1) thermal-process phosphoric acid
热法磷酸
1.
Phosphoric acid production was introduced,including production method,development and direction of thermal-process phosphoric acid.
简述了工业制磷酸的生产方法和热法磷酸生产工艺的发展,分析了热法磷酸今后的发展方向,提出了热法磷酸燃烧塔结膜物的研究课题。
2.
For the excessive P_2O_5 in the offgas discharged from thermal-process phosphoric acid production in a plant,as well as the actual conditions in the plant,the offgas quantity and excess air ratio in the offgas system are calculated,and the operating conditions are analyzed.
针对某厂热法磷酸生产尾气排放P2O5超标,以及工厂的实际情况,核算了该尾气系统的尾气量和空气过剩系数,并对运行工况进行了分析。
2) furnace-process phosphoric acid
热法磷酸
1.
Based on the knowledge and analysis for furnace-process phosphoric acid production, the technology of heat recovery and utilization in the yellow phosphorus burning from the angles of energy, environment and economy is proposed and researched.
通过对热法磷酸生产的分析,从节能、环境及经济的角度研究并提出了黄磷燃烧热能的回收与利用技术,讨论了该技术的发展动态,重点介绍了国内独创的热能回收技术。
3) phosphoric acid
热法磷酸
1.
In order to recycle the waste heat in process for the production of phosphoric acid, it is very important to research the characteristics of heat transfer and to estimate the quantity of usable waste heat in phosphoric furnace.
在对热法磷酸燃烧塔进行余热利用的技术改造过程中，迫切需要了解燃烧塔内的传热特性，并准确地计算出塔内的换热量。
4) phosphorous acid production by BEP
热法磷酸生产
1.
The process driving force and the energy-saving potential were presented in the phosphorous acid production by BEP (Burning Elemental Phosphorus).
本文以有余热回收的两步法热法磷酸生产系统为研究对象,提出了热法磷酸生产过程推动力及其节能潜力的概念和计算方法,通过对实际生产系统进行的能量分析,说明了考虑过程推动力的能量分析的科学性和实用性。
5) phosphorus thermal phosphoric acid plant
热法磷酸磷化工厂
6) one-step phosphorous acid production by BEP
一步法热法磷酸生产
1.
Thermodynamic analysis of waste heat recovery in one-step phosphorous acid production by BEP;
一步法热法磷酸生产余热回收的热力学分析
补充资料：热法磷酸
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