GEA is the right partner, providing customers around the world with complete support for all aspects of emission control to comply with the highest air emission standards.
GEA has several process options available for the secure removal of SOx and other acidic compounds.
Different sorptive processes allow the removal of sulfur oxides (SOx) from flue gases produced from power stations, industrial combustion, chemical manufacturing and mineral ore processing. FGD (Flue Gas Desulphurization) systems are categorized as either “wet”, “semi-dry” or “dry” according to the phase in which the flue gas reactions take place.
GEA offers Emission Control proven solutions utilizing the below mentioned sorption technologies:
显示 3 个,共 3 个
The dry sorption process removes acid gases like sulfur oxides (SOx) and hydrogen chloride (HCl) through two basic steps. The first step is injection of a dry sorbent into the entrained flow reactor. The second one removes the formed compounds through a downstream particulate matter control device such as a baghouse filter, electrostatic precipit...
For the wet desulphurization of flue gas, a scrubbing liquid is recirculating and injected to the exhaust where SOx is absorbed in the liquid and reacts. Simultaneously, the flue gas is saturated with water vapor. The reagent is fed to the sump of the scrubber unit and intermittent dewatering is used to drain the reaction agent.
喷雾干燥机吸收器有助于从化石燃料电厂、废物焚烧炉和工业设施的烟道气体和尾气中去除酸性污染物、重金属以及灰尘。
优质冷链管理的重要性不可低估。确保易腐食品在食用时安全且高质量是冷链设施运营商的巨大责任。GEA 处于为冷库和配送中心提供安全、可持续制冷技术的前沿,帮助客户减少其设施的能源消耗和碳排放。
自动挤奶的最新发展引入了批量挤奶 – 一种在固定挤奶时间将奶牛分组挤奶的奶牛养殖实践,通常每天两次到三次。自动化技术正在帮助奶农克服近期的挑战,平衡奶牛场的奶牛福利、灵活性和可持续性,同时不断优化其成本结构并实现越来越高效的优势。
在许多国家/地区,获得安全用水和卫生设施体系仍然是一个挑战。由于饮用水不干净以及每天长途跋涉取水而生病,意味着许多儿童无法上学。GEA 通过与汉堡非营利组织 Viva con Agua 合作,使用一些非常神奇的技术帮助为坦桑尼亚的几所学校提供干净的水。