リボイラー:液体 CO2 を一部蒸発させて垂直上昇させ、ストリッピングガスとして液相を精製します。
GEA CO2 recovery technology generates 99.998% pure, food-grade CO2, which can be used in house for carbonating your own beers, sparkling wines and other beverages, and may completely remove the need to purchase CO2 from external suppliers. Alternatively, the recovered CO2 can represent an additional revenue stream, and be sold to the beverage industry for use in carbonation, for example, or marketed to the food and other industries for use in manufacturing dry ice. A GEA CO2 recovery system could pay for itself within 1.5-4.0 years.
We can provide CO2 recovery plants with a capacity up to 5,000 kg/h, and can, if required, configure systems that are capable of stripping CO2 from early fermentation. The final design of any system will be dependent on the type of fermentation process and amount of CO2 generated, the raw materials used, and how the recovered clean CO2 will be used. We will always work with you to customize the best system using durable, high-performing components, whether you are building a new plant or are setting up CO2 recovery into an existing brewery. The aim is always to try to integrate the system seamlessly into your existing energy supply systems, to help optimize efficiency and energy usage. The GEA CO2 recovery system is designed to be maintenance friendly. Downtime for servicing is kept as low as possible, and plant availability is above 95%.
GEA has decades of experience configuring end-to-end brewery solutions as well as individual plants and components, so we really do have detailed knowledge of each stage in your processes, including those upstream and downstream of CO2 recovery. We use all this combined knowledge and insight to design solutions that can optimize efficiency in both CO2 recovery and refrigeration, while keeping your capital investment as low as possible.
Where possible our systems can also help to minimize the use of resources and recover energy. The waste heat from the CO2 recovery system’s compressor can be reused in other parts of the brewery, to help to reduce overall brewery energy costs.
The GEA CO2 recovery technology is fully automated, which further helps to improve energy efficiency when compared with a manually controlled system. There is also less need for manual intervention, freeing up personnel for other tasks.
液化装置:CO2 を約 20℃ から -35℃ まで冷却し、気体から液体へと凝集状態を変化させます。
GEA CO2 recovery technology generates 99.998% pure, food-grade CO2, which can be used in house for carbonating your own beers, sparkling wines and other beverages, and may completely remove the need to purchase CO2 from external suppliers. Alternatively, the recovered CO2 can represent an additional revenue stream, and be sold to the beverage industry for use in carbonation, for example, or marketed to the food and other industries for use in manufacturing dry ice. A GEA CO2 recovery system could pay for itself within 1.5-4.0 years.
We can provide CO2 recovery plants with a capacity up to 5,000 kg/h, and can, if required, configure systems that are capable of stripping CO2 from early fermentation. The final design of any system will be dependent on the type of fermentation process and amount of CO2 generated, the raw materials used, and how the recovered clean CO2 will be used. We will always work with you to customize the best system using durable, high-performing components, whether you are building a new plant or are setting up CO2 recovery into an existing brewery. The aim is always to try to integrate the system seamlessly into your existing energy supply systems, to help optimize efficiency and energy usage. The GEA CO2 recovery system is designed to be maintenance friendly. Downtime for servicing is kept as low as possible, and plant availability is above 95%.
GEA has decades of experience configuring end-to-end brewery solutions as well as individual plants and components, so we really do have detailed knowledge of each stage in your processes, including those upstream and downstream of CO2 recovery. We use all this combined knowledge and insight to design solutions that can optimize efficiency in both CO2 recovery and refrigeration, while keeping your capital investment as low as possible.
Where possible our systems can also help to minimize the use of resources and recover energy. The waste heat from the CO2 recovery system’s compressor can be reused in other parts of the brewery, to help to reduce overall brewery energy costs.
The GEA CO2 recovery technology is fully automated, which further helps to improve energy efficiency when compared with a manually controlled system. There is also less need for manual intervention, freeing up personnel for other tasks.
質の高いコールドチェーン管理の重要性を過小評価することはできません。傷みやすい生鮮食品が消費地で安全かつ高品質であることを保証することは、コールドチェーン施設を運営する人々にとって非常に大きな責任です。GEAは、低温貯蔵や配送センター向けに安全で持続可能な冷凍技術を提供する最前線に立ち、お客様の施設のエネルギー消費量と二酸化炭素排出量の削減を支援しています。
自動搾乳における最新の進化は、バッチ搾乳を導入することです。バッチ搾乳とは、通常1日に2~3回、決まった搾乳時間に乳牛をグループ分けして搾乳する酪農方法です。自動化技術は、酪農場における乳牛の福祉、柔軟性、そして持続可能性のバランスを取りつつ、それと同時にコスト構造を継続的に最適化し、より効率的になるという、酪農家の最近の課題を克服するのに役立っています。
多数の国では、安全な水と衛生設備を確保することがいまだに課題となっています。汚れの混じった飲用水により病気になったり、毎日水を汲みに行くという役割を果たすため、学校に通うことができない子供たちが多数存在します。ドイツのハンブルクを拠点とする非営利団体Viva con Aguaと協力することで、GEAは一部のタンザニアの学校にきれいな水を供給する手助けをしています。