东丽TORAY SUL-G20FTS：85℃热消毒免化学，降本增效更环保（85℃ Heat Sanitization Without Chemicals, Reducing Costs and Being More Environmentally Friendly

 东丽TORAY SUL-G20FTS：85℃热消毒免化学，降本增效更环保（85℃ Heat Sanitization Without Chemicals, Reducing Costs and Being More Environmentally Friendly）

中文：东丽TORAY SUL-G20FTS针对性解决高端卫生级苦咸水水处理中生物污染难控制、化学消毒成本高、易产生二次污染且能耗偏高的核心痛点，采用85℃高温热消毒+0.75MPa超低压专属设计，无需依赖化学消毒剂即可实现高效消毒，同时大幅降低运行能耗，从根本上优化运维流程、降低运维成本[1]。该膜元件热消毒需遵循规范操作，推荐使用RO透過水或软水，温度梯度控制在最大2℃/分，消毒时原水压力≤0.15MPa，膜元件压力损失≤0.1MPa，循环15-30分钟即可完成消毒，过程简单便捷，无需拆卸膜元件，大幅减少停机维护时间[1]。相比传统化学消毒，可彻底省去消毒剂采购、投放、中和等环节，降低耗材成本与人工成本，避免化学消毒剂残留二次污染，搭配超低压运行特性，进一步降低能耗，实现环保、节能与效益的三重提升[1]。

英文：TORAY SUL-G20FTS specifically solves the core pain points of difficult biological pollution control, high chemical disinfection cost, easy secondary pollution and high energy consumption in high-end hygienic brackish water treatment. It adopts an exclusive design of 85℃ high-temperature heat sanitization + 0.75MPa ultra-low pressure, which can achieve efficient sanitization without relying on chemical disinfectants, and greatly reduce operating energy consumption, fundamentally optimizing the operation and maintenance process and reducing operation and maintenance costs [1]. The heat sanitization of this membrane element must follow standard operations. It is recommended to use RO permeate water or soft water, the temperature gradient is controlled at a maximum of 2℃/min, the raw water pressure during sanitization is ≤0.15MPa, the pressure loss of the membrane element is ≤0.1MPa, and sanitization can be completed by circulating for 15-30 minutes. The process is simple and convenient, without disassembling the membrane element, greatly reducing downtime for maintenance [1]. Compared with traditional chemical sanitization, it can completely eliminate the links of disinfectant purchase, delivery and neutralization, reduce consumable costs and labor costs, avoid secondary pollution caused by chemical disinfectant residues, and combined with the ultra-low pressure operation characteristics, further reduce energy consumption, achieving triple improvement of environmental protection, energy conservation and efficiency [1].