RFP: Groundwater Management & Wastewater Discharge Water Quality Monitoring

The World Bank

Kiribati 🇰🇮

Papua New Guinea 🇵🇬

  • SOLICITATION NUMBER: 0002020016
  • INSTITUTION:  IBRD/IDA , IFC , MIGA , ICSID
  • ASSIGNMENT LOCATION: Kiribati; Papua New Guinea
  • ISSUE DATE AND TIME: Dec 11,2025 05:53
  • CLOSING DATE AND TIME: Dec 22,2025 23:59

Groundwater Management & Wastewater Discharge Water Quality MonitoringBackground: In the Pacific; particularly in low-lying atoll nations like Kiribati; groundwater is a crucial source of drinking water. These fragile aquifers face significant threats from salinization; pollution; and over-extraction. Monitoring and management are limited due to weak regulatory frameworks and fragmented data systems; which hinder the ability of Pacific Island Countries (PICs) to safeguard water quality and maintain critical coastal ecosystems such as reefs; mangroves; and seagrass beds.Challenges: Poorly managed groundwater discharge allows land-based contaminants to reach the ocean; threatening biodiversity and fisheries. Wastewater pollution; driven by inadequate sanitation infrastructure; introduces pathogens and nutrients into groundwater and coastal waters; harming public health; food security; and lagoon ecosystems. In South Tarawa and Kiritimati; thin freshwater lenses are under pressure from unregulated use and fecal contamination; with over 70% of low-income households lacking basic sanitation.Project Objectives: The project aims to address these challenges by advancing a regional Water Quality Management initiative for Healthy Blue Carbon Ecosystems and Coastal Resilience. Key features include identifying pollution hotspots; establishing baselines; combining in-situ monitoring with Earth Observation satellite data; and supporting planning for groundwater protection and coastal ecosystem management.Core Components:1.Data Integration: Consolidation of groundwater and water quality datasets into a centralized database; including baseline assessment and data identification gaps.2.In-situ Monitoring: Real-time tracking of water quality through deployed sensors and field sampling.3.Earth Observation Platform: Integration of satellite and field data to support visualization; forecasting; and early warning.4.Pollution Mapping: Development of risk-based tools to guide communication and prioritize interventions.The project also strengthens coordination between water and wastewater sectors and builds capacity in institutions like the Water Quality Committee to support data-driven policymaking.                

The World Bank Group reserves the right to publicly disclose contract award information, including but not limited to, name of company receiving the award, brief description of services, and contract award amount, for any contract award valued over US$100,000. Offeror’s proposal and contractual documents will remain confidential and therefore not subject to disclosure.

The World Bank Group values supplier diversity and encourages businesses owned by women, minorities, lesbian, gay, bisexual and transgender (LGBT) individuals, and people with disabilities to participate in this opportunity. Please indicate in the response if you meet one of these diverse categories and specify the certification body you utilize.

The World Bank reserves the right to reject any or all responses without recourse.

5 days remaining

Apply by 22 December, 2025

POSITION TYPE

ORGANIZATION TYPE

EXPERIENCE-LEVEL

IHE Delft - MSc in Water and Sustainable Development