International Expert on Development of Bankable Pre-feasibility Studies

09.07.2026

The Regional Environmental Centre for Central Asia
is announcing a recruitment for the position of

an International Expert on Development of Bankable Pre-feasibility Studies

and requests the submission of a CV in accordance with the Terms of Reference below

TERMS OF REFERENCE

   

Position Title:

International Expert on Development of Bankable Pre-feasibility Studies

Organization:

Regional Environmental Centre for Central Asia (CAREC)

Project Name:

Empowering Methane Action with WasteMAP in Central Asia’s Waste Sector

Location:

Remote with participation in national/regional events, field visits, and virtual meetings

Start Date:

August 10, 2026

Payment Type:

Delivery-based

Type of Contract:

Service contract

Duration:

August 2026 – July 2027 (11 months)

Application Deadline:

July 26, 2026


1. Background

The project aims to strengthen national capacity to monitor and reduce methane emissions from the municipal solid waste sector using satellite data and the international WasteMAP platform. Key activities include methane hotspot detection, inventory gap analysis, MRV system strengthening, national capacity-building workshops, development of pre-feasibility studies for priority landfill sites, and production of government-endorsed guidance documents aligned with national NDC commitments and the 2026 Biennial Transparency Reports (BTRs).


2. Objective of the Assignment

The International Expert on Development of Bankable Pre-feasibility Studies will support Kyrgyzstan and Tajikistan in translating methane hotspot identification and analytical findings into investment-ready methane mitigation opportunities within the municipal solid waste sector.

The expert will lead the technical, engineering, financial, economic, and institutional assessment of methane mitigation solutions at one selected priority landfill site in each country. Working closely with the national experts assigned to the project, the expert will undertake two technical missions (one to Kyrgyzstan and one to Tajikistan) and prepare two investor-ready, bankable pre-feasibility studies that meet international standards expected by development finance institutions, climate finance mechanisms, and potential private-sector investors.

The studies will provide governments with preliminary engineering concepts, detailed technical assessments, quantified methane-reduction potential, cost-benefit analyses, and investment roadmaps for priority landfill methane-mitigation projects. The assignment will support the development of future investment pipelines that can attract financing from multilateral development banks, climate funds, and other international financing institutions, while contributing to national climate commitments, NDC implementation, and methane-reduction objectives.

The assignment shall build on the outputs of the national experts, including landfill data, WasteMAP/satellite hotspot analysis, inventory gap analysis, MRV recommendations, and stakeholder inputs. The international expert shall not duplicate national MRV or inventory work; instead, the expert shall validate and use these outputs as inputs for engineering, financial, and investment preparation.


3. Scope of Work and Key Responsibilities

The expert will work under the overall supervision of CAREC’s project team and in close coordination with national consultants, government counterparts, local authorities, landfill operators, and other project partners.

The objective of the assignment is to develop two investment-grade bankable pre-feasibility studies for selected priority landfill sites in Kyrgyzstan and Tajikistan, based on technical, financial, environmental, and institutional analysis, supported by field validation and stakeholder consultations.

I. Site Assessment, Data Collection and Technical Missions

  • Review available WasteMAP outputs, satellite-derived methane data, landfill inventories, and project analytical reports.

  • Undertake one technical mission to Kyrgyzstan and one technical mission to Tajikistan to assess selected landfill sites.

  • Conduct consultations with relevant national and municipal authorities, landfill operators, and other stakeholders during field missions.

  • Verify site conditions, operational practices, and methane generation characteristics.

  • Define data requirements and support collection of technical, operational, environmental, and financial information for each selected site.

  • Assess existing waste management practices, waste streams, landfill conditions, and methane emission potential.

  • Validate and triangulate field observations with satellite and WasteMAP data.

  • Confirm the selected priority sites through a clear decision gate based on national-expert inputs, WasteMAP/satellite findings, site access, mitigation potential, and investment readiness.

  • Synchronize technical missions with the schedules of national experts and relevant authorities to avoid duplication of data collection and to ensure joint field verification.

  • Review site-level legal, permitting, and ownership conditions relevant to future project implementation.


II. Technical Feasibility Assessment and Technology Options Analysis

  • Evaluate technically feasible methane mitigation solutions for each selected landfill site.

  • Assess mitigation options including, but not limited to: landfill gas collection and flaring, landfill gas-to-energy systems, biomethane recovery, composting of organic waste, anaerobic digestion, landfill rehabilitation and closure measures, improved landfill operations, and waste diversion approaches.

  • Assess each option against technical feasibility, methane reduction potential, implementation complexity, operational requirements, environmental benefits, and investment viability.

  • Estimate greenhouse gas emission reduction potential using internationally recognized methodologies.

  • Develop preliminary engineering concepts for preferred mitigation options.

  • Identify and justify preferred mitigation option(s) for each site based on technical, financial, and implementation feasibility.

  • Model landfill gas generation and methane reduction scenarios over a minimum 20-year horizon, where data availability permits.

  • Quantify greenhouse gas reduction potential in CO2-equivalent terms for use in climate finance discussions and national climate reporting.

  • Assess practical gas-utilization pathways, including flaring, electricity generation, heat use and biomethane recovery, where technically and commercially feasible.

  • Structure the technical approach so that the pre-feasibility studies can serve as a replicable template for similar landfill methane investment projects in other cities.


III. Financial and Economic Assessment

  • Develop indicative capital expenditure (CAPEX) and operational expenditure (OPEX) estimates.

  • Conduct cost-benefit and financial analyses, including cash flow projections, NPV, IRR, payback period, and sensitivity analysis.

  • Assess potential revenue streams, including energy sales, carbon finance mechanisms, and methane reduction credits.

  • Identify potential financing mechanisms, including public funding, development bank financing, climate funds, blended finance instruments, carbon markets, and private-sector investment opportunities.

  • Assess investment viability and bankability of proposed mitigation solutions.

  • Develop preliminary investment structuring options suitable for the local context.

  • Analyze relevant tariff and fee-collection systems, affordability considerations and operational cost-recovery conditions, where data are available.

  • Assess public-private partnership (PPP) and other implementation models appropriate to each country context.

  • Stress-test key investment scenarios, including variations in waste volumes, gas generation, energy/carbon revenue, CAPEX, OPEX, exchange-rate exposure and financing terms.

  • Align the financing roadmap with relevant climate finance and development finance requirements, including MDBs, GCF/GEF where applicable, carbon markets and blended finance instruments.


IV. Risk and Institutional Assessment

  • Assess regulatory, institutional, environmental, social, operational, and market risks associated with implementation.
  • Review permitting requirements and institutional arrangements for project implementation.

  • Identify barriers to investment and propose mitigation measures.

  • Assess country-specific legal and regulatory alignment, including waste-management legislation, environmental norms, permitting requirements and national waste-management strategies.

  • Assess local hydrogeological, leachate-related and climate risks, including water scarcity and extreme temperature conditions where relevant, and reflect these risks in the proposed technical solutions.

  • Identify institutional responsibilities for implementation, operation, monitoring and reporting of the proposed project solutions.


V. Development of Bankable Pre-Feasibility Studies

  • Prepare two investor-oriented bankable pre-feasibility studies (one for Kyrgyzstan and one for Tajikistan).

  • Ensure studies comply with internationally recognized MDB and climate finance standards.

  • Present implementation scenarios, investment requirements, expected returns, risks, and financing options.

  • Ensure studies are structured for potential submission to development finance institutions and climate finance mechanisms.

  • Incorporate feedback from CAREC, national experts, and relevant stakeholders.

  • Clearly define pathways for progression from pre-feasibility to full feasibility study and investment mobilization.


VI. Stakeholder Consultation and Validation

  • Participate in project workshops and stakeholder consultations.

  • Present preliminary and final findings to national stakeholders and project partners.

  • Revise deliverables based on stakeholder feedback.

  • Support validation and dissemination of final pre-feasibility studies.

  • Ensure that field missions, stakeholder consultations and validation workshops are coordinated with national experts so that project hypotheses and proposed solutions are jointly reviewed with municipal authorities, landfill operators and relevant ministries.

  • Present the studies in a manner that allows national authorities to use the results for NDC implementation, BTR-related reporting inputs and climate-finance engagement, without shifting national reporting responsibilities to the international expert.


VII. Cross-Country Coordination

  • Work in close collaboration with national waste sector experts in Kyrgyzstan and Tajikistan.
  • Provide technical guidance to national experts on data requirements and methodological approaches.

  • Integrate inputs, analyses, and recommendations provided by national experts into project deliverables.

  • Maintain regular coordination with CAREC, government counterparts, and project partners throughout the assignment.

  • Define, at the inception stage, a clear interface between the international expert and national experts, including input datasets, review timelines, responsibilities for stakeholder coordination, and validation of country-specific assumptions.

  • Integrate national-expert inputs into the engineering and financial analysis while maintaining independent quality assurance of the investment case.


4. Key Deliverables and Timeline

Contributions are expected in support of the following project deliverables:

No.

Deliverable

Description of Specialist's Input

Deadline

1

Inception Report including methodology, workplan, data requirements and assessment framework

Inception Report including methodology, workplan, data requirements, and assessment framework

The Inception Report shall present the detailed methodological approach for the assignment, including the technical, financial, and analytical framework for developing bankable pre-feasibility studies for methane mitigation at selected landfill sites in Kyrgyzstan and Tajikistan.

The report shall include: (i) a detailed methodology describing the approach for technical, environmental, and financial assessment of methane mitigation options; (ii) a structured workplan with clear sequencing of activities, timelines, and milestones, including technical missions and coordination with national experts; (iii) a comprehensive list of data requirements and identified data sources, including national institutions, project datasets, and field data collection needs; and (iv) an assessment framework defining criteria for evaluating and prioritizing mitigation technologies, including technical feasibility, methane reduction potential, cost-effectiveness, implementation feasibility, and financial viability indicators.

The Inception Report will serve as the guiding document for implementing all subsequent tasks and ensure alignment with project objectives, national priorities, and international standards for investment-grade project preparation.

The Inception Report shall also include a responsibility matrix clarifying the inputs expected from national experts, the decision criteria for confirming priority sites, and how country proposals will be incorporated where consistent with the approved project scope

September 2026

2

Technical Missions and Site Assessment & Technology Options Report (Kyrgyzstan and Tajikistan)

This deliverable includes: (i) the completion of one technical mission in Kyrgyzstan and one technical mission in Tajikistan; and (ii) the preparation of a consolidated Site Assessment and Technology Options Report covering both selected landfill sites.

The technical missions shall include field visits to selected landfill sites, consultations with relevant national and municipal authorities, landfill operators, and stakeholders, as well as validation of satellite- and WasteMAP-derived data and collection of missing technical and operational information.

For each mission, the expert shall prepare a brief mission report summarizing site observations, stakeholder consultations, key findings, data collected, and preliminary recommendations for the development of a pre-feasibility study.

Based on the missions and desk review, the expert shall prepare a consolidated Site Assessment and Technology Options Report, including detailed landfill profiles, an assessment of methane generation potential, a screening and comparative analysis of mitigation technologies, identification of preferred mitigation pathways for each site, and recommendations for further investment-grade analysis.

The report shall explicitly document how candidate sites proposed by national counterparts were screened and whether they were accepted, deferred or rejected based on project evidence and investment-readiness criteria.

November 2026

3

Draft Bankable Pre-feasibility Studies (Kyrgyzstan and Tajikistan)

Draft Bankable Pre-feasibility Studies (Kyrgyzstan and Tajikistan)

The consultant shall prepare two draft bankable pre-feasibility studies, one for the selected priority landfill site in Kyrgyzstan and one for the selected priority landfill site in Tajikistan.

The draft studies shall present investment-grade technical, financial, and institutional analysis of selected methane mitigation solutions, and provide a clear basis for decision-making by governments, development finance institutions, and potential private-sector investors.

Each draft pre-feasibility study shall include, at minimum:

  • Executive Summary outlining key findings, recommended mitigation solution, and investment potential;

  • Site Description and Baseline Assessment, including landfill characteristics, waste composition, operational practices, and methane emission baseline;

  • Methane Emission Assessment based on WasteMAP outputs, satellite data, and national datasets;

  • Technical Assessment of Alternative Mitigation Options, including landfill gas collection, flaring, energy recovery, composting, anaerobic digestion, landfill rehabilitation, and improved operations;

  • Selection and Justification of Preferred Mitigation Option(s);

  • Preliminary Engineering Concept Design for the selected mitigation solution;

  • Greenhouse Gas Emission Reduction Estimates using internationally accepted methodologies;

  • Capital Expenditure (CAPEX) and Operational Expenditure (OPEX) estimates;

  • Financial and Economic Analysis, including cash flow projections, NPV, IRR, payback period, and sensitivity analysis;

  • Assessment of Potential Revenue Streams, including energy generation, carbon markets, and climate finance mechanisms;

  • Institutional and Regulatory Analysis, including permitting requirements and implementation responsibilities;

  • Environmental and Social Considerations at pre-feasibility level;

  • Risk Assessment and Mitigation Measures (technical, financial, institutional, and operational risks);

  • Financing Strategy, including identification of potential funding sources (MDBs, climate funds, blended finance, private sector participation);

  • Implementation Roadmap outlining next steps toward full feasibility study and investment mobilization.

  • Landfill gas generation modelling for at least 20 years, where data availability permits;

  • CO2-equivalent mitigation estimates suitable for climate-finance discussions;

  • Tariff, cost-recovery and PPP/implementation model analysis, where relevant;

  • Stress-testing of key investment scenarios;

  • Country-specific legal, permitting and regulatory alignment;

  • Recommended monitoring indicators/data fields that may be integrated into WasteMAP or national monitoring systems, subject to technical feasibility and coordination with platform partners.

The draft studies will be subject to review by CAREC, national experts, and relevant stakeholders in Kyrgyzstan and Tajikistan, and shall be revised accordingly prior to submission of final versions.

January 2027

4

Final Bankable Pre-feasibility Study for Kyrgyzstan

Final Bankable Pre-feasibility Study for Tajikistan 

PowerPoint presentation with key findings, main analytical results, and recommended mitigation solutions of the studies for Kyrgyzstan.

PowerPoint presentation with key findings, main analytical results, and recommended mitigation solutions of the studies for Tajikistan.

Final Bankable Pre-feasibility Studies (2 reports) and Presentation Package

Development of two Bankable Pre-feasibility Studies (one for Tajikistan, one for Kyrgyzstan) including:

  • Executive Summary;

  • Site Description and Baseline Assessment;

  • Methane Emission Assessment;

  • Technology Options Analysis;

  • Recommended Mitigation Solution;

  • CAPEX and OPEX Estimates;

  • Financial and Economic Analysis;

  • Risk Assessment;

  • Implementation Roadmap;

  • Financing and Investment Strategy;

  • Environmental and Social Considerations;

  • Conclusions and Recommendations.

The expert shall ensure that the final pre-feasibility studies are structured and prepared in a format suitable for submission to international development finance institutions and climate finance mechanisms, including, but not limited to, the Asian Development Bank, the World Bank, the Global Methane Hub, and relevant Public-Private Partnership platforms.

The final studies shall be prepared in a replicable structure that CAREC and national counterparts may use as a template for future landfill methane investment concepts, without creating an additional standalone deliverable beyond the two required studies and presentations.

The expert may be requested to support presentation or communication of the study findings to potential financing entities.

The expert shall prepare a PowerPoint presentation summarizing the key findings, main analytical results, and recommended mitigation solutions of the studies for each country. The presentation shall be suitable for high-level stakeholder and investment discussions and shall clearly highlight the key technical, financial, and implementation aspects of the proposed projects.

The expert shall be required to participate in and present the results of the assignment at the In-Person Stakeholder Validation Workshop (final project conference). This includes presenting the key findings, conclusions, and proposed mitigation and investment solutions to national stakeholders, project partners, and relevant government representatives, as well as actively contributing to discussions and the validation process of the final deliverables. Participation in this workshop shall be considered an integral and mandatory part of the assignment.

March 2027


Notes

  • The expert will receive all relevant project documentation, WasteMAP outputs, satellite data, and national inputs from CAREC and national experts in Kyrgyzstan and Tajikistan.

  • The expert shall work in close coordination with national experts in each country and ensure integration of national data, institutional inputs, and field-level information into the pre-feasibility studies.

  • The expert is responsible for ensuring the technical, financial, and analytical quality of all deliverables, including compliance with international standards for investment-grade pre-feasibility studies.

  • The expert shall ensure that all analytical outputs are consistent with internationally recognized methodologies (including IPCC guidelines and relevant MDB (Multilateral Development Bank) / climate finance standards (e.g., Green Climate Fund, Global Methane Hub).

  • CAREC reserves the right to request revisions to deliverables to ensure alignment with project objectives, donor requirements, and investment-readiness standards.

  • All deliverables produced under this assignment will remain the property of CAREC and may be used for publication and submission to international development finance institutions, with appropriate attribution.

  • All deliverables shall be submitted in English.


5. QUALIFICATION REQUIREMENTS

Education

  • Advanced university degree (Master’s degree or higher) in environmental engineering, civil engineering, energy systems, climate change, environmental economics, infrastructure finance, or a closely related field.

  • Additional certification or training in project finance, infrastructure investment, carbon finance, or climate mitigation technologies is an advantage.

Professional Experience

  • Minimum 10 years of professional experience in environmental infrastructure development, waste management, landfill gas projects, climate mitigation projects, or related fields;

  • Proven experience in development of bankable pre-feasibility and feasibility studies for infrastructure projects (waste management, energy, or environmental sectors);

  • Demonstrated experience in technical and financial assessment of methane mitigation technologies, including landfill gas capture, flaring, energy recovery, composting, or anaerobic digestion;

  • Experience working with or preparing studies for international development finance institutions (e.g., World Bank, Asian Development Bank, EBRD, Green Climate Fund) is highly desirable;

  • Experience with GCF/GEF, carbon finance, methane-reduction crediting or emissions verification methodologies is an advantage;

  • Demonstrated experience in Central Asia or comparable developing-country contexts, including coordination with local technical experts, is strongly preferred;

  • Experience in project finance, cost-benefit analysis, and investment appraisal (NPV (Net Present Value), IRR (Internal Rate of Return), payback analysis);

  • Experience working in Central Asia or similar developing country contexts is an asset;

  • Experience working with national governments and multidisciplinary project teams is required.

Technical Competencies

  • Strong knowledge of landfill gas generation, methane emissions modeling, and mitigation technologies;

  • Proven ability to develop conceptual engineering designs and investment-grade technical solutions;

  • Strong understanding of infrastructure project structuring and bankability requirements;

  • Knowledge of climate finance mechanisms, carbon markets, and blended finance instruments;

  • Familiarity with GCF/GEF investment-preparation requirements, MDB environmental and social safeguards, PPP structuring and landfill-gas modelling over long-term horizons;

  • Familiarity with IPCC methodologies and waste-sector emissions accounting frameworks;

  • Ability to integrate satellite data, GIS outputs, and monitoring tools (e.g., WasteMAP) into project analysis;

  • Ability to translate technical assessments into investment-ready recommendations.

Skills

  • Excellent analytical, engineering, and financial modeling skills;

  • Strong report writing skills in English, with ability to produce high-quality investment-grade documentation;

  • Strong ability to design and evaluate infrastructure investment projects;

  • Excellent stakeholder engagement and communication skills in multicultural environments;

  • Ability to coordinate effectively with national experts and government counterparts;

  • Ability to work independently and deliver high-quality outputs under tight deadlines.

Languages

  • Fluency in English (written and spoken) is mandatory;

  • Knowledge of Russian is an advantage but not required;

  • Knowledge of languages of Kyrgyzstan or Tajikistan is not required but considered an asset for field engagement.



Interested candidates are requested to submit a cover letter, a detailed CV, and letters of recommendation, clearly indicating the position title.

The CV must be submitted no later than 18:00 (local time) on 26 July 2026 by email:


Proposals submitted by email must be in PDF format, duly signed and stamped, and free of viruses.

Proposals received by CAREC after the above-mentioned deadline, for any reason, shall not be considered.

Only shortlisted candidates will be notified and invited for an interview. 


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