Spray drying
Spray drying is an energy-intensive process, so here at GEA we work hard to develop technologies that can help to improve sustainability by reducing overall energy use, recycling waste heat and cutting carbon footprint.
GEA spray dryers are constructed with heat recovery systems as standard, but we can also configure your new - and often existing – spray drying plant with optional GEA innovations to help cut process-related environmental footprint. GEA OptiPartner digital process control automation platform monitors in real time and - if required - adjusts the spray dryer operating parameters to improve process stability and efficiency. Our energy-saving AddCool® heat pump technology captures, upgrades and reuses waste heat to preheat your dryer air, so you could dramatically cut the overall energy draw for your plant, and even in some cases remove the need for fossil fuel-driven boilers. Talk to us at GEA to find out how our technologies could make your new and existing spray dryers more planet friendly.
GEA always aims to work in partnership with customers, so we don’t just supply equipment, we ‘ll take the time to listen to your challenges and expectations. Then, together we can select the best solutions. When it comes to look at heat recovery technology, we’ll sit with you to define your process and carry out an energy audit of your spray drying plant. With that understanding we can then suggest which GEA solutions could best help you to achieve your desired savings in energy or resource use, to reduce environmental footprint.
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GEA の革新的な高温ヒートポンプソリューションは化石燃料と一次エネルギーの消費を削減し、プロセスの持続可能性を高めることにより、噴霧乾燥プラントの二酸化炭素排出量を削減できるようになっています。
CIP-compatible GEA technology captures and reuses waste heat to reduce energy requirements for heating the spray dryer air.
GEA OptiPartner は GEA のプロセスノウハウと運用ノウハウを組み合わせ、粉末製造用噴霧乾燥プラントの生産性を最適化します。GEA OptiPartner は高効率のデジタル技術に基づいており、常にプロセスの完全な可視性を確保しながら、稼働率の向上とエネルギー消費量の削減を実現することができます。