Boiling can be an effective method of household water treatment, but it may not always be practical or feasible for households due to cost and time constraints.

Discusses the importance of various parameters in the production of ceramic filters for household water treatment in developing countries.

The study found that both solar disinfection and chlorine disinfection were effective in reducing the presence of bacteria and viruses in the water, but solar disinfection was more effective against viruses.

Propose a new framework for evaluating the performance of point-of-use water treatment products, which takes into account the variability of water quality and user behavior in different contexts.

Investigate the presence and sources of microplastic pollution in drinking water in a rural area of central Mexico, and to raise awareness about the potential health risks associated with microplastic ingestion.

Evaluate the effectiveness of different home filtration methods in removing bacterial contaminants from tap water, and to provide recommendations for households on the most effective filtration methods.

Develop a new type of water treatment membrane that is embedded with a stable antimicrobial polymer coating to control biofouling, which is a major challenge in water treatment processes.

Provide updated recommendations for the dosage of sodium hypochlorite, a common household water treatment chemical, for both regular and emergency water treatment.

Evaluate the effectiveness of a water treatment and hygiene intervention program in rural Kenyan health care facilities and households six years after its implementation.

Evaluate the effectiveness of ceramic pot filters as a household water treatment method in Cambodia.