Following a partnership with LCA, VPP has switched to a model which allows each household unit to have its own source of running hot water for bathing and other household use. Solar water heaters provide hot water to the villagers for bathing, cooking and making tea, washing clothes and preparing animal feed. A solar-heated, dependable supply of hot water is very important and useful- it impacts many aspects of everyday life and improves the general well-being and quality of life for everyone, but particularly for women.
The Village People Project opened its last communal bath house Sun Jia Cun in Gansu region in 2013, which marked the completion of four community bathhouses operating as social enterprises and serving the local communities.
We have discontinued building communal bath houses because of the following issues:
village populations in this area were declining steeply as a result of the government’s urbanization policy
cheaper solar panels meant that an increasing number of houses had individual bathrooms which meant that usage of the communal bath houses was increasingly seasonal;
building a communal bathroom in a township (which could serve multiple villages and which seemed the logical step forward) meant township level approvals, and this is proving increasingly difficult for a foreign NGO operating in China today.
Increasing water shortage in the area
Our new model addresses the following issues:
Most villagers cannot bathe easily, because they lack a readily available supply of hot water. As a result most villagers do not bathe. Solar water heaters and bathrooms will allow villagers to bathe, improving villagers’ hygiene and health.
Many village women suffer from reproductive tract infections. Such infections and the likelihood of tuberculosis and hepatitis B infections would be less serious if villagers were able to bathe regularly.
Collecting fuel (twigs and branches of trees) is a time and energy consuming activity, which is traditionally seen as the responsibility of girls and women. This prevents women and girls from having time to pursue other work, including schooling and/or other activities.
Traditional fuel sources are not environmentally sustainable
Impoverished households cannot afford expensive coal to boil water and organic materials are collected from mountains and forests, causing erosion.
Women and girls in local rural villages have serious respiratory problems from being in smoky kitchens. It is traditionally women and girls' responsibility to cook and boil water. The implications of such on the health and safety of family members in rural households, particularly very young children and women and girls, is so serious that indoor air pollution is now rated by the World Health Organization as the third most dangerous environmental health risk in rural areas (after dirty water and poor sanitation). With solar water heaters, villagers will burn less fuel and carbon emissions from households will be reduced. The pollution levels in this area are very high, especially considering there is very little manufacturing or other industry.
A convenient supply of warm/hot water makes it easy for family members to wash regularly, improving health. Washing dirty clothing is also easier with warm/hot water. Dirty clothing will be washed more often and this will also contribute to better health. Washing dishes with warm water is also easier and more hygienic,
Villagers will also provide farm animals, such as pigs, with feed which has been soaked in warm water. This encourages faster weight gain, and so more valuable animals
Sanitary facilities remaining within the family compound are much more convenient and safer for all
Implementing the design: The villagers chose a five-member project implementation committee consisting of reliable, capable people chosen at a community meeting, at least 2 of whom are women. They play a key role in project implementation, selecting materials, planning, and encourage villagers to work on their own bathrooms. The community builds their own bathrooms. The project helps all village households. If a village household is too poor to build their own bathrooms and pay the local contribution, then the entire village helps them out.
The concept and design for the VPP bathhouse was the brainchild of MADA s.p.a.m., a Shanghai-based design firm founded by the architect Ma Qingyun in 1999. The design is a fully functioning bathhouse combined with a modern community centre. A VPP bathhouse is a village landmark.
Each VPP covers about 144 sq. m. It has separate changing and communal bathing areas for women and men. There are up to seven showers for women and four for men. The entrance area is public space used for meet & greet, and to host local activities.
Energy efficiency is all important. The exteriors use External Thermal Insulation Composite Systems (ETICS). In Maojiazhuang, the VPP bathhouse has an earthen coating to protect the building from damage during the freezing weather months. Earthen walls are a technique used in tulou-buildings in Fujian province. The application was introduced by MADA s.p.a.m.
For VPP bathhouses in Xifeng, Sanquan and Sunjiacun, insulation and protection come from EPS and XPS materials. Engineers from Weber/Maxit provided the materials and on-site training to the local workers from the village.
The roofs and under floor areas of the three bathhouses are also insulated. This makes for very efficient use of heat during the very cold winters. The watertanks are insulated to avoid any unnecessary heat loss.
Each VPP has six solar panels—Maojiazhuang has 12—on its roof. With sufficient sunlight, that is enough to provide hot water for an average of 15 to 20 people. A coal boiler serves as a backup. Solar panels repay their investment within three or four years.
Water is a scarce resource in Gansu and Shaanxi. Watersaving low-flow showerheads conserve water use without compromising on performance. (Showers are limited to 50 minutes!) Waste water is filtered by active carbon, pebbles and sand. The water is then suitable for irrigation.
The VPP bathhouses in Xifeng and Sanquan feature local, traditional dry-pit outhouses. Separate toilets separate urine. The human waste is used as fertilizer.