Chemonics works with stakeholders at the global, national, regional, and local levels to strengthen and improve water, energy, and urban services, policies, laws, and regulations. Our multisectoral approach allows us to build human and institutional capacity, apply clean technology solutions, improve utility management, and facilitate infrastructure finance.
Commercial and Financial Viability: We provide technical expertise in investment-risk mitigation and design innovative public-private partnerships. To improve utility operations and financial viability, we strengthen stakeholders’ capacity to develop and use municipal financial tools, cost of service analyses, life-cycle cost analyses, and cost-reflective tariffs and rate setting. Chemonics also helps stakeholders design and implement planning systems that secure access to financing. Securing this financing makes it easier to improve the adaptation and mitigation capacity of service delivery and infrastructure.
Institutional Capacity in Government and Society: Our work improves service capacity, investment, and delivery by providing technical assistance in designing policy, legal, and regulatory frameworks. We support engineers, program managers, and local experts to sustainably manage water and energy feedstock resources. We also build capacity for asset management, utility enterprise and business support services, and operations and management training. In the spirit of ensuring effective service delivery and implementation of national commitments, we develop governance models based on gender equity and social inclusion.
Innovation in Planning, Design, and Technology: We advocate for design-driven innovations that are not only user-centric, but also achieve low-carbon targets and provide cost-effective services. Working alongside local stakeholders, we design efficient systems for energy and water sectors. Our expertise guides the adoption of decentralized and distributed system operations. We also support integrating scalable new technologies and developing low-carbon public transportation.