PRODUCT
ARK ZEROシリーズ
陸上養殖および畜養向け業務用アルミフレーム断熱水槽プラットフォーム
ARK ZEROシリーズ 3つの特徴
基本仕様
水槽サイズ | 4,950×1,950×1,000mm |
水槽フレーム | アルミ押出形材 |
水槽断熱 | 硬質ポリウレタンフォーム
（熱伝導率 0.021W/m・K)
t40mm |
水槽連結口 | Φ75mm×6口 (排水口として利用可能) |
蓋 | オプション |
蓋断熱 | 押し出し発泡ポリスチレン
(熱伝導率 0.035W/m・K)
t50mm |
重量 | 600kg〜 |
ARK ZERO MATRIX
モジュラー型閉鎖循環式陸上養殖システム
仕様・価格など詳細はお問い合わせください。
ARK ZERO SAVER
畜養・活魚槽向け業務用断熱水槽
ARK-V1
High-performance flagship model that meets diverse needs.
Product Features
01.
Compact Size for Any Location
Can be installed in a space equivalent to one parking spot (10㎡).
(*Please check installation requirements.)
02.
Easy Market Entry at a Low Cost
Facilities and functions necessary for land-based aquaculture are included. No need to worry about what to prepare.
03.
Remote Monitoring and Management via Smartphone
Monitor required parameters with a dedicated web app. Set thresholds to receive alerts via email or phone.
04.
High Energy Efficiency
In addition to the energy-saving design, energy costs are reduced by utilising renewable energy (solar power).
05.
No Complex Construction Needed
No need for the user to install any pipes or connections
(*Please check installation requirements.)
06.
Vertical Business Launch Possible
Plug-and-play allows immediate operation after installation (conditions apply for starting aquaculture, so please inquire for details).
Internal structure
Main Unit Price: Starting from 7.5 million JPY
*Price may vary depending on optional
configurations
REF-V1
Refugium model that promotes composite cultivation with algae and improves water quality.
Product Features
01.
Futuristic Cylinder-shaped Tanks
Features 12 cylindrical tanks of 50 litres each, providing a visually futuristic appeal.
02.
Algae Cultivation
Increases revenue by cultivating various seaweed species.
03.
Can be Utilised as a Denitrification Tank
Functions as a denitrification tank when interconnected, boosting the filtration capacity of ARK-V1 and enabling high-density aquaculture.
04.
Implements IMTA (Integrated Multi-Trophic Aquaculture)
Utilises substances from fish feed and waste efficiently in water circulation, creating a well balanced aquaculture environment.
Internal structure
Case studies
JR East Japan, Namie Station, Fukushima Prefecture
University of the Ryukyus, Okinawa
Okayama Prefecture
Okayama Prefecture FGROW, Kagawa Prefecture
Kyoto Prefecture Kyoritsu Kiko Co., Ltd.,
Prefecture Ritsumeikan University, Shiga
