Search

This report is a synthesis of the technical assistance (TA) and recommendations, carried out by the World Bank water and sanitation program (WSP) since September 2014. To achieve the target of 100 percent improved sanitation, there is a national drive to improve fecal sludge management (FSM). This TA recognizes that to achieve the goals it is necessary to support the development of national FSM policies, regulations, and guidelines, while also improving capacity at the local level by supporting the implementation of improved FSM models in target cities. The objective of the TA was to provide government with tested advice on how to scale up improved septage management nationwide through: (i) improvement of septage management in three cities through the application of new management models (local level); and (ii) assistance to national government in training and capacity building and the formulation of policies and regulations to improve septage management at scale (national level). This report is structured as follows: chapter one is the executive summary; chapter two gives the background to sanitation in Indonesia and to fecal sludge management in particular; chapter three provides an overview of the TA approach; chapter four gives details of the implementation of the TA; chapter five summarizes the lessons learned; and chapter six outlines the recommendations and next steps.

The objective of this World Bank technical assistance has been to support the Government of Bangladesh’s (GoB) national capacity development framework for improving water and sanitation services (WSS) in Bangladesh, focusing on demand-responsive peer-to-peer or horizontal learning processes and improve horizontal accountability communication and monitoring systems to track progress in the sector. This technical assistance is in line with the World Bank country assistance strategy (CAS) which seeks to support the GoB target of ensuring safe drinking water and sanitation for all. It has contributed to strengthening the long-term capacity of the government, in particular the union Parishad (UP) which is responsible for ensuring water and sanitation services for all in Bangladesh.

This paper analyzes the socioeconomic, fiscal, and governance impact of gold mining in Mali. The analysis finds that, at the national level, mining plays an important role by contributing to export earnings and overall government fiscal revenue. In 2013, the mining sector represented 7 percent of gross domestic product, contributed 1.5 percent to growth in total gross domestic product, and accounted for 65 percent of total export earnings and 25 percent of total government budget revenues. At the local level, despite higher population growth, there is some evidence that outcomes (poverty and infrastructure services) are marginally better in mining communes compared with non-mining communes. Local governments receive fiscal windfalls that are spent significantly on education capital expenditures and current expenditures (salaries and non-salaries). Non-salary current expenditures are 10 times higher in mining areas. Analysis of the political economy of public service provision at the local level suggests that technical or absorptive capacities may be the bottleneck to increasing the local benefit of mining instead of corruption or accountability.

This synthesis report details the process, outputs and intermediate outcomes of the World Bank’s Water and Sanitation Program (WSP) Technical Assistance (TA) to Support Government of India for implementation of the National Urban Sanitation Policy (P131963). The objective of this TA was to (i) strengthen urban sanitation services and target the urban poor by development of strategies for regulation, funds allocation, improved accountability mechanisms and implementation of inclusive sanitation policies at national level and in at least five states, with two of these low-income states (LIS). This was to be supplemented with (ii) enabling design and use of improved performance monitoring systems by Government of India, 3 states and 300 urban local bodies by 2015, and (iii) strengthen capacity of local urban government institutions to provide improved – inclusive and sustainable – sanitation services for all. This TA provides the building blocks for sustainable sanitation improvements which are being adopted and implemented as part of another TA (P131967) in Madhya Pradesh and Tripura to pilot and operationalize City Sanitation Plans (CSPs) towards outcome oriented sector improvements. The areas addressed in this TA include the following specific goals of the NUSP: open defecation free cities, and integrated city-wide sanitation. The TA provided assistance to central government and the states in putting in place various elements identified as necessary for sector improvement, including planning, provisioning and monitoring processes. The TA also identified the need for the cities to see opportunities for financial recovery of investments through reuse and recycle strategies, to strengthen the incentive for investment in sanitation improvements.

This synthesis report details the process, outputs and intermediate outcomes Technical Assistance (TA) ‘supporting impact evaluation studies in water supply and sanitation in India (P144956)’ implemented by the World Bank’s Water and Sanitation Program (WSP). The TA supported the design and implementation of impact evaluations in water and sanitation projects in India and also facilitated data driven analytical work and capacity building. Specific contributions of the TA are the following: enabling monitoring and evaluation, enabling policy, and enabling institutions. In the context of the significant challenges India is facing in water and sanitation access and the extreme complexity of the institutional systems for the provision of water supply and sanitation, the access to flexible yet practical analytical assistance at the point of need is highly valued by government counterparts. This TA on supporting water supply and sanitation has identified the need for a larger regional or global activity that can carry forward impact evaluations in the sector and produce global knowledge that will serve as a public good for the client countries. The TA also underscored the importance of upstream analytical work and replication of results in different contexts as well as the need to develop customizable tools and instruments for faster implementation of data collection efforts. Above all, the TA emphasized the need to invest in expanding local capacity in designing and implementing rigorous impact evaluations so that more evidence could emerge in the coming years for better policy formulation in the water and sanitation sector.

Total Sanitation Campaign (TSC) launched by Government of India has been the cornerstone of a decentralized, incentive based approach to achieve rural sanitation objectives. The scheme has developed strategic components to ensure coverage of sanitation facilities through financial and programmatic support for households, and for institutional and community sanitation. Construction of toilets needs to be complemented with mechanisms of waste handling to ensure a safe and hygienic environment in the rural areas. Safe disposal of solid and liquid waste is a major step on the sanitation ladder where communities have begun to successfully tackle. Government at present has specific provision for solid and liquid waste management (SLWM) as an important component under TSC. The Ministry of Drinking Water and Sanitation has been continuously updating technical notes on rural sanitation to reinforce the quality of interventions. The Hand Book on scaling up solid and liquid waste management in rural areas gives a very useful insight on the planning, construction, operation and maintenance of SLWM units in a sustainable way. The effort has been to make a comprehensive document that is user friendly for planning and executing agencies.

Liquid packaging board (LPB) collected in Germany is processed in Finland as recycled fibre and as plastic reject for incineration. The chemical, biological and physical changes occurring in recycled LPB bales were monitored during storage of six and 18 months. The moisture content in the core of the bales ranged from 7% to 53%, and pH values varied from 6.0 to 8.5. The average amount of mesophilic bacteria per container was 1.5 x 10(7) - 5 x 10(8), which means that recycled LPB pulp cannot be recommended for sanitary use. The concentration of CO2 inside the bale is an indicator of the activity of aerobic microorganisms and might be suitable for identifying deteriorated bales and removing them from the production line. Insects were found in some bales and the more deteriorated the bale was the more species of insects were found. The results showed the conversion of cellulose into humic acids to be clearly underway in some recycled LPB bales. The bale samples were extracted into hot water and into fulvic acids and humic acid (HA) fractions. The concentration of the humic acid fraction varied in the range 0.3-0.6% of the organic matter in fresh bales and 2.2% in one old bale. During aging nitrogen was enriched in all fractions.

The disposal of wastes from paper and pulp mills—a problem of particular importance in the northern European countries of Norway, Sweden and Denmark, where wood-processing is one of the main industries—is discussed. The various types of waste produced are described, and their pollution potential is assessed, in terms of population equivalents, with special reference to the present position in Finland. The methods available for the treatment of these wastes are briefly outlined.