Page 14 - 化工工艺理论及技术
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第五章 湿法冶金技术应用研究 ·························································· 119
第一节 湿法冶金工艺处理含铁含锌除尘灰的技术发展现状 ················ 119
第二节 离子液体在湿法冶金浸出和电沉积中的应用进展 ··················· 127
第三节 冶金废水湿法提银的工业化应用研究 ·································· 134
第四节 数字化与智能化技术在湿法冶金强化搅拌工艺研发中的应用 ···· 140
第五节 湿法冶金中环保理念的体现和运用 ····································· 144
第六节 湿法冶金工艺中的除油技术 ·············································· 148
第六章 我国现阶段湿法冶金工艺技术研究进展 ····································· 157
第一节 红土镍矿湿法冶金工艺综述及进展 ····································· 157
第二节 钨湿法冶金工艺进展 ······················································· 162
第三节 铜湿法冶金工艺的应用 ···················································· 167
第四节 湿法冶金工艺赤铁矿法除铁技术原理与应用 ························· 171
第七章 锂离子电池安全技术研究进展 ················································· 177
第一节 锂离子电池储能系统安全与标准研究进展 ···························· 177
第二节 低压环境下锂离子电池热失控特性研究进展 ························· 181
第三节 动力锂离子电池规范回收利用的效益及对策 ························· 185
第四节 锂离子电池低温电解液的研究进展 ····································· 190
第八章 我国煤炭深加工行业的发展思路 ·············································· 199
第一节 煤炭深加工产业“十四五”发展思路 ·································· 199
第二节 基于煤炭深加工的废弃物综合利用策略 ······························· 204
第九章 煤化工工艺及减排技术研究 ···················································· 211
第一节 煤化工工艺技术评述与展望 ·············································· 211
第二节 煤化工工艺中二氧化碳减排技术研究 ·································· 216
第十章 煤制甲醇变换工艺及装置节能 ················································· 223
第一节 煤制甲醇变换工艺优化改造 ·············································· 223
第二节 煤制甲醇装置的节能改造分析 ··········································· 227
参考文献······················································································· 235
