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WRME
We Rescue Mother Earth
A scalable infrastructure program addressing water scarcity,
migration drivers, and regional instability
WRME – Continental Water, Energy and Reforestation Initiative
An integrated infrastructure program for the sustainable transformation
of Northwest Africa through seawater desalination, renewable energy,
water distribution, reforestation, agriculture, and development infrastructure.
Document type: Public Project Overview (Phase 1)
Status date: January 2026
Project status: Final version – Phase 1
A concise executive summary is available upon request.
Africa Today – Current Situation
Total population today:
≈ 1.46 billion people
in informal or vulnerable employment:
≈ 110–120 million people
People who have migrated to other countries since 2000
(intra-continental and intercontinental):
≈ 37–40 million people
Deaths caused by hunger, malnutrition, and lack of access to safe drinking water since 2000
(direct and indirect causes, aggregated conservative estimates):
Estimates in the tens of millions of deaths
Source: UN DESA (2024), IPCC AR6 (2023),
WHO (2024), FAO (2023/2024), Our World in Data (2024)
Africa in 20 Years Without Structural Intervention
Total population in 20 years:
≈ 2.1 billion people (highest relative population growth rate worldwide)
Projected migration since 2000 (by 2045):
≈ 60–75 million people
(scenario-based projection; significantly higher under conflict and drought scenarios)
Deaths related to hunger, malnutrition, and lack of access
to safe drinking water (2000–2045):
tens of millions of people by 2045 (and rising)
(model-based aggregated estimates)
Water scarcity by 2045:
More than 70% of the African population will live in regions experiencing moderate to extreme water stress.
Agricultural land availability:
Up to 40% loss in Sahel, Maghreb, and East Africa regions.
(Worst-case scenario according to IPCC)
Source: UN DESA (2024), IPCC AR6 (2023),
WHO (2024), FAO (2023/2024), Our World in Data (2024)
Africa in 20 Years – With WRME
Total population in 20 years:
≈ 2.1 billion people
(WRME contributes to the stabilization of food security, access to water,
and overall quality of life)
Labor market:
≈ 30–50 million
additional jobs across the energy, water, construction, and agricultural sectors
(scenario-based)
Migration:
Reduction to ≈ 20–30 million people by 2045
(scenario-based projection under stabilized supply and infrastructure conditions)
Potentially prevented deaths related to hunger, malnutrition, and lack of access to safe drinking water:
tens of millions of deaths prevented
Water access:
Secure access to clean water for more than 80% of the population
Available agricultural land:
+25% to +40% (model-based WRME scenarios)
Climate effects:
Significant CO₂ sequestration and regional cooling effects
(in model-based scenarios up to ~2°C)
Source: UN DESA (2024), IPCC AR6 (2023),
WHO (2024), FAO (2023/2024), Our World in Data (2024)
TABLE OF CONTENTS
◉ PHASE 1 (WRME)
A. About WRME
B. Why Phase 1 Is Critical
C. What Phase 1 Delivers in Concrete Terms
D. Where Phase 1 Begins
E. What Impact Phase 1 Achieves
F. Why the Approach Is Sustainable in the Long Term
G. Additional / Further Information
◉ PHASE 1
Executive Summary – WRME Continental Water,
Energy & Reforestation Initiative
What Is WRME?
WRME is a large-scale, integrated infrastructure program designed to ensure the long-term provision of water, energy, food security, and ecological stability in Africa.
The core components of the system include seawater desalination, renewable energy generation, water distribution, reforestation, agriculture, and digital control and security systems.
WRME is planned as permanently operated critical infrastructure and is explicitly
not a pilot project.
Why Phase 1?
Phase 1 establishes the functional and economically viable foundation
of the entire WRME program.
It directly addresses:
• acute water scarcity
• irregular migration
• economic instability
• ecological degradation
At the same time, Phase 1 creates the technical, financial,
and political basis for all subsequent phases.
◉ PHASE 1
Executive Summary – WRME Continental Water,
Energy & Reforestation Initiative
What Does Phase 1 Deliver?
Free access to basic water services for households, agriculture, reforestation,
ecosystems Development of a baseload-capable water and energy infrastructure
(reverse osmosis, solar, wind, storage systems)
Land rehabilitation and irrigation of large-scale agricultural and reforestation zones
Creation of hundreds of thousands of direct and indirect jobs
Measurable reduction of irregular migration through
stabilization and livelihood creation at the local level
Why Is Phase 1 Ready for Decision?
• Technically fully planned
• modular and scalable
• Phase-2-ready
• economically viable without dependency on water pricing,
• politically neutral
• respecting national sovereignty
• eligible for public funding and bank financing
• no single point of failure through redundancy, diversification, and digitalization
Core Statement
Phase 1 is not a pilot project, but fully functional core infrastructure that delivers
immediate impact, reduces risk, and prepares the scalable expansion
of WRME across the entire continent.
Decision Question for Funding and Financing Partners
Should Phase 1 be implemented as the foundational layer, upon
which all subsequent WRME phases can be built with low risk
and full scalability?
◉ PHASE 1
Why the Atlantic Coast Is Optimal
Deep Water Close to the Coast
Lower sediment loads and more efficient seawater desalination.
Excellent Renewable Energy Conditions
Consistent wind patterns and high solar irradiation,
enabling stable renewable energy generation.
Baseload Capability Central location for regional supply, with direct access to Senegal, Mauritania, The Gambia, and Cape Verde.
Strategic Location Advantage
• Short intake distances
• lower energy demand
• reduced operating costs
combined with high availability of renewable energy and a stable baseload
from wind and solar potential.
Central Atlantic Position
• Minimal transport
• transmission
• distribution losses
◉ PHASE 1
The Strategic Lever
Core Statement
Phase 1 represents the most effective, lowest-risk, and economically sound entry point
into the WRME framework.
It maximizes impact, minimizes risk, and createsthe foundation for all subsequent phases.
Why Start Here?
Phase 1 targets regions where multiple systemic crises overlap:
• extreme water scarcity
• high migration pressure toward Europe
• economic instability
• ecological degradation
An early intervention in this system context achieves a
disproportionately high stabilization effect with a
comparatively low capital investment.
Why Coastal Clusters?
Coastal regions offer decisive location advantages:
• direct access to seawater enabling scalable desalination
• optimal conditions for solar and wind energy generation
• short and efficient transport and distribution routes
• lower operating costs due to natural site advantages
Result: robust, baseload-capable infrastructure without
reliance on fossil fuel imports
Why Integrate Water, Energy, and Migration?
Isolated solutions fall short:
• Water without energy cannot function reliably
• Energy without water cannot sustain livelihoods
• Employment without basic services does not sustainably reduce migration pressure
WRME integrates water, energy, agriculture, reforestation,
and employment into one integrated system that
addresses root causes rather than symptoms.
Why Phase 1 Delivers the Highest Leverage per Euro Invested?
Immediate impact on supply security and quality of life:
• Creation of resilient local value chains (instead of permanent transfer payments)
• Foundation for all subsequent phases without system disruption
Each euro invested significantly reduces long-term costs
associated with crisis management, migration,
emergency aid, and climate damage.
◉ PHASE 1
Engaging the Population in Phase 1
– Basic Services & Quality of Life
Digital Basic Services
(Basic Internet Zones & Emergency Communication)
In addition to physical infrastructure, digital basic services are established
as a core component of Phase 1.
Basic internet zones and emergency communication systems enable access
to information, coordination, and crisis communication, thereby strengthening
operational and societal resilience within the Phase 1 supply areas.
(Population engagement is implemented gradually, in line with Phase 1 capacity development
and in coordination with local and regional structures.)
◉ PHASE 1
Integrating Agriculture into Phase 1
– Supply & Infrastructure
Irrigation Infrastructure for Farms and Fields
(Main pipelines → field distributors → drip / sprinkler systems)
For Phase 1, a tiered irrigation infrastructure is established to reliably connect
agricultural land to the central water distribution network.
Water supply is provided via main pipelines, followed by field-level distribution
systems, extending to efficient drip and sprinkler irrigation systems.
The objective is water-efficient, demand-based irrigation that reduces crop losses,
stabilizes yields, and at the same time preserves available water resources
over the long term.
The infrastructure is modular in design and enables step-by-step expansion without
disruption to ongoing operations.
Water Points and Storage Tanks for Livestock
(Deployment of energy-efficient farm pumping
stations –solar-powered with grid backup)
To ensure reliable livestock water supply, decentralized water points and storage
tanks are established and directly connected to the overarching supply system.
Energy-efficient farm-level pumping stations, powered by solar energy and supported
by grid backup connections, ensure stable operation even during grid outages or peak
demand periods.
This structure provides basic water security for livestock farming, reduces
dependency on water transport, and significantly increases supply reliability,
particularly in remote and rural agricultural regions.
Microgrids for Agricultural Operations
(Electric power for pumping, cooling, and workshop facilities)
For agricultural operations, local microgrids are implemented to ensure a
reliable electricity supply for essential farm-level applications.
These include water pumping systems, cooling and refrigeration for agricultural
produce, as well as basic workshop and service infrastructure.
The microgrids are designed for high efficiency and operational resilience,
enabling stable agricultural operations independent of central grid outages,
without pre-empting or requiring large-scale industrial production structures.
Central Farm Service Hubs
(Seeds, equipment maintenance, water analysis)
In addition to decentralized supply structures, central farm service hubs are
established to provide technical and organizational support to agricultural
operations.
These hubs offer services such as seed provision, equipment and pump
maintenance, as well as basic water quality analysis to ensure operational
and production standards.
The objective is to stabilize agricultural operations, extend the service life
of equipment and installations, and ensure efficient use of resources within
the Phase 1 infrastructure framework.
Prioritized Supply of Remote Agricultural Areas
(Cluster-based ring pipelines)
For remote or hard-to-access agricultural areas, prioritized connection via
cluster-based ring pipelines is implemented.
This structure enables redundant and flexible supply of multiple agricultural
zones and enhances operational reliability in the event of disruptions affecting
individual pipeline segments.
The cluster logic allows for demand-based expansion and ensures that even remote agricultural areas are integrated early and reliably into the Phase 1 supply infrastructure.
Integration of Agricultural Infrastructure into the Phase 1
(Transport Network)
Agricultural infrastructure is systematically integrated into the newly developed Phase 1
transport and logistics network.
Access roads, collection routes, and logistical connections link farms, fields, and
service hubs directly to the central Phase 1 clusters.
The objective is to ensure reliable accessibility for agricultural inputs, maintenance
services, harvest transport, and emergency logistics.
This integration reduces transport times, lowers operating costs, and establishes the
foundation for stable agricultural value creation within the regional Infrastructure framework.
Climate-Resilient Agriculture
(Soil Moisture Monitoring, Weather Stations)
To enhance climate resilience, technical monitoring systems are introduced to
support agricultural operations in adapting to climatic variability.
Soil moisture sensors and local weather stations continuously provide data on
precipitation, temperature, soil water content, and evaporation.
This information enables demand-based irrigation, reduces water losses,
and supports stable crop yields even under changing climate conditions.
The systems are designed as supporting infrastructure and are integrated into the
overarching monitoring framework of the Phase 1 networks.
Development of Local Markets and Logistics Chains
for Harvest Distribution
In addition to production infrastructure, local markets and
streamlined logistics chains are established to enable the distribution
of agricultural products.
These structures allow for short transport distances, improve
regional supply security, and create direct sales opportunities
for agricultural operations.
Connection to the Phase 1 transport network supports
an orderly distribution of harvests and stimulates local economic activity,
without displacing or replacing existing market structures.
(All measures presented serve the functional integration of agriculture into the Phase 1 supply
infrastructure. System sizing, expansion stages, and capacities are location- and demand-specific
and will be specified in greater detail as the project progresses.)
◉ PHASE 1
Integrating Forestry & Reforestation
into Phase 1 – Ecology & Sustainability
Reforestation Systems Along Transport and Water Corridors
(Planting corridors → wind protection, soil protection, CO₂ sequestration)
Along the central transport and water distribution corridors,
structured reforestation systems are established in the form of planting corridors.
These corridors serve to protect infrastructure from wind exposure and erosion,
stabilize adjacent soils and improve the local microclimate.
At the same time, the planting corridors provide a measurable contribution
to CO₂ sequestration and enhance the ecological value of the project region.
Reforestation is designed as a functional component, directly linked to the Phase 1
infrastructure, without presupposing independent forestry use.
Regional Tree Nurseries & Planting Stations
(Establishing local capacities for seedlings, soil preparation, and maintenance)
To ensure the sustainable implementation of reforestation measures,
regional tree nurseries and planting stations are established.
These facilities support the cultivation of site-adapted seedlings, the preparation
of degraded soils, and the maintenance of young plantations.
The objective is to build local capacities that enable continuous, cost-stable,
and ecologically adapted reforestation, while simultaneously promoting knowledge
transfer and local value creation within the project regions.
Integrated Agroforestry Systems
(Combination of crops, trees, and soil improvement)
In suitable areas, integrated agroforestry systems are implemented, combining
agricultural production with forestry elements.
Through the targeted integration of trees into agricultural land, positive effects are
achieved such as shading, wind reduction, improved soil structure, and increased
water retention.
These systems contribute to stabilizing crop yields, enhance ecological resilience, and improve the long-term usability of soils within the Phase 1 regions.
Reforestation of Degraded Areas
(Reactivation of eroded soils through ecologically stabilized land use)
For already damaged or eroded areas, targeted reforestation and soil restoration
measures are implemented.
Through controlled irrigation, mulching, and step-by-step soil regeneration, degraded
soils are reactivated and prepared for renewed ecological use.
These measures reduce further soil degradation, improve water retention capacity,
and create the foundation for long-term ecological stabilization.
Ecological Stabilization Measures
(Erosion control, soil restoration, windbreak plantings)
In addition to reforestation measures, targeted ecological stabilization measures
are implemented.
These include erosion control systems, soil restoration measures,
and windbreak plantings, particularly in highly exposed areas.
These measures serve to protect the Phase 1 infrastructure, safeguard agricultural
land, and ensure the long-term stabilization of landscapes, without interfering
with existing land-use rights or designated ecological protection areas.
(All forestry and reforestation measures presented are functionally integrated into the Phase 1
infrastructure. Scope, planting density, land selection, and implementation timelines are
location- and demand-specific and will be further specified as the project progresses.)
◉ PHASE 1
Integration of Forestry & Reforestation into Phase 1
CO₂ Storage, Protection & Sustainable Use
CO₂ Sink Projects – Phase 1
(Certifiable CO₂ storage through reforestation, basis for carbon credits)
In Phase 1, targeted reforestation measures are implemented as CO₂ sink projects.
Planting activities are carried out along defined infrastructure and development
corridors and are designed for long-term carbon sequestration.
The measures are conceived in such a way that they are in principle certifiable
(e.g. according to recognized international standards)
and can prospectively serve as a basis for carbon credit models.
CO₂ storage is not an end, but an integral component of ecological stabilization and
land value enhancement within the Phase 1 infrastructure framework.
Wood & Biomass Cycles
(Regulated use of wood Construction timber, energy wood, biomass compost)
sustainable local raw material sources
In addition to the protection and reforestation function, controlled wood and biomass
cycles are established.
These enable a limited, sustainable use of construction and energy wood, as well
as organic biomass for composting and soil improvement.
Utilization is regulated, site-adapted, and non-exhaustive.
The objective is the development of local raw material cycles that reduce transport requirements, enable value creation at the local level, and simultaneously preserve the
ecological function of the land areas.
Fire Prevention & Forest Protection Infrastructure
(Firebreaks, monitoring, water access points, early warning systems)
To protect newly established forest and reforestation areas, targeted fire prevention
and forest protection measures are integrated.
These include firebreaks, defined water access points, monitoring systems, and
early warning systems, as well as organizational protection structures.
These measures serve both the protection of ecological investments and the
safeguarding of adjacent infrastructure and agricultural land, and are an integral
component of Phase 1 planning.
Integration into Community Zones
(Shaded avenues, fruit tree programs, green spaces as recreational areas)
Reforestation and greening measures are specifically integrated into community zones.
These include shaded avenues along pathways, fruit tree programs, and publicly
accessible green and recreational areas.
These elements improve the microclimate, increase quality of life, and create
direct social benefits, without compromising the primary supply and
infrastructure functions of Phase 1.
Use remains community-based and complements existing settlement and
supply structures.
Ecological Revitalization of Local Ecosystems
(Biodiversity, pollinator programs, wetland restoration)
In addition to reforestation and utilization measures, actions to ecologically revitalize
local ecosystems are implemented.
These include biodiversity-enhancing planting concepts, pollinator programs,
and-where suitable-the restoration of wetlands.
These measures stabilize natural cycles, improve water retention capacity and
biodiversity, and contribute to the long-term ecological resilience of the Phase 1
regions, without designating new protected areas or altering existing land-use rights.
(The specific certification strategy will be defined in a project phase–specific manner.)
◉ PHASE 1
Health, Education & Social Infrastructure
Basic Services, Prevention & Hygiene
Primary Health Units
(Diagnostics, vaccination programs, maternal and childcare,
telemedicine – connection to regional hospitals)
In Phase 1, decentralized primary health units are established as the first points of
contact for basic medical care.
These units provide basic diagnostics, vaccination programs, maternal and child health services, as well as essential medical treatment services.
Through digital connectivity and telemedicine interfaces, the units are connected
to regional hospitals and specialized medical centers to ensure referrals,
second opinions, and emergency coordination.
The objective is early medical care, the relief of central hospitals, and the significant
reduction of preventable disease- and mortality rates in the Phase 1 regions.
Mobile Health Teams
(Regular provision of remote communities, prevention, vaccinations, basic medications)
In addition to stationary facilities, mobile health teams are deployed to
regularly serve remote or hard-to-reach communities.
These teams carry out preventive health measures, vaccination campaigns, basic
medical examinations, and the distribution of essential medications.
This ensures comprehensive basic medical coverage, including in areas where
permanent station-based operations are not immediately feasible.
Mobile units increase the resilience of the healthcare system and enable flexible
adaptation to regional needs.
Water Hygiene & WASH Programs
(Hygiene education, training for safe drinking water,
safe handling of pipelines and sanitation facilities)
In parallel with the expansion of water and sanitation infrastructure, structured WASH
programs (Water, Sanitation, Hygiene) are implemented.
These include hygiene education, training on the safe use of drinking water, the proper handling of pipelines, as well as the use and maintenance of sanitation facilities.
The objective is the sustainable reduction of water-related diseases, the strengthening
of preventive health competencies, and the long-term assurance of hygienic standards
within the Phase 1 supply areas.
Education Centers in Phase 1 Communities
(Schools, kindergartens, learning spaces, evening courses,
digital learning stations, internet access via the WRME backbone)
In selected Phase 1 communities, education centers are established to provide basic
schooling, early childhood care, as well as complementary learning and continuing
education programs.
These centers include schools, kindergartens, flexible learning spaces, evening courses
for adults, and digital learning stations.
Internet access is provided via the WRME backbone, enabling digital education
services, remote learning, and knowledge transfer.
Education is integrated as a stabilizing factor for social development, employability,
and long-term self-reliance, without replacing existing public education systems.
Sanitation Infrastructure
(Basic sanitation facilities, handwashing stations, safe waste and wastewater
management in all village clusters)
To ensure minimum hygienic standards, basic sanitation infrastructure is
established in all village clusters.
This includes basic sanitation facilities, handwashing stations, and safe systems for
waste and wastewater management.
These measures are functionally linked to water and health infrastructure and form a
central prerequisite for prevention, infection control, and quality of life.
The design is needs-based and site-specific and focuses on robust,
low-maintenance solutions. (standardized service models)
(All measures presented serve the functional social stabilization of the Phase 1 regions. They
are designed as supportive, not system-replacing, and are closely integrated with water,
energy, and infrastructure development. Scope, expansion stages, and capacities are defined
based on location and demand and will be further specified as the project progresses.)
◉ PHASE 1
Community, Emergency Response,
Energy & Digital Infrastructure
Community Hubs & Social Spaces
(Meeting points, assembly halls, safe spaces for
women and children, emergency training facilities)
In selected Phase 1 communities, multifunctional community hubs are established that
serve as social meeting points, assembly spaces, and safe places for gathering.
These facilities support community organization, information exchange, and training
activities, and in particular provide protected spaces for women, children,
and vulnerable groups.
In addition, the community hubs function as contact points for emergency training,
coordination during crisis events, and as an interface between the population and
Phase 1 service structures.
They strengthen social cohesion and increase local resilience, without replacing
existing municipal or governmental structures.
Energy-Autonomous Cold Chains
(Solar vaccine and medication cooling,
backup battery systems,temperature monitoring)
To ensure stable healthcare provision, energy-autonomous cold chains are established.
These are based on solar-powered cooling systems with integrated backup batteries
and continuous temperature monitoring.
The cold chains ensure the safe storage of vaccines, medications, and medical
consumables, including in remote regions and in areas with unstable power supply.
This reduces supply interruptions, secures vaccination programs, and significantly
increases medical emergency readiness within the Phase 1 regions.
Emergency & First Aid Infrastructure
(Local emergency stations, trained first responders, fire protection, basic equipment)
In the Phase 1 regions, basic emergency and first aid infrastructure is established.
This includes local emergency stations, trained first responders, and standardized
basic equipment, such as stretchers, first aid kits, AED devices, and simple
communication tools.
In addition, fire protection measures and emergency response procedures are
implemented to enable rapid response times in the event of accidents,
natural disasters, or infrastructure-related disruptions.
The objective is the early stabilization of emergencies prior to potential referral to
regional healthcare facilities.
Monitoring & Security
(Early warning systems, water access monitoring,
basic SCADA integration for critical infrastructure)
To safeguard the Phase 1 infrastructure, simple monitoring and security solutions are
implemented.
These include early warning systems for technical disruptions, defined
monitoring of water access points, and a basic, purpose-oriented SCADA integration
for critical facilities.
These systems enable the early detection of risks, support the protection of central
supply structures, and assist maintenance operations and emergency management.
The design is deliberately low-threshold, robust, and adapted to local capacities,
ensuring reliability and operability under challenging conditions.
Digital Health Records & Monitoring
(Local registration, basic data, telemedicine support, secure data transmission)
In addition to physical healthcare infrastructure, a simple digital health and monitoring
system is introduced.
This system enables local registration, the collection of basic health data, and
telemedicine support through regional specialist centers.
Data transmission is secure and privacy-oriented, with a focus on medical emergency
coordination, treatment follow-up, and supply planning.
The objective is to improve treatment quality, continuity of care, and traceability,
without replacing or duplicating complex national healthcare systems.
(All measures presented serve the functional social stabilization of the Phase 1 regions. They
are designed as supportive, not system-replacing, and are closely integrated with water,
energy, and infrastructure development. Scope, expansion stages, and capacities are defined
based on location and demand and will be further specified as the project progresses.)
◉ PHASE 1
Transport, Pathways & Local Mobility
Development of a Basic Pathway Network Between
Phase 1 Village Clusters
(Sand/clay tracks, compacted paths)
In Phase 1, a simple and robust pathway network is established between individual
village clusters.
This network consists of locally adapted sand and clay tracks as well as compacted paths
and serves to ensure basic accessibility for households, supply facilities, and community institutions.
Construction is carried out in a resource-efficient manner, using locally available materials
and without large-scale road infrastructure.
The objective is to ensure year-round minimum accessibility for the population, supply
teams, and maintenance units, without significantly altering existing landscapes or
land-use structures.
Pedestrian Paths & Safe Walkways Between Households,
Water Points, Schools & Service Centers
In addition to the main pathways, safe pedestrian routes and walkways are established
to directly connect households with water points, educational facilities,
healthcare services, and supply centers.
These pathways increase daily safety, reduce travel times, and minimize accident and
health risks, particularly for children, elderly people, and women.
The design follows a low-threshold approach, is clearly marked, low-maintenance,
and aligned with the actual mobility patterns and movement needs of the local population.
Local Transport Means
(Handcarts, cargo bicycles, electric carts, small solar utility vehicles)
To support local mobility, simple and context-appropriate transport means are
introduced.
These include handcarts, cargo bicycles, electrically assisted carts,
as well as small solar-powered utility vehicles.
These transport solutions are used for the movement of water, goods, materials,
and medical supplies within village clusters.
Their deployment strengthens local self-reliance, reduces physical strain, and improves
the efficiency of basic service provision, without relying on complex or
maintenance-intensive vehicle fleets.
Promotion of Local Transport Services
(Village teams for water, goods & materials)
In Phase 1, local transport and logistics services at village level are established and
actively supported.
Village-based teams take over transport tasks for water, goods, spare parts,
and materials and receive both organizational and technical support.
This structure creates local employment, strengthens local responsibility,
and ensures reliable, demand-oriented supply within the village clusters.
The organizational setup is deliberately kept simple and flexible and complements
existing informal structures, without replacing them.
Prioritized Routes for Health Services,
Mobile Teams & Repair Crews
Selected route sections are specifically prioritized to ensure rapid access for health
services, mobile supply teams, and technical repair crews.
These prioritized routes enable short response times in the event of medical
emergencies, maintenance work on water and energy infrastructure,
and supply disruptions.
Prioritization is implemented in a functional manner, without complex structural
construction measures, and is clearly integrated into the Phase 1 supply logic.
Initial Marking of Future Main Corridors
(Preparation only – no construction)
Already in Phase 1, an initial functional marking of potential future main corridors is
carried out.
This measure serves exclusively for spatial preparation and orientation and includes
no construction, no surface sealing, and no transport-engineering upgrading.
The markings support long-term, coordinated development planning and enable a
structured expansion in subsequent phases, without prematurely binding Phase 1 resources.
(All measures presented serve the functional social and infrastructural stabilization of the
Phase 1 regions. They are designed as supportive, not system-replacing, and are closely
integrated with water, energy, and supply infrastructure. Scope, expansion stages, and
capacities are defined based on location and demand and will be further specified as the
project progresses.)
◉ PHASE 1
Logistics Nodes, Material Flow & Supply
Establishment of Small Logistics Hubs
(Collection points for water, food supplies, construction materials)
In Phase 1, small, decentralized logistics hubs are established in selected village clusters.
These hubs function as collection, distribution, and transshipment points for
water, basic food supplies, construction materials, and humanitarian goods.
These hubs ensure a structured, demand-oriented supply for the local population and
support the implementation of Phase 1 infrastructure measures.
The design is deliberately compact, modular, and site-adapted, ensuring short transport
distances, low operating costs, and a high degree of flexibility to respond to local conditions.
Open Shelters or Clay Buildings as Local Transshipment Points
As a basic structural solution, simple, locally constructed shelters or clay buildings are used.
These function as weather-protected transshipment points for delivery, intermediate storage, and redistribution of materials.
The use of local construction methods reduces costs, strengthens regional value creation,
and enables rapid implementation without complex building infrastructure.
The structures are designed to be purely functional and are easy to expand or adapt as
requirements change.
Sorting & Organization by Village Logistics Teams
The organization of material flows is carried out by locally deployed village logistics teams.
These teams are responsible for sorting, documentation, basic inventory tracking,
and coordination of further distribution within the village clusters.
This model strengthens local responsibility, creates employment, and ensures a
transparent and traceable distribution of resources.
External control is deliberately kept to a minimum in order to promote local
self-organization and ownership.
Small Storage Units for Emergency Materials,
Tools & Spare Parts
Each logistics hub is equipped with a small storage unit for emergency materials,
tools, spare parts, and consumables.
These storage units ensure the short-term operational readiness of water, energy,
and health infrastructure, as well as the rapid deployment capability of repair and maintenance teams.
The objective is to reduce downtime during technical disruptions and to ensure fast
response capability in emergency situations, without relying on supra-regional supply chains.
Preparation of a Basic Transport System for Phase 2
(Cluster-to-Cluster)
Already in Phase 1, the conceptual preparation of a future, higher-level transport system
between clusters is carried out.
This includes route coordination, logistical interfaces, and simple coordination mechanisms.
No construction of supra-regional infrastructure takes place at this stage.
All measures serve exclusively the functional preparation and spatial structuring
required for subsequent project phases.
Coordination of Material Flows for Water,
Education & Healthcare Infrastructure
The logistics hubs function as coordinating interfaces for the material flow of water
pipelines, pumps, and educational and healthcare materials.
This enables a time-coordinated and efficient implementation of Phase 1 measures.
Coordination is carried out based on actual demand, closely integrated with construction, healthcare, and supply teams, and taking local capacities into account.
(All measures presented serve the functional social and infrastructural stabilization of the
Phase 1 regions. They are designed as supportive, not system-replacing, and are closely
integrated with water, energy, and supply infrastructure development. Scope, expansion
stages, and capacities are defined based on location and demand and
will be further specified as the project progresses.)
◉ PHASE 1
Wastewater & Sanitation (WASH)
Establishment of Hygienic Sanitation Facilities in All Village Clusters
(Toilets, basic washing stations)
In Phase 1, basic hygienic sanitation facilities are established in all village clusters.
This includes simple, robust toilet facilities as well as washing stations with secured
water access.
The objective is the area-wide establishment of minimum hygiene standards to
reduce water-related diseases and improve overall quality of life.
The facilities are adapted to local conditions, low-maintenance, and constructed
using locally available materials.
Gender-Separated, Secure Facilities
(Protection of women and children)
All sanitation facilities are gender-separated and designed with a strong focus on
safety and protection.
This includes clear separation, visual privacy, secure access points, and
a user-friendly design specifically adapted to the needs of women and children.
These measures serve the protection of vulnerable groups, the reduction of abuse
and harassment risks, and the promotion of regular and safe use of
sanitation facilities – particularly by women, girls, and children.
Composting Toilets / Dry Toilets as Transitional Solutions
(Low-water, environmentally friendly)
In water-scarce regions or during the early implementation phase, composting and
dry toilets are deployed as transitional sanitation solutions.
These systems require little to no water, are environmentally friendly, and can be implemented rapidly.
They enable an immediate improvement of sanitary conditions without placing
additional strain on water resources and serve as a flexible bridge toward later,
expanded sanitation systems.
Establishment of Small-Scale Wastewater Pre-Treatment Units
(Sedimentation, filtration, chlorination)
To reduce health risks, simple wastewater pre-treatment units are established.
These include sedimentation stages, basic filtration,
and—where required—chlorination.
The units provide basic pre-treatment of wastewater prior to collection or infiltration and significantly reduces contamination of soil, water resources, and surrounding settlements.
Wastewater Separation
(Household wastewater → secured collection points)
Household wastewater is systematically collected and separated from drinking and
service water.
Secured collection points prevent uncontrolled runoff and reduce the spread of pathogens.
This functional separation forms a core foundation for hygienic settlement structures
and facilitates future expansion of wastewater treatment systems in subsequent
project phases.
Hygiene Training (WASH)
(Handwashing, safe disposal, child-focused programs)
In parallel with the technical infrastructure, structured hygiene training programs are
implemented.
These include proper handwashing practices, safe use and disposal of sanitation facilities,
and child-appropriate WASH education programs.
The training promotes sustainable behavior change, increases acceptance and correct use
of the infrastructure, and represents a key building block for long-term health prevention within the Phase 1 regions.
Elimination of Open Wastewater Ditches
(Reduction of health risks)
Open wastewater ditches are consistently avoided or gradually removed. Instead,
closed or secured drainage systems are implemented.
This approach reduces the spread of pathogens, minimizes accident risks – especially for children – and significantly improves overall hygienic conditions within the village clusters.
Water Safety Stations
(Small chlorination or UV units depending on location)
At key locations, compact water safety stations are installed.
These stations use simple chlorination or UV treatment systems to provide
additional safeguarding of water quality.
They function as the final safety layer within the Phase 1 water supply chain and make a significant contribution to preventing water-borne infections.
(All measures presented serve the functional social and health-related stabilization of the
Phase 1 regions. They are designed as supportive, not system-replacing, and are closely
integrated with water, healthcare, and supply infrastructure. Scope, expansion stages, and
capacities are defined based on location and demand and will be further specified as the
project progresses.)