Session 3 Corruption in the Water Sector - Where are the main risks?

1. Session 3 Corruption in the Water Sector - Where are the main risks? Maria Jacobson, UNDP Water Governance Facility, SIWI Marie Laberge, UNDP Oslo Governance Centre

2. Grand corruption: Less frequent But involves larger sums of money E.g. Kickbacks paid during the procurement process for large-scale infrastrcuture projects Petty corruption: More frequent Involves smaller sums of money or favours E.g. Expediting a household’s connection to municipal water supplies What does corruption ‘look like’ in the water sector:Differences in scale & frequency

3. It depends on: The sub-sector (water resources management, water supply and sanitation, irrigation) The different stages of service delivery (policymaking & regulation, planning & budgeting, financing, programme design, procurement, construction, operation & maintenance, payment for services) The types of actors involved Public - Consumer: between the state and consumers Public - Private: between the state and market actors Public - Public: between public officials Corruption in the water sector comes in many different forms

4. 3 sub-sectors: WSS, WRM & irrigation 3 ’interfaces’ (public-public; public-private; public-consumer) For each sub-sector, can you categorize the risks next to each interface? Exercise 1: What does corruption ‘look like’ in the water sector?

5. Inter-departmentalcollusion in selectionand approval of water projects Bribery to silence accusations of collusion with contractors Bribery for oversight in monitoring and control of urban pipe systems Distorted site selection in favour of a public official’sresidence Bribery for promotions, appointments and transfers within public administration WSS: Public- Public

6. Collusion in public procurement Kickbacks for awardinglarge-scalecontracts Manipulation of documents and facts to cover up use of uncertified material in construction Kickbacks to accept inflated bills (unit costs, and amount of material) Preferentialtreatment of contractorwho sites a water project in a public official’shome area Corruption to manipulate information for auditingauthorities WSS: Public - Private

7. Corruption to falsify meter reading Preferentialtreatment for services or repairs Bribery to obtain access to water – installation, concealing illegal connections, avoidingdisconnection WSS: Public - Consumer

8. Inter-departmentalcollusionto cover up pollution of water resources Bribery to obtain water permits Bribery to silenceaccusations of collusion with private contractorsregarding pollution rights Bribery for promotions,appointments and transfers within public administration WRM: Public - Public

9. WRM: Public - Private Kickbacks to regulatoryofficialsto cover up pollution of water resources Bribes to cover up wastewater and pollution discharge

10. WRM: Public - Consumer Bribery to silence public protest over water resourcecontamination

11. Irrigation: Public - Public Corruption to distortsiteselection in favour of public official’s residence Bribery for promotions, appointments and transfers within public administration

12. Irrigation: Public - Consumer Bribery for diversion of water Corruption to falsify meter reading Bribery to obtainpreferentialtreatment for services or repairs

13. Irrigation: Public - Private Bribery for diversion of water for commercial Irrigation Collusion in public procurement Kickbacks for awardinglarge-scalecontracts

14. Discussion Which of these corruption risks are ‘real’ in Tajikistan?

15. Exercise 2 Let’s focus on the WSS sub-sector: • 3 groups, one for each ‘interface’ • Public-to-public corruption • Public-to-private corruption • Public-to-consumer corruption • For each ‘risk area’, can you find some matching ‘red flags’? Brainstorm (10 min)

16. Remember the four steps of our assessment approach? Mapping the ‘potential’ corruption risks for each ‘step’ in the provision of water Identify danger signs (‘red flags’) to watch out for: they alert decision-makers, investigators or the public to the possibility of corrupt practices Find empirical evidence (through surveys & analysis of objective data sources) of corruption risks and ‘rank’ them based on incidence & impact Establish a monitoring system to track the most critical ‘red flags’ on a regular basis

17. Finding some ‘red flags’ ‘Red flags’ are ‘danger signs’ to watch out for: • Answer the question: “What would make the risk come true? How would you measure that?” • They can be ‘translated’ into indicators (that’s the next steps) • Some ‘red flags’ will be based on qualitative data (e.g. no division between regulator & provider roles), others will be based on quantitative data (e.g. increase in price of informal water)  But all must be ‘verifiable ‘with evidence! • Over to you now: Can you think of some ‘red flags’ for those ‘risk areas’?

18. Let’s continue: Here are some suggested ‘red flags’. Can you match them with the appropriate stage in service delivery? Would these ‘red flags’ apply well to the Tajik context? Any other suggestions?

19. Corruption in the water sector hurts the poor the most Who are the most vulnerable service users? The poorest people are in rural areas, engaged in agriculture, which makes them dependent on water services for their livelihoods. For instance, to avoid damages to crops: The poor will need to bribe officials to speed up access to water The poor will need to bribe officials to increase the predictability or reliability of the supply The poor will need to bribe officials to ensure that standpipes are built correctly (so water supply is sustainable)

20. Corruption in the water sector hurts the poor the most What are the effects of corruption on the livelihoods of the poor? The poor cannot afford to pay bribes When they do, they pay a higher amount than the non-poor, relative to their income If a scarce resource or service is only delivered to the one offering the highest bribe, the poor will loose out The poor also lack the influential contacts needed to access the corrupt system It is rare that the poor has easy access to a redress mechanism