Main knowledge bank page | Recent additions | Recent changes | What links here | Categories | Category cloud
How-to guides | Organisation profiles | Project profiles
 

edit this page

Dissemination of improved stoves in Nepal


Table of Contents

Boiling Point
Front cover of Boiling Point issue 38
Issue 38 (1997) Household energy in high cold regions
ArticleDissemination of improved stoves in Nepal
AuthorB B Gurung


Diffusion de foyers améliorés: au Népal

Les foyers améliores ont été introduits au Népal par le Département de l'Agriculture dès les années 1950. Depuis la fin des année 1980, Care International a lancé la promotion de foyers amélioires en partant d'une approche intégrée où les communautés bénéficiaires sont étroitement associées. Un certain nombre de leçons peuvent être dégagées: Les programmes doivent être étalés sur plusieurs années, les villageois acceptent plus facilement les idées nouvelles lorsqu'elles sont propagées par des voisins. Afin d'accroître l'impact des foyers améliorés, il est fortement recommendé d'associer les bénéficiaires lors des évaluations.

Nepal is a small landlocked country situated between India and China. The population is over 21 million, of whom 90 per cent live in rural areas. There are no significant fossil fuel resources in Nepal and all petroleum products have to be imported from abroad. Rural people are fully dependent on fuelwood for energy. Studies show that the average fuelwood consumption per capita is very large (708 kg/year). The diminishing forest area has alarmed policy makers and planners into taking some immediate measures to reduce the fuelwood consumption. Greater environmental awareness is also a major factor in Nepal.

[top] [end]Introduction of improved stoves

Options and measures to optimize the use of fuelwood were explored. The introduction of Improved Cook Stoves (ICS) was one of them. Improved Cook Stoves (ICS) were first introduced by the Department of Agriculture (DOA) of Nepal in early 1950s. Other organizations like the Research Center for Applied Science and Technology (RECAST), and the Peace Corps also tried to disseminate the idea of ICS in the rural areas in 1970s but could not continue. Later, the Community Forest Development Programme (CFDP) in collaboration with RECAST started promoting ICS. The stoves promoted by CFDP used ceramic inserts made in Kathmandu.

[top] [end]CARE International in Nepal (CARE/N)

[top] [end]Early experiences

CARE International in Nepal (CARE/N) has been involved in various development activities in Nepal since 1978. The CARE/N working policy is based on an integrated approach and community participation in development activities.

Using an integrated approach, CARE/N started promoting ICS in late 1980s as part of the Small Farmer Community Project (SFCP). This was a joint project of CARE/N and the Agricultural Development Bank of Nepal (ADBN). Its major focus was on improvement of farmer-managed irrigation systems followed by forestry and agriculture extension. CARE/N used the ceramic inserts which had been made and promoted in Kathmandu. However, they were not well accepted by the community because:
  • The set of ceramic inserts consisting of a number of fragile tubes, which were not locally made, were difficult to transport intact from Kathmandu.
  • Some parts could be broken when cleaning the chimney.
  • Once installed, if a part of the ceramic ICS was broken it was almost impossible to replace.

[top] [end]Current work of CARE/N

Learning from the drawbacks of the ceramic ICS, improvements were made. The present model of ICS is found to be more appropriate in rural areas as the stoves can be easily made using local materials. Presently CARE/N is promoting the new stoves in its seven working districts in remote areas of Nepal. The Center for Rural Technology (CRT) is providing training on improved Cook Stoves. The status of installation of ICS in CARE/N working areas is shown in Table 1.

[top] [end]Merits of ICS

The ICS has major advantages over the traditional stoves. The main features are as below:
  • Appreciable reduction of smoke in house:
  • eye irritation and inhaling of smoke reduced significantly
  • babies and small children less affected by smoke
  • less soot on clothes, walls and house

  • Easier and faster to cook:
  • no chance of soot falling on the food
  • constant feeding with fire sticks not required, saving time for other work
  • food is burnt less often
  • faster cooking

  • Fuel efficient:
  • less fuelwood consumption and thus less fuelwood collection
  • efficient use of flame
  • sticks get burnt more efficiently
  • the effect of wind is nil

  • Safer for users, children and babies:
  • less chances of bums for users
  • less danger for children or babies falling into the fire
  • less chance of mattresses, beds and roofs catching fire

  • Easy to install and repair:
  • the bricks can be locally made, no need to purchase anything from outside
  • broken parts can be easily repaired or replaced
  • easy to replicate
  • no hi-tech skill is required for installing ICS

[top] [end]Limitations of ICS

  • not suitable for large families
  • insufficient extra heat generated for space heating during cold season
  • soot needs to be frequently removed from the chimney
  • it is still possible for thatch roofs to catch fire

[top] [end]Some lessons learned

  • In Nepal, the cooking area where the stove is located is regarded as the most sacred place. Strangers are not allowed to go near the stove. It is a sensitive issue and due respect should be given.
  • Stove programmes are not a completely new thing for the Nepalese people. It takes considerable effort and time to introduce them as people will not accept them easily. Therefore, the ICS programme should be a multi-year programme.
  • The ICS programme should focus more on sustainability than on meeting targets.
  • Villagers more easily accept new ideas from neighbours than from outside instructors. A people-to-people earning environment needs to be created.
  • Skill and technology should be transferred to the community to give continuity to the programme.
  • Local people should be involved in the evaluation and impact studies on the performance of the ICS. The lessons learned in the evaluations are easily shared with neighbours. It is the best method for propagating the use of ICS.

Table 1: CARE/N Project Areas (1990 to June 1996)
Bajura Gorkha Kaski Mahottari Mustang Syangja Solu Total
Number of ICS installed 396 139 2458 31 27 264 70 3385
Number of persons trained 22 3 82 5 15 37 29 193

[top] [end]Contents: Boiling Point 38: Household energy in high cold regions

.
.
Household energy in high regions - Dissemination of improved stoves in Nepal - Energy needs of tourist lodges in two mountain communities in Nepal - Stoves used for cooking, water heating and space heating at high altitude in Nepal - Household energy in high cold regions of Morocco - Status of improved stoves in the northern areas of Pakistan - High altitude space heating and cooking stoves in Pakistan - Heating-cum-cooking stoves of the FECT Project - Improved institutional stoves for Sudan schools - Haiti - Cooking stoves and domestic energy - Household energy in a recently electrified rural settlement in Mpumalanga, South Africa - Improved Tunisian domestic bread ovens - Mumu - A traditional method of slow cooking in Papua New Guinea - Reducing the risks of poisonous emissions from stoves - Research into integrating a wood or charcoal stove into building design

edit this page

Page created: 06 August 2007; Last edited: 06 August 2007; Version: 0
Knowledge Bank text is available under the terms of the GNU Free Documentation License.

Pagename: DisseminationOfImprovedStovesInNepal @HEDON: