System-level metabolic and enzyme engineering enables high-titer gastrodin biosynthesis in yeast.

Synergy between a bioelectrochemical system and iron oxide-modified pumice enables high-efficiency methane recovery from incineration leachate: High organic load resilience and enhanced electron transfer.

Microalgal ammonium assimilation and carbon mitigation in a dual-stage process integrating anaerobic treatment and a membrane photobioreactor.

Optimizing lipid retention for anaerobic membrane bioreactors treating food waste: Balancing methane enhancement and membrane fouling control.

Investigation into the influence and mechanism of influent characteristics on clogging material in vertical flow constructed wetlands.

From waste to clean Energy: Green synthesis of hybrid Nano-Catalysts for biodiesel production from waste cooking oils and animal fats.

System-level metabolic and enzyme engineering enables high-titer gastrodin biosynthesis in yeast.

Synergy between a bioelectrochemical system and iron oxide-modified pumice enables high-efficiency methane recovery from incineration leachate: High organic load resilience and enhanced electron transfer.

Microalgal ammonium assimilation and carbon mitigation in a dual-stage process integrating anaerobic treatment and a membrane photobioreactor.

Optimizing lipid retention for anaerobic membrane bioreactors treating food waste: Balancing methane enhancement and membrane fouling control.

Investigation into the influence and mechanism of influent characteristics on clogging material in vertical flow constructed wetlands.

From waste to clean Energy: Green synthesis of hybrid Nano-Catalysts for biodiesel production from waste cooking oils and animal fats.