstrated improvements in both growth rates and survival capabilities in commercial farm conditions.

PLB is widely recognised in the Indonesian

Acquaculture, Agrotech, Live Stock, Taiwan

This innovative approach bolsters yields and revenues while conserving water resources through the recycling of up to 90 per cent of the aquaculture water

According to the Food and Agriculture Organisation of the United Nations (FAO), the quantity of captive-bred shrimp has officially surpassed wild-caught shrimp since 2007, fostering a colossal industry with an annual production value exceeding $10 million. While the global demand for shrimp products is substantial, the aquaculture sector grapples with environmental challenges, including diseases and elevated mortality rates resulting from erratic climate patterns.

Situated within the subtropical region, there are substantial climatic variations in Taiwan throughout its four seasons. Furthermore, the impact of extreme weather events has critically impacted the traditional shrimp farming sector in the coastal regions. Excessive rainfall has resulted in devastating losses. Moreover, diverse regional conditions, including water and soil quality, present challenges to the standardisation of shrimp farming practices.


Kazuo Aquaculture, Ltd. has constructed an inland greenhouse recirculating aquaculture system (RAS), fortifying risk management within the farm environment. This innovative approach also bolsters yields and revenues while conserving water resources through the recycling of up to 90 per cent of the aquaculture water. Evaporation losses are offset through rainwater, with salinity adjustments achieved through salt supplementation. Given that the upfront costs exceed those of traditional earthen ponds, this approach has found limited adoption in Taiwan. Acknowledging this, Charlie Hsu, the company’s general manager, concedes that the expenses of establishing a comprehensive greenhouse RAS are significantly higher. However, successful high-yield aquaculture should lead to satisfactory returns on investment. As experience accumulates and technology matures, the expenses for constructing similar indoor aquaculture ponds are expected to decrease, coupled with improvements in pond quality.


Despite the initial higher costs, this innovative technology proves highly effective in curbing the transmission of diseases through waterbirds and mitigating the impacts of severe weather events. According to Hsu, “Since the inception of the farm, we have placed paramount importance on both biological control and water purity. Our approach involves nurturing shrimp within specialized greenhouses equipped with a recirculating aquaculture system. This necessitates the construction of greenhouses in various sizes for precise environmental controls. Furthermore, shrimplets are sterilised and examined before they are allowed entry into the farm, avoiding the intrusion of any pathogens.”

Moreover, an Internet of Things (IoT) network has been established to provide real-time monitoring of water quality through a mobile phone application. These parameters include temperature, pH levels, and dissolved oxygen content. This technological innovation has enhanced farmers’ decision-making, reduced labour requirements and elevated survival rates of shrimplets to approximately 90 per cent. This technology also enables year-round farming, accommodating diverse seasons and species, including vannamei schrimp, kurumaprawns, and groupers. Kazuo Aquaculture’s exceptional sapphire tiger prawns are cultivated without the use of pharmaceutical interventions, offering sweet and succulent meat. Adorned with a captivating translucent blue hue, these shrimp are suitable for raw consumption and versatile for various culinary delights.

This innovative approach bolsters yields and revenues while conserving

Acquaculture, Animal Health, Live Stock, Sustainability

Artemia is widely used as live feed for farmed fish and can thrive in highly saline water

The Artemia4Bangladesh project, initiated by WorldFish, introduced Artemia or brine shrimp pond culture in the Cox Bazar region of Bangladesh to address the issue of poor fish productivity. The region, which produces 95 per cent of the salt in Bangladesh, only provides minimal income to around 1.5 million people employed in the industry.

Artemia is widely used as live feed for farmed fish and can thrive in highly saline water. It contains essential nutrients, such as over 50 per cent protein, essential amino acids, and fatty acids that are crucial for child development. This makes it a potential food source for people as well.

The project established around 150 farms and trained 1,500 farmers on Artemia pond culture, homestead aquaculture and vegetable gardening, and shrimp, tilapia, carp, and mola aquaculture. These interventions allowed farmers to supplement their income from salt production by selling Artemia to local shrimp hatcheries, nurseries, grow-out farms, and fish, shrimp, and crab producers. As a result, their income increased by up to 400 per cent.

WorldFish also developed recipes to introduce Artemia into the local diet. For example, Artemia kebabs are becoming popular in the area as an alternative to meat kebabs, and an Artemia omelette was created as a healthy option to support nutrition for women and children. These recipes were demonstrated with tastings to more than 200 salt-farming families.

Artemia not only provides an alternative source of income and nutrition for the community but also helps them adapt to the impacts of climate change. As water salinity increases, the coastal community’s agriculture and aquaculture productivity decrease. However, Artemia’s resilience to high salinity and temperatures ensures stable incomes for farmers in the face of climate change.

Artemia is widely used as live feed

Acquaculture, Animal Health, Company News, World

The hatchery trial facilities will serve as a hub for research and development activities

BioMar Group announced the expansion of the marine hatchery trial facilities at their Aquaculture Technology Centre (ATC) Hirtshals in Denmark. The investment will allow for an expansion into a new, larger facility with the capability of performing trials in semi-industrial conditions.

The investment in this state-of-the-art facility follows the continued success of the LARVIVA hatchery feeds across the main hatchery markets, together with the two capacity expansions at the production facility in France to cover the market demand. The decision further reinforces BioMar’s commitment to driving innovation and meeting the evolving needs of hatcheries across the globe.

Henrik Aarestrup, VP LATAM, Shrimp & Hatchery at BioMar said, “We believe that this investment will unlock potential for growth in new markets and new species. This will bring innovations, further solidifying our position as a leading provider of premium-quality hatchery feeds. The expansion of the ATC Hirtshals facility aligns with BioMar’s strategic plan for the hatchery segment, which is a key pillar for the development of marine fish and shrimp feeds.”

The hatchery trial facilities will serve as a hub for research and development activities, with the addition of six multinational R&D staff to the team of experts in marine hatchery operations. It will include units dedicated to larval rearing as well as live feed production, allowing for extensive research and testing of hatchery feeds for several marine species.

Simon Wadsworth, Global R&D Director at BioMar said, “We are commissioning advanced larval research facilities, to ensure the continued high performance of LARVIVA, as well as developing further products for this highly specialised global market. The core research team has also been strengthened by leading larval-rearing expertise from the Mediterranean region. The new facility will significantly strengthen our research capacity in this dynamic segment.” 

The inauguration of the expanded ATC Hirtshals facility is expected to take place in September.

The hatchery trial facilities will serve as

Acquaculture, Animal Health, India, Sustainability

The Mangrol facility has three production lines with a production capacity of 50,000 metric tonnes per annum

Skretting – Nutreco’s global aquafeed division- has opened a state-of-the-art production facility for shrimp and fish feed in Mangrol, Surat. The newly set up high-end facility is part of Skretting’s commitment towards the Indian aquaculture sector and its strategy to further develop in Asia.

The facility was inaugurated by Dr Sanjeev Balyan, Minister of State of Fisheries, Animal Husbandry and Dairying. Michiel van Erkel, Agriculture Counsellor for India and Sri Lanka, Embassy of the Kingdom of the Netherlands was also present at the opening. Spread over an area of 20,000 sq mt and built with an investment of EUR 18.5 million, the facility will cater to both shrimp and fish cultures. The shrimp cultures will include white tiger and black tiger, while fish cultures will include Indian major carps, and high-value fish like snakehead and seabass, among others.

The Mangrol facility has three production lines with a production capacity of 50,000 metric tonnes per annum. It can produce both extruded/floating and pelleted/sinking feed as per the requirement of the species and customers. There is also adequate land and infrastructure available to increase production capacity in the future.

“We have been meeting the needs of shrimp hatcheries, nurseries, and farmers since 2018 in India, and supporting customers across feed-farm-health with our high-quality feed and services. The new facility enables us to contribute our bit to the prestigious Atmanirbhar Bharat – Make in India initiative, while simultaneously improving the efficiencies for a closer connection with our customers.  We will cater to the domestic market and also customers in Bangladesh, Sri Lanka and The Middle East,” said Dr Saurabh Shekhar, General Manager – Nutreco South Asia.

“The factory is key to achieving our purpose of Feeding the Future in growth territories of Asia and India.  We already have plants in Vietnam, Japan, China, and Indonesia to strengthen our presence in Asia and establishing a state-of-the-art production facility at Mangrol, Surat reinforces our commitment to South Asia and Indian markets.  Construction of the factory started in September 2020, and the work was completed in just over two years despite the various challenges posed by the Covid pandemic. The facility has also generated local employment opportunities with 120 employees. This is just the beginning in our journey to gain a stronger foothold here,” said, Jurriën Zandbergen, Managing Director, Nutreco Asia.

The Mangrol facility has three production lines

Acquaculture, Agri Genomics, AgroPolicy

A nano aquarium was also unveiled at the VGP Marine Kingdom

Anitha R Radhakrishnan, Minister for Fisheries & Animal Husbandry, Government of Tamil Nadu has launched the hatchery bred marine ornamental shrimps and nano aquarium at VGP Marine Kingdom, Chennai. The initiative has been introduced by the ICAR-National Bureau of Fisheries Genetic Resources (NBFGR), Lucknow, Uttar Pradesh and VGP Marine Kingdom, Chennai.

Radhakrishnan underlined the initiatives of the fisheries department for the betterment of the fishers of the state for improving their livelihood options. The minister appreciated the ICAR-NBFGR and VGP Marine Kingdom’s efforts on the new concept of Marine Nano Aquaria with the captive-raised shrimps.

Dr KK Lal, Director, ICAR-NBFGR, Lucknow outlined the bureau’s initiatives, the concept of community-based ornamental aquaculture and the need for collaborative involvement with the market leaders like the VGP Marine Kingdom.

VGP Ravidas, Managing Director, VGP Group stated about the VGP Marine Kingdom and the pioneering efforts in establishing the first oceanarium in the country at Chennai.

A nano aquarium was also unveiled at

Acquaculture, Agro Universities, Sustainability

According to the experts, the effort will undoubtedly improve the economic benefits, contribute to innovation and growth and encourage sustainability

The ICAR-Central Institute of Brackishwater Aquaculture, Chennai signed the Memorandum of Understanding (MoU) with the Coastal Corporation, Visakhapatnam, Andhra Pradesh for the production of indigenous shrimp larval feed in Chennai.

In his address, Dr Joykrushna Jena, Deputy Director General (Fisheries Science), ICAR highlighted the necessity for promoting the Indigenous Larval Feed.

Dr KP Jithendran, Director, ICAR-CIBA, Chennai stated that the effort will undoubtedly improve the economic benefits, contribute to innovation and growth and encourage sustainability and competitiveness in the aquafeed sector in the longer run.

VR Sharma, Vice-President, Coastal Corporation shared the encouraging trial results obtained with the ICAR-CIBA Shrimp LarviPlus.

Dr K Ambasankar, Principal Scientist and Team Leader for the Feed Technology, ICAR-CIBA, Chennai outlined the initiative’s genesis in line with the Make in India Programme.

According to the experts, the effort will

Acquaculture, Agro Universities, Animal Health

The products were produced and marketed by Alpha Biologicals, Nellore, Andhra Pradesh

The ICAR-Central Institute of Brackishwater Aquaculture, Chennai has launched its technology products for “Mitigation of Nitrite Metabolite in Shrimp Ponds and Control of External Parasite in Fish. The products were produced and marketed by Alpha Biologicals, Nellore, Andhra Pradesh.

Dr KP Jithendran, Director, ICAR-CIBA, Chennai stressed developing efficient products that are safe for the environment. Dr Amaraneni Ravi Kumar, Managing Partner, Alpha Biologicals emphasised the need for quality products to support aquaculture. He also underlined the field trials conducted across the country.

The NOVACIDE-ALF is an efficient oral preparation for controlling the crustacean parasites like Argulus spp., Caligus spp., Lernanthropsis spp. and Lernaea spp. in the different fish species in vivid culture systems, such as aquariums, ponds, cages, concrete tanks, FRP tanks and lakes with a wide range of salinities 0 to 30 ppt. The NOVATAN-AMS uses the formulation containing the enrichments of nitrite oxidising bacteria that are efficient in oxidising the toxic metabolite nitrite to non-toxic nitrate.

The company has started the commercial production of the products and is planning to market them in the major aquaculture states of the country.

The products were produced and marketed by

Acquaculture, Supply Chain

The startup is helping connect aquaculture farmers with stakeholders in the value chain

Aquaconnect, India’s pioneer full-stack aquaculture platform, emerged as a winner in the ‘Most Innovative Agtech (Mature Startup)’ award category in the fourth edition of FICCI Summit and Awards for Agri Startups, held recently. The latest edition felicitated high-impact innovations in the Indian Agri and allied value chains. 

Founded in 2017, Aquaconnect works with fish and shrimp farmers to improve farm productivity, financial access, and market linkage through intelligent technology solutions. Since its inception, Aquaconnect has been working to navigate the challenges in the aquaculture value chain through an integrated tech-driven approach. The startup is helping connect aquaculture farmers with stakeholders in the value chain, such as feed producers, farm equipment manufacturers, banks, insurers, importers, processors, exporters, and certifying bodies. Aquaconnect has assisted over 60,000 farmers through its unique AI & GIS-powered advisory platform. Aquaconnect’s data-enabled fintech solutions aim to bring transparency for BFSI stakeholders to engage with aquaculture farming communities efficiently.

Rajamanohar, CEO, Aquaconnect said, “The recognition is a testimony of our commitment to emerging stronger as a trusted aquaculture partner for all stakeholders in the value chain.”

The startup is helping connect aquaculture farmers

Acquaculture, AgroPolicy

This is a significant achievement for India in decoding the whole genome of the native species of shrimp, one of the world’s most important seafood commodities.

The Scientists of the ICAR-Central Institute of Brackishwater Aquaculture, Chennai have recently sequenced and assembled the whole genome of Indian White Shrimp (Penaeus indicus) on their own. This is a significant achievement for India in decoding the whole genome of the native species of shrimp, one of the world’s most important seafood commodities.

The Indian shrimp industry contributes about 11 per cent share of the global production (759,906 Tonnes valued at $4 Billion in 2020) amongst the shrimp producing countries.

The whole genome sequence of P indicus is a major landmark and this very high-quality genome assembly of P indicus is of 1.93 Gb size with contig N50 of 1.4 Mb having very high number of 346 un-gapped contigs of over 1 Mb length and scaffold N50 of 34.4 Mb. Considering the large genomes of >1.5 Gb length, the assembly presented for P indicus is the only crustacean genome and one among the only nine invertebrate genomes sequenced so far to meet the reference standard of 1 Mb contig N50 and 10 Mb scaffold N50 lengths.

The future genetic improvement programmes with focus on P indicus would benefit aquaculture with increased productivity and sustainability across Asia and the other geographical locations where this shrimp species is predominantly found.

The Scientists’ team involved in shrimp genome assembly included Dr MS Shekhar, Dr Vinaya Kumar Katneni, Dr Ashok Kumar Jangam and Dr KK Vijayan.

The shrimp genome sequencing project was financially supported by the ICAR-Consortium Research Platform on Genomics and coordinated by Dr Joy Krushna Jena, Deputy Director General (Fisheries Science), ICAR.

This is a significant achievement for India