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Integrated approach – Experimentation and Simulation approach to reduce the water consumption and effluent reduction in Pharmaceutical industry

机译:综合方法 - 降低制药工业用水量和污水减少的实验和仿真方法

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In Pharma Industry various reaction schemes are utilized for synthesis of the products. The reactions are Condensation, cyanization, esterification, Chlorination, Bromination and Reduction. In Specifically, to conduct the reduction reaction Hydrogen gas would be essential and it requires high pressure facility. Reduction reaction and high-pressure facility is key structure of all major and minor pharmaceutical industries. Hydrogen gas is having the key property of nonmetallic, odorless, tasteless, highly combustible diatomic gas and pyrophoric. To carryout, the Hydrogen pressure reaction which calls for the isolated condition and safety precaution consist of oxygen and Hydrogen sensors and vent designed with dump tank to release the hydrogen gas. As Hydrogen gas is Pyrophoric in nature and cannot be released into atmospheric directly which calls for the water dip tank for releasing the gas. As an engineering principle.....
机译:在制药行业中,各种反应方案用于合成产品。反应是缩合,氰化,酯化,氯化,溴化和还原。具体地,进行还原反应氢气是必要的,需要高压设施。还原反应和高压设施是所有主要和次要制药行业的关键结构。氢气具有非金属,无臭,无味,高可燃抗体气体和发光的关键性。为了携带,呼吁隔离条件和安全预防措施的氢气压力反应由氧气和氢传感器组成,用倾卸罐设计,以释放氢气。由于氢气本质上是发光,并且不能直接释放到大气中,该大气呼吁水浸罐释放气体。作为工程原则.....

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