脱硫药剂

催化剂介绍
 
铁离子催化剂(XR-SR1): 提供螯合铁离子作催化剂,确保H2S氧化为单质硫
铁离子螯合剂(XR-SR2):使螯合铁离子在溶液中稳定存在,适应pH的大范围变化
脱硫液杀菌剂(XR-SR3):控制溶液中的细菌,防止细菌破坏催化剂
硫磺表面活性剂(XR-SR6):降低溶液表面张力,使硫磺颗粒易于聚集和沉降
初始药剂(XR-SR5 ):防止螯合物降解

Catalyst introduction

 

Iron ion catalyst (XR-SR1): Provides chelated iron ions as a catalyst to ensure the oxidation of H2S to elemental sulfur.

Iron chelating catalyst (XR-SR2): The chelating iron ion is stable in the solution and ADAPTS a wide range of pH changes.

Desulfurization liquid fungicide (XR-SR3): Controls bacteria in the solution and prevents bacteria from destroying the catalyst.

Sulfur surfactant (XR-SR6): Reduces the surface tension of the solution, making sulfur particles easy to aggregate and settle.

Initial catalyst (XR-SR5): Prevents degradation of the chelate.

催化剂
 
性能对比
 
烟台新瑞环保科技有限公司自主研发催化剂与美国Gas Technology Products公司催化剂对比实验是在环境完全相同及投加比例为1:1的情况下模拟对比

Performance comparison

Yantai Sunrise Environmental Protection Technology Co. , Ltd. developed its own catalyst and the United States Gas Technology Products catalyst comparison experiment is in the same environment and the ratio of 1:1 simulation comparison.

 
  铁离子催化剂 螯合剂 杀菌剂 表面活性剂 初始剂
新瑞 XR-SR1 XR-SR2 XR-SR3 XR-SR6 XR-SR5
GTP ARI-340 ARI-350 ARI-400 ARI-600 ARI-360K

 

Iron ion catalyst

Chelating catalyst

Fungicide

surface active catalyst

Initial catalyst

Our company

 

 

 

 

 

GTP

 

 

 

 

 

色谱分析
 

Chromatographic analysis

Chromatographic analysis of GTP iron ion catalyst ARI-340 shows the main peak at 4.862, as shown in the figure below:

Chromatographic analysis of Sunrise iron ion catalyst XR-SR1 shows the main peak at 4.860 as shown in the figure:

The main peaks of GTP chelating catalyst ARI-350 at 5.503 and 6.472 were analyzed by chromatography, as shown in the figure below:

Chromatographic analysis of Sunrise Chelating catalyst XR-SR2 peaks at 5.501 and 6.472 respectively, as shown in the figure:

色谱分析GTP铁离子催化剂ARI-340在4.862处出主峰如图: 

色谱分析GTP螯合剂ARI-350在5.503和6.472出主峰如图:
色谱分析新瑞铁离子催化剂XR-SR1在4.860处出主峰如图: 

色谱分析新瑞螯合剂XR-SR2分别在5.501和6.472出峰如图: