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Made of high-density polyethylene that is recyclable, environmentally friendly, and resistant to impact.
Made of high-density polyethylene that is recyclable, environmentally friendly, and resistant to impact. The non-slip finish makes work safer, and its strong durability allows for long-term use. For more details, please contact us or refer to the catalog.
![[Seminar] Know-how for Successful "Vannamei Shrimp" Land-Based Aquaculture Business](https://image.mono.ipros.com/public/product/image/8a6/2001538243/IPROS10897543759053974079.png?w=280&h=280)
Thorough explanation of practical points necessary for commercialization, from technology and equipment to financial planning.
The global shrimp market is thriving, and shrimp that were primarily produced in Southeast Asia and South Asia were mainly distributed vertically within Asia to countries like Japan, South Korea, and Hong Kong. However, while Japan has experienced a long-term recession since the late 1990s, the import volume of frozen shrimp in the United States, where economic prosperity and seafood consumption have become widespread, surpassed Japan's in 1997, increasing from 190,000 tons in 1988 to 700,000 tons today. The initiative has completely fallen behind the large consumer markets of the United States and China. In recent years, there has been a surge in domestic ventures for farming Pacific white shrimp to improve the current situation where the domestic self-sufficiency rate of this important shrimp species in the domestic food industry is less than 10% of consumption. However, most of these ventures are small-scale experimental plants, with only about three production plants at the 100-ton scale nationwide. As a result, there has been no fundamental learning in Pacific white shrimp farming, and numerous cases of failure can be observed. 【Seminar Details】 ■ Date and Time: July 25 (Friday) 09:30 - 11:30 (Doors open at 9:00) ■ Venue: JPI Conference Square ■ Speaker: Director of the Land-based Aquaculture Study Group IMT Engineering Co., Ltd. Technical Research Institute Mr. Setsuo Nohara *For more details, please refer to the PDF document or feel free to contact us.
![[Book] Aquaculture: Sales Strategies, Management, and Breeding Examples for Business Development and Distribution](https://image.mono.ipros.com/public/product/image/936/2000173933/情報機構.gif?w=280&h=280)
To survive in the market... What are the key points for commercialization and breeding management?
The current status and future of land-based aquaculture technology has been summarized, focusing on "what kind of fish," "how to raise them," and "how to sell them." This book covers challenges related to the commercialization and profitability improvement of land-based aquaculture, along with various initiatives. It is a comprehensive resource useful for everything from considering new entries to research and development and operational practices. <Challenges in commercialization and profitability improvement> ● Current situation and challenges… Benefits and characteristics of land-based aquaculture, essential materials ● Cost analysis… Cost comparisons and estimates, examples of break-even points, guidelines for cost reduction ● Examination of business models… Selection of sellable fish species and case studies, initiatives for differentiation ● Sales strategies and market development… Current state of seafood distribution and consumption, strategies from a marketing perspective ● Attention to legal regulations and utilization of administrative support measures <Management of fish breeding and plants> ● Water quality management ・Management items and measurement frequency, water treatment technologies (nitrification, denitrification, organic matter treatment) ・Management of physical/biological filtration systems, characteristics and selection of filter media ・Removal systems for suspended solids and optimization by size ● Water temperature management ・Optimal water temperature and management methods, waste heat utilization, energy-saving technologies for heating ・Cost reduction in temperature regulation using underground infiltrated seawater ● Fish disease countermeasures… Disease control using ozone sterilization with nanobubbles ● Remote monitoring… Data monitoring and utilization/control via PC *For more details, see applications and case examples below.
