Akimats, ministries and development corporations
Support development programmes, investment priorities and the sequencing of infrastructure projects.
Infrastructure and regional development
From territorial diagnosis to evidence-based investment priorities.
ALMECO helps public and private clients identify the infrastructure constraints holding back development, determine which projects are genuinely needed and define a practical implementation sequence.
Not a list of assets, but an engineering rationale for where, why, when and with what expected result to invest.
8study formats for distinct management decisions
2–4 weeksindicative pilot diagnostic once inputs are ready
Region → city → siteanalysis scale tailored to the decision
Data + engineering judgementopen sources supplemented by client inputs
Clients
One analytical framework—different decisions.
Scope and deliverable format are shaped around the decision-maker and the maturity of the territory or project.
National and industrial companies
Review production-infrastructure constraints, investment programmes and capital-project portfolios.
Investors and developers
Compare territories and sites, review utilities, access, permitting constraints, timing and preliminary capital requirements.
Lenders and international finance institutions
Obtain an independent technical basis for feasibility and investment-readiness decisions.
Service portfolio
Eight products with a defined management outcome.
Each format answers a distinct question. Products can be combined into a phased programme—from initial diagnosis to a roadmap and implementation support.
№ 01
Regional or City Infrastructure Diagnostic
An integrated engineering view of current conditions, deficits and constraints on development.
- Client question
- What is holding back the territory’s economic, investment and spatial growth?
- Outcome
- Constraint map, criticality assessment, cross-sector dependencies and priority actions.
- Key inputs
- Strategies and programmes, socioeconomic data, utilities and transport information, development plans and project lists.
№ 02
Infrastructure Development Roadmap
A sequenced development programme with phases, dependencies and decision gates.
- Client question
- What should be developed, where and in what sequence over the next 5–10 years?
- Outcome
- Implementation phases, dependencies, responsible parties, gates, risks and conditions for progression.
- Key inputs
- Diagnostic findings, land-use and development plans, demand forecasts, budget and delivery constraints.
№ 03
Infrastructure Investment Plan
A structured investment portfolio linked to territorial need and expected outcomes.
- Client question
- Which investments are required and how should they be grouped, phased and aligned with funding?
- Outcome
- Initiative portfolio, high-level cost ranges, phases, dependencies and budgeting rationale.
- Key inputs
- Needs and forecasts, existing portfolio, budget limits, asset information and network capacities.
№ 04
Capital Project Prioritisation
Independent ranking of competing projects under a constrained budget.
- Client question
- When proposed projects exceed available funding, which should proceed first?
- Outcome
- Comparable project profiles, priority groups, budget scenarios and documented rationale.
- Key inputs
- Project briefs, programme objectives, expected outcomes, readiness, cost, timing, risk and dependencies.
№ 05
Transport & Logistics Study
Analysis of accessibility, corridors, bottlenecks, freight and passenger flows.
- Client question
- Which mobility constraints inhibit development and where would investment create the greatest system benefit?
- Outcome
- Flow and bottleneck diagnosis, development options, preliminary priorities and requirements for further studies.
- Key inputs
- Network and asset condition, traffic, freight and passenger flows, development plans and logistics data.
№ 06
Utilities Capacity Assessment
Review of power, water, wastewater, heat, gas, telecoms and other networks.
- Client question
- Can existing capacity support growth, an industrial zone or a specific project?
- Outcome
- Demand-capacity balance, constraints and connection points, risks, deficits and reinforcement options.
- Key inputs
- Technical conditions, network diagrams, actual and forecast loads, operator plans and demand forecasts.
№ 07
Industrial & Investment Site Readiness
Comparable review of land, utilities, transport, environmental constraints and deliverability.
- Client question
- Which site is genuinely ready for an investor and what conditions must be met before project launch?
- Outcome
- Comparison matrix, readiness status, critical gaps, preliminary cost implications and a site-preparation plan.
- Key inputs
- Title and planning documents, topography, utilities, access, environmental information, constraints and development plans.
№ 08
Infrastructure Project Portfolio Review
Review of an existing and planned portfolio for duplication, readiness, value and deliverability.
- Client question
- Does the portfolio support strategic objectives and can the client realistically deliver it?
- Outcome
- Project classification, gaps and duplication, dependencies, priorities and portfolio-reset recommendations.
- Key inputs
- Project register, business cases, budgets, schedules, documentation and permit status, risks and outcome metrics.
Timing and fees are confirmed after reviewing geographic scale, input quality, scenario count and required depth. The agreed programme is fixed in the terms of reference.
Entry product
Preliminary Infrastructure Diagnostic
A practical first stage for clients who need to define the problem quickly before commissioning a full study programme.
2–4 weeksafter input readiness is confirmed
30–50 pagesindicative management-report length
10–20 actionspreliminary recommended measures
ALMECO approach
System assessment without exposing the proprietary model.
The public framework shows the factor groups considered. Indicators are tailored to the assignment, and conclusions are checked against engineering evidence and stated assumptions.
Access and flows
Transport, logistics, connectivity, freight and passenger movements.
Utilities capacity
Power, water, wastewater, heat, gas and telecommunications.
Land and constraints
Land, planning conditions, environmental, sanitary and other restrictions.
Economic and social base
Industry, population, labour, social infrastructure and demand.
Delivery readiness
Capital requirements, documentation, permits, timing, dependencies and risks.
Delivery process
Five stages from question to decision.
The workflow makes interim findings reviewable and the final deliverable usable for an actual management or investment decision.
Decision and boundary
Define the decision to be supported, geography, stakeholders and success criteria.
Data readiness
Create an input register, assess completeness and conflicts, and identify additional surveys or confirmations.
Engineering diagnosis
Review constraints, capacities, dependencies and assumptions across the agreed modules.
Scenarios and priorities
Compare options, readiness, impact, cost, timing and risk without false precision.
Report and workshop
Issue the management report, registers and roadmap, then work through decisions with the client team.
Typical deliverable
A structure built for decisions.
The final contents depend on the product and terms of reference. A typical report may include:
- Executive summary and decision statement.
- Scope, limitations, input register and assumptions.
- Baseline and infrastructure-constraint map.
- Development scenarios and cross-sector dependencies.
- Priority, readiness, capital-requirement and risk matrix.
- Phased action plan with owners and decision gates.
- Maps, tables, appendices and data needs for the next stage.
ALMECO Infrastructure Intelligence
Open analysis that demonstrates the quality of thinking.
Public studies will show the approach using available data without pretending to replace a commissioned study.
№ 01Published · EN
Almaty Region infrastructure challenges to 2035
A demonstration review of growth drivers, constraints and questions requiring verification.
№ 02Published · EN
Energy infrastructure across Kazakhstan’s regions
A comparative open-data view of demand, capacity and investment signals.
№ 03Published · EN
Logistics and industrial nodes
An analytical framework for identifying territories with system-level potential.
№ 04Published · EN
Industrial-site infrastructure readiness
A public example covering land, utilities, transport, environment, timing and cost.
All four concise public issues are available as fully localised web pages in five languages; the downloadable PDFs remain in Russian. They demonstrate the reasoning structure using open and illustrative data while deliberately protecting ALMECO's full commissioned methodology, working registers and models.
Frequently asked questions
Start at the right scale.
Can the study cover one city, district or site rather than an entire region?
Yes. Geography and depth are tailored to the decision, from initial site screening to a regional diagnostic.
Can a study begin with open data only?
Yes, for preliminary screening. Open-source limitations are stated, while critical conclusions require confirmation through client, utility-operator or field data.
How is this different from a conventional development strategy?
ALMECO focuses on engineering deliverability: capacity, access, dependencies, readiness, cost and risk. Strategic objectives are translated into testable infrastructure decisions.
Does the client receive the scoring methodology?
The client receives sufficient evidence and reasoning to review conclusions. Protected weights, formulas and internal libraries are disclosed only to the extent agreed in the contract.
Study enquiry
Describe the territory and the decision that must be made.
State the geography, objective, available inputs, desired timing and intended users of the result. ALMECO will recommend the right product, first-stage scope and start-up data list.