TECHNOLOGY

乾燥技術干燥技术

DRY-ACT

DRY-ACT high-speed drying system independently developed by our company.本公司自主研發的 DRY-ACT 高速乾燥系統

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sweet potato skin地瓜皮

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strawberry leaves to be discarded被廢棄的草莓葉

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Discarded corn skin and trunk被廢棄的玉米外皮與玉米梗

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Raw fish to be discarded被廢棄的魚類下腳料

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Anthocyanin花青素

3 times more blueberries為藍莓的3倍

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Agrimoniin仙鶴草單寧

21 times more than green tea為綠茶兒茶素的21倍

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B vitamins and dietary fiber維生素B群・膳食纖維

4 times more than potatoes為薯類的4倍

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Luxury Furikake高級拌飯香鬆

FEATURES

Key Features of DRY-ACTDRY-ACT 的特點

Equipped with ACT-CELA to Enable High-Speed Drying搭載實現高速乾燥的
ACT-CELA 技術

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DRY-ACT is powered by ACT-CELA, a proprietary radiant heat catalyst developed by ACT DESIGN,delivering an unprecedented level of radiant heat performance.DRY-ACT 採用 ACT DESIGN 自主研發的輻射熱觸媒「ACT-CELA」, 實現前所未有的高效輻射熱性能。

Rapid, Energy-Efficient Dehydration and Sterilization短時間、低能耗的
脫水與殺菌處理

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The far-infrared radiation (micro-vibrational energy) emitted by ACT-CELA directly acts on the moisture within vegetables and fruits—both free water and bound water— micronizing the water molecules and dramatically accelerating the drying process while reducing energy consumption.ACT-CELA 所釋放的遠紅外線(微弱振動能量),可直接作用於蔬果等材料中的自由水與結合水,使水分子微粒化,大幅提升乾燥速度,同時降低能源消耗。

Highly Efficient Drying Mechanism高能效的
乾燥機制

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Negatively charged air and water vapor efficiently transfer heat to the material, creating a drying environment that surpasses conventional positively charged systems. This mechanism enables both high product quality and fast processing speed to be achieved simultaneously.帶有負電荷的空氣與水蒸氣,能將熱能高效傳遞至材料內部,相較於傳統正電荷環境的乾燥方式,此機制可同時實現高品質與高速處理的乾燥效果。

Drying Mechanism 乾燥機制

Conventional傳統乾燥技術

Moisture is evaporated mainly through convective heat and radiant heat. 主要透過對流熱與輻射熱使水分蒸發。

DRY-ACT

Specialized charge control and heat transfer technology efficiently delivers heat directly to moisture. 透過特殊的電荷控制與熱傳導技術,將熱能高效傳遞至水分。

Heat Transfer 熱能傳導方式

Conventional傳統乾燥技術

In positively charged environments, heat transfer to moisture tends to be inhibited. 在正電荷環境下,熱能較容易被阻礙,難以有效傳遞至水分。

DRY-ACT

By optimizing the charge environment, heat can be transferred directly to moisture. 透過最佳化電荷環境,可將熱能直接傳遞至水分。

Drying Efficiency 乾燥效率

Conventional傳統乾燥技術

Some moisture tends to remain, and drying may require extended time. 部分水分容易殘留,乾燥時間可能較長。

DRY-ACT

Enables uniform and highly efficient drying in a short time. 可在短時間內實現均勻且高效率的乾燥。

Drying Uniformity 乾燥均勻性

Conventional傳統乾燥技術

Uneven drying is likely to occur, leading to inconsistent quality. 容易產生乾燥不均,導致品質不穩定。

DRY-ACT

Uniform drying without inconsistencies stabilizes product quality. 透過均勻無落差的乾燥,使品質保持穩定。

Energy Consumption 能源消耗

Conventional傳統乾燥技術

Inefficient heat utilization results in higher energy consumption. 由於熱能利用效率低,能源消耗較高。

DRY-ACT

Heat is applied only where needed, achieving energy-efficient operation. 將熱能集中作用於必要部位,實現節能效果。

Impact on Materials 對材料的影響

Conventional傳統乾燥技術

Overheating and surface degradation may occur. 可能產生過熱或表面劣化的情況。

DRY-ACT

Low-stress processing minimizes damage to materials. 以低負荷方式處理,有效降低對材料的損傷。

Contributing to Global Challenges Through Upcycling and Drying Technologies以升級再造與乾燥技術,回應全球課題

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One of the major global challenges we face today is food loss and food insecurity.

In Japan alone, approximately 5.7 million tons of food are discarded every year,equivalent to more than one rice ball per person per day.

Meanwhile, around the world, approximately 42 million tons of food aid are distributed annually,and many regions continue to suffer from severe food shortages.

Japan’s food self-sufficiency rate stands at just 38%, meaning that more than 60% of its food supply depends on imports.

Relying on food from overseas while discarding large volumes domestically represents a profound contradiction.

To address these social challenges, we adopt the concept of upcycling.

Rather than treating food by-products as waste,we dry, sterilize, and pulverize them, returning them to circulation as valuable food resources.

By combining upcycling technologies with advanced drying systems,we aim to work together with the global community to open pathways toward a sustainable future for food and the environment.

當今世界所面臨的重要課題之一,便是食品浪費與糧食不足。

僅在日本,每年就有約 570 萬噸食品被廢棄,相當於每人每天丟棄 一顆以上的飯糰。

另一方面,全球每年仍需提供約 4,200 萬噸規模的糧食援助,至今仍有許多地區正面臨嚴重的糧食短缺問題。

此外,日本的食品自給率僅為 38%,超過六成的食品依賴進口。

在仰賴海外糧食供應的同時,卻大量浪費食品,這樣的現實無疑存在著巨大的矛盾。

面對這些社會課題,我們以**「升級再造(Upcycling)」**的理念積極回應。

我們不將食品殘渣視為單純的廢棄物,而是透過乾燥、殺菌與粉末化處理,使其再次作為具價值的食品資源循環利用。

以升級再造技術與乾燥系統為核心,我們希望與世界攜手,共同開創永續的食與環境未來。

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