黑水资源化利用技术数据集

针对源分离黑水中有机质和氮磷等物质难以采用传统技术实现有效处理的问题，开发了黑水太阳能高温消毒技术，保障了黑水资源化利用的安全性；研发了再生沼渣生物絮凝黑水碳浓缩技术以及黑水与有机废弃物的多元混合厌氧发酵技术，有效缩短了黑水厌氧发酵的迟滞期并提升了甲烷产气量；针对源分离黄水，开发了尿液稳定化耦合膜蒸馏浓缩资源化装置，有效降低了尿液中氨的损失，数据量2.17MB。

Aiming at the problem that traditional technologies cannot effectively treat organic matter, nitrogen, phosphorus and other substances in source-separated black water, a solar high-temperature disinfection technology for black water was developed, ensuring the safety of its resource utilization. In addition, a bio-flocculation-based carbon concentration technology for black water using regenerated biogas residue and a multi-component mixed anaerobic fermentation technology for black water and organic wastes were developed, which effectively shortened the lag phase of black water anaerobic fermentation and increased the methane yield. For source-separated yellow water, a urine stabilization coupled membrane distillation concentration and resource recovery device was developed, which effectively reduced ammonia loss in urine. The total data volume of this dataset is 2.17 MB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于黑水资源化利用技术，针对源分离黑水中有机质和氮磷处理难题，开发了太阳能高温消毒、碳浓缩和多元混合厌氧发酵等技术，以提升处理效率和甲烷产量。同时，针对源分离黄水，设计了尿液稳定化耦合膜蒸馏浓缩装置，减少氨损失，数据集总数据量为2.17MB。