火星电竞·官方(中国)

採用蒽醌法鈀觸媒固定床生產工藝，系統包括氫化、氧化、萃取淨化、工作液後處理和濃縮五個工段。原理是：以2-乙基蒽醌(EAQ)和四氫2-乙基蒽醌(H4EAQ)為載體，重芳烴（AR）和四丁基脲(TBU)、磷酸三辛酯（TOP）為混合溶劑，配製成一定組成的溶液（簡稱工作液），將該溶液與氫氣一起通入裝有催化劑的氫化反應器，在一定壓力和溫度下進行氫化反應，得到相應的氫蒽醌(HEAQ)溶液(簡稱氫化液)。該溶液再被空氣中氧所氧化，溶液中的氫蒽醌恢復成原來的蒽醌，同時生成雙氧水，此時的工作液稱氧化液。利用雙氧水在水和工作液中溶解度的不同以及工作液和水的比重差，用水萃取含有雙氧水的氧化液，得到雙氧水的水溶液，即雙氧水。該萃取液經重芳烴淨化除去可溶性有機雜質即得到成品雙氧水（濃度約35%），被萃取後的氧化液稱為萃余液，萃余液經沉降、真空除水，送回氫化工序循環使用。濃度約為35%的稀品雙氧水需要進一步提升過氧化氫濃度，則需要濃縮精餾製得50-60%（w/w）的雙氧水溶液。

The preparation process of anthraquinone palladium catalyst fixed bed is adopted. The system consists of five sections: hydrogenation, oxidation, extraction & purification, working solution post-treatment and concentration. The principle is: using 2-ethylanthraquinone (EAQ) and tetrahydro2-ethylanthraquinone (H4EAQ) as carriers, AR, TBU and TOP as mixed solvents to prepare a solution (working solution). The solution and hydrogen are introduced into the hydrogenation reactor filled with catalyst, and the hydrogenation reaction is carried out under a certain pressure and temperature to obtain the hydrogen anthraquinone (HEAQ) solution (hydrogenation solution for short). The solution is then oxidized by oxygen in the air, and the HEAQ in the solution is restored to the original EAQ, and hydrogen peroxide is generated at the same time. At this time, the working solution is called oxidation solution. Using the different solubility of hydrogen peroxide in water and working solution and the difference of specific gravity between working solution and water, the oxidation solution containing hydrogen peroxide is extracted with water to obtain the aqueous hydrogen peroxide, i.e. hydrogen peroxide. The extracted liquid is purified by heavy aromatics to remove the soluble organic impurities to obtain the finished product hydrogen peroxide (concentration is about 35%). The oxidation solution after extraction is called raffinate, which is sent back to the hydrogenation process for recycling after sedimentation and vacuum water removal. Hydrogen peroxide with a concentration of 50-60% (w/w) can be obtained by further concentration and rectification of the 35% hydrogen peroxide.

系統主要反應方程式：

Main reaction equation of the system:

1、 氫化反應：Hydrogenation:

EAQ + H₂ → HEAQ

EAQ + H₂ → H₄EAQ

H₄EAQ + H₂ → H₄HEAQ

2、 氧化反應：Oxidation reaction:

HEAQ + O₂ → EAQ + H₂O₂

H₄HEAQ + O₂ → H₄EAQ + H₂O₂

雙氧水製備系統工藝流程圖

Process Flow Chart Of Peroxide Preparation System

技術特點：

（1） 採用全酸性工藝，從源頭杜絕引發安全事故的隱患，裝置運行安全穩定；

（2） 採用FAH新型高效催化劑並配套新型固定床結構，具有活性好、效率高、安全、壽命長等優點；

（3） 使用三組分溶劑體系，蒽醌溶解度高、安全可靠、氫效高，單套裝置產能大；

（4） 使用的新型復配工作液組體系的氧化時間短，可大大縮小氧化塔體積，氧化效率高；

（5） 萃取塔內件經優化設計，萃余液雙氧水含量低；

（6） 採用高效聚結、真空脫水等措施，有效分離工作液中水分含量，可確保白土床的工作液淨化效率；

（7） 採用TBU溶劑體系+淨化塔+高效相分離技術，產品TOC含量低。

（8） 採用國際一流品牌的離心式空氣壓縮機，操作簡單、自動化程度高、運行穩定；

（9） 採用最先進的膨脹製冷發電機組及全自動活性碳顆粒吸附和脫附技術處理氧化尾氣，確保尾氣達標排放，同時將氧化尾氣的勢能轉化為電能；

（10） 採用DCS控制系統、SIS安全儀表系統、ESD緊急停車系統保證系統的運行安全。

Technical features:

(1) Whole acid process is adopted to eliminate the hidden safety accidents from the source, ensuring the safety and stability of the plant;

(2) The new FAH high efficiency catalyst and new fixed bed structure are used, which has the advantages of good activity, high efficiency, safety and long service life;

(3) Three-component solvent system is used, with high anthraquinone solubility, safety and reliability, high hydrogen efficiency, and large capacity of single plant;

(4) The oxidation time of the new compound working solution system is short, the volume of the oxidation tower can be greatly reduced, and the oxidation efficiency is high;

(5) The optimized design of the extraction tower internals shows that the content of hydrogen peroxide in the raffinate is low;

(6) High efficiency coalescence, vacuum dehydration and other measures are adopted to effectively separate the water from the working solution, so as to ensure the purification efficiency of the working solution in the clay bed;

(7) Adopting TBU solvent system + purification tower + high efficiency phase separation technology, the product TOC content is low.

(8) Superior centrifugal air compressor is adopted, which is simple in operation, with high automation and stable operation;

(9) Adopt the most advanced expansion refrigeration generator set and full-automatic activated carbon particle adsorption and desorption technology to treat the oxidation tail gas, ensuring that the tail gas can satisfy the emission standard, and convert potential energy of the oxidation tail gas into electric energy;

(10) DCS control system, SIS safety instrument system and ESD emergency shutdown system are adopted to ensure the operation safety of the system.

工程案例：Installation references:

印尼金光集團PINDO工廠100T/D (50%)雙氧水製備系統項目

100T/D (50%) Hydrogen Peroxide Preparation System Project for PINDO DELI, APP, Indonesia

印尼金光集團TK工廠300TPD (50%)雙氧水製備系統項目

300T/D (50%) Hydrogen Peroxide Preparation System Project for TK Mill, APP, Indonesia

蘭州泰邦化工科技有限公司15萬噸/年（27.5%）雙氧水製備系統

150,000T/a (27.5%) Hydrogen Peroxide Preparation System for Lanzhou Taibang Chemical Technology Co., Ltd.

蘭州泰邦化工科技有限公司10萬噸/年（27.5%）雙氧水製備系統

100,000T/a (27.5%) Hydrogen Peroxide Preparation System for Lanzhou Taibang Chemical Technology Co., Ltd.

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15萬噸/年（27.5%）雙氧水製備系統
150,000T/a (27.5%) Hydrogen Peroxide Preparation System