MDA CAPITAL INVEST, A.S. (MDACI)

1.     Introduction

The Corporate Social Responsibility (CSR) policy for MDA CAPITAL INVEST, A.S. (MDACI) focuses on sustainable business development, eco-economy support, ethical operations, and environmental stewardship or green environment promotion. It targets long-term economic viability alongside positive social impact.

MDACI take its role in society seriously and great responsibility. At MDACI, we believe that corporate business success is not measured by profits and growth alone; it also includes customer satisfaction, employee well-being, and positive social impact we make on the world around us. While financial metrics remain core, modern business evaluation embraces a much broader view of value. We take our social role seriously and with high responsibility. At MDACI, we believe that success is not just measured in terms of profits and growth, but also through the positive impact we make on the world around us.

As a Global bankable Project and Business Development Platform and Commerce Maker, MDACI ensures its compliance with international ethical standards, laws and norms and integrates social, environmental, and consumer concerns into our global business operations and core strategies in close collaboration with our stakeholders and partners.

The main purpose of this MDACI's CSR activity is to balance financial profitability, growth and efficiency with positive social and environmental impact and other important non-Financial value measures, consisting of employee well-being, customer value. Our CSR is designed to guide our employees, contractors and partners to act ethically, support local communities, and protect our great planet while meeting stakeholder expectations.

2.     Core Pillars of MDACI CSR

2.1   Green economy, environment stewardship and climate action

• • • Active support for eco-friendly economies to help reduce global warming.
    • Reduce energy consumption and greenhouse gas emissions across all corporate offices.
    • Maintain paperless workflows and implement strict recycling protocols.
    • Prioritize digital meetings over business travel whenever feasible.
    • Integration of sustainable design and green principles into international trade and infrastructure projects.

2.2   Bankable and ethical growth

• • • Transforming innovative business ideas into transparent, sustainable, and profitable ventures.
    • Upholding strict compliance with international banking, legal, and regulatory frameworks.
    • Enforcing zero-tolerance policies regarding bribery, corruption, and insider trading.
    • Utilising advanced cybersecurity measures to safeguard client and corporate data.
    • Maintain an independent whistleblowing channel for unethical behaviour reporting.

2.3   Sustainable and Responsible Investing (SRI)

• • • ESG Integration. Assess environmental, social, and governance factors in all capital allocation decisions.
    • Ethical Funding. Avoid investments in industries that harm human rights or cause severe environmental degradation.
    • Transparency. Provide clients with clear reporting on the sustainability impact of their portfolios.

2.4   Human Capital and Workplace Culture

• • • Diversity & Inclusion. Guarantee equal opportunities regardless of gender, race, age, or background.
    • Health & Well-being. Provide comprehensive mental and physical wellness programs for all employees.
    • Continuous Education. Fund ongoing professional training and personal development tracks.

2.5   Community engagement and stakeholder empowerment

• • • Fostering professional skills via collaborative global networks and expert platforms.
    • Allocating a percentage of annual profits to regional community development projects.
    • un pro-bono educational workshops to boost financial literacy in the community.
    • Ensuring mutual value creation for project partners, investors, and local markets without sacrificing quality.
    • Grant paid volunteer days for staff to support registered non-profit organizations.

3.     Unified Environmental Reporting Framework for MDA CAPITAL INVEST, a.s.

This comprehensive framework outlines how MDA CAPITAL INVEST, a.s. (MDACI) and its consortium experts structure, track, and report environmental impacts across all active operational industries. The framework relies on established global reporting metrics, primarily aligned with the Global Reporting Initiative (GRI) and the Sustainability Accounting Standards Board (SASB) standards.

3.1   Financial and Professional Services

Banking & Finance

• • • Financed Emissions. Measure and disclose portfolio greenhouse gas (GHG) emissions (Scope 3, Category 15) using the PCAF standard.
    • Green Financing. Track total capital allocated to sustainable, bankable, and eco-friendly development projects.
    • Climate Risk. Disclose financial exposure to physical and transitional climate risks following TCFD recommendations.

Telecommunication & ICT / Software & Hardware / High-Tech

• • • Energy Intensity. Report total data centre power consumption measured via Power Usage Effectiveness (PUE).
    • E-Waste Management. Quantify the weight of recycled versus landfilled IT hardware and electronic components.
    • Circular Design. Disclose percentage of hardware products utilizing post-consumer recycled plastics or rare earth metals.

3.2   Heavy Industry and Manufacturing

Aerospace & Defence

• • • Fleet Efficiency. Track life-cycle carbon emissions per passenger-kilometre or cargo-ton-kilometre for developed aviation technologies.
    • Sustainable Aviation Fuel (SAF). Report the percentage integration of alternative, zero-emission fuels in propulsion systems.
    • Hazardous Waste. Monitor volume of toxic waste, heavy metals, and chemical solvents generated during military/commercial manufacturing.

Automotive & Transport / Logistics & Supply Chain

• • • Fleet Electrification. Disclose the ratio of internal combustion engine (ICE) vehicles to Electric Vehicles (EVs) in active logistics operations.
    • Route Optimization. Track fuel consumption reductions achieved through algorithmic supply-chain planning and scheduling.
    • Packaging Circularity. Measure total cardboard, wood, and plastic pallet reuse cycles to reduce distribution waste.

Industrial Manufacturing

• • • Operational Footprint. Record Scope 1 (direct) and Scope 2 (indirect) emissions from factory operations.
    • Material Efficiency. Track raw steel, aluminium, and composite waste percentages during manufacturing fabrication cycles.
    • Renewable Transition. Report the percentage of grid electricity sourced from onsite solar, wind, or low-carbon utilities. 

3.3   Extractives and Resource Management

Mining, Metals & Minerals / Natural Resources

• • • Tailings Management. Report total volume of extraction tailings stored, treated, and safely isolated from surrounding biomes.
    • Land Reclamation. Track total acreage of altered mining environments restored to baseline natural biodiversity levels.
    • Energy Mix. Monitor gigajoules of energy consumed per metric ton of extracted ore or harvested natural material.

Energy & Utilities / Power & Utilities

• • • Generation Intensity. Disclose GHG emissions intensity expressed in metric tons of CO₂e per megawatt-hour (MWh) generated.
    • Grid Decarbonization. Map the megawatt capacity transition from fossil-fuel generation assets to renewable energy plants.
    • Water Intensity. Report total cubic meters of freshwater cooling intake utilized per unit of power generation.

Water & Sanitation

• • • Effluent Quality. Disclose compliance rates with international chemical and organic chemical standard limits for discharged treated water.
    • System Efficiency. Monitor total non-revenue water (NRW) loss percentages across distribution networks.
    • Sludge Recovery. Track the conversion rate of operational biosolid waste into useful agricultural fertilizer or biogas energy sources.

3.4   Agriculture, Life Sciences & Consumer Goods

Agriculture & Farming

• • • Soil Sequestration. Measure soil organic carbon (SOC) percentages across managed crop and timber lands.
    • Chemical Reductions. Disclose total volume reduction metrics for synthetic nitrogen fertilizers and toxic pesticides.
    • Methane Mitigation. Report methane emissions output variations from livestock operations using advanced feed adjustments.

Food & Beverages

• • • Sourcing traceability. Track the percentage of agricultural ingredients certified under sustainable farming regimes.
    • Water depletion. Monitor local water source stress indexes in processing regions, maintaining zero-depletion operational footprints.
    • Spoilage reduction. Disclose total metric tons of organic waste diverted from landfills via optimized cold-chain logistics.

Health & Beauty / Consumer Goods

• • • Biodegradable formulations. Disclose the percentage of consumer formulations using zero microplastics and fully renewable chemical inputs.
    • Packaging footprint. Record total reduction of virgin plastics achieved by implementing post-consumer recycled packaging designs.
    • Ethical sourcing. Map supply chains to ensure raw ingredients (e.g., palm oil, mica, shea) do not contribute to deforestation.

Environment & Ecology

• • • Conservation impact. Document the gross square meters of sensitive ecological reserves preserved or expanded via strategic direct investments.
    • Mitigation banking. Track generated biodiversity credits or carbon offsets registered on verified global clearing exchanges.
    • Species protection. Monitor local flora and fauna species populations impacted by regional infrastructure development.

Life Sciences / Pharmaceutical

• • • Solvent recovery. Disclose the percentage reclamation rate of volatile organic solvents utilized during pharmaceutical synthesis.
    • Eco-toxicity. Monitor active pharmaceutical ingredient (API) residue parts-per-billion found in industrial wastewater discharge.
    • Product stewardship. Track the take-back and safe destruction metrics for expired medical goods and clinical trial waste materials.

4.     MDACI Business Industries Data collection templates

Here are the standardised data collection templates tailored to the 21 industries in which MDA CAPITAL INVEST, a.s. (MDACI) operates. Each template is structured to capture raw inputs, standard accounting metrics, and required audit evidence.

4.1   Financial & Professional Services

Banking & Finance

• • • Asset class exposure. Total capital allocated (EUR) broken down by sector, region, and asset class (loans, equities, bonds).
    • Portfolio carbon footprint. Total financed emissions (Metric Tons CO₂e) across Scope 3 (Category 15) calculated via PCAF standards.
    • Green bonds and loans. Total financial value (EUR) of active investments in climate mitigation or sustainable infrastructure.
    • Climate risk exposure. Percentage of total managed assets exposed to high physical or transition climate risks.
    • Audit evidence required. Portfolio asset registers, PCAF alignment calculation sheets, third-party green bond verification certificates.

Telecommunication & ICT

• • • Data Centre Power Usage. Total electricity consumption (MWh) of owned or leased data centres.
    • Power Usage Effectiveness (PUE). Average annual PUE ratio across all active IT facilities.
    • Network Infrastructure Energy. Total electricity consumed (MWh) by telecom masts, switches, and edge infrastructure.
    • Hardware Disposal. Total weight (Metric Tons) of network equipment decommissioned, broken down by recycled, reused, or landfilled.
    • Audit Evidence Required. Utility grid bills, data centre energy management system (EMS) logs, e-waste vendor destruction receipts.

Software & Hardware

• • • Cloud Computing Infrastructure. Total indirect electricity consumption (MWh) from third-party cloud hosting providers (AWS, Azure, Google Cloud).
    • Product Material Composition. Percentage of post-consumer recycled plastic and conflict-free rare earth minerals used in hardware lines.
    • Hardware Lifecycle Footprint. Estimated lifetime energy usage (kWh) per product unit sold.
    • E-Waste Take-Back Program. Total volume (Metric Tons) of consumer electronic hardware recovered and processed through return programs.
    • Audit Evidence Required. Cloud provider annual carbon sheets, product bills of materials (BOM), recycler certification logs.

High-Tech

• • • Cleanroom Energy Intensity. Total energy (MWh) consumed specifically by specialized high-tech laboratory or semiconductor cleanroom facilities.
    • Chemical Gas Utilization. Total volume (kg) of fluorinated gases or high-GWP (Global Warming Potential) gases used in R&D processing.
    • Rare Material Traceability. Percentage of specialized electronic inputs sourced through verified sustainable supply chains.
    • R&D Prototyping Waste. Total weight (kg) of hazardous or heavy-metal chemical waste generated during rapid product prototyping phases.
    • Audit Evidence Required. Gas procurement receipts, hazardous material disposal manifests, supplier environmental certificates.

4.2   Heavy Industry and Manufacturing

Aerospace & Defence

• • • Propulsion System Testing. Total volume (Liters) of aviation fuel, kerosene, or rocket propellants consumed during development testing.
    • Sustainable Aviation Fuel (SAF). Percentage of alternative low-carbon SAF integrated into test flights or propulsion platform operations.
    • Hazardous Manufacturing Waste. Total volume (kg) of heavy metal sludges, chemical solvents, and toxic coatings generated.
    • Product Lifecycle Emissions. Modelled lifetime CO₂ output (gCO₂ per passenger-kilometre or equivalent military unit metrics).
    • Audit Evidence Required. Fuel delivery receipts, hazardous waste tracking documents, engineering lifecycle assessment (LCA) software logs.

Automotive & Transport

• • • Manufacturing Plant Energy. Total electricity (MWh) and natural gas (m³) consumed by vehicle assembly and parts fabrication facilities.
    • Fleet Powertrain Breakdown. Total volume of units manufactured or operated, categorized by ICE, hybrid, and battery electric (BEV).
    • Volatile Organic Compounds (VOCs). Total mass (kg) of VOC emissions released during vehicle chassis painting and finishing cycles.
    • End-of-Life Recyclability. Average percentage by weight of vehicle materials designed for circular dismantling and recycling.
    • Audit Evidence Required. Factory utility invoices, factory air monitoring system logs, automotive material certification records (IMDS reports).

Industrial Manufacturing

• • • Direct Production Emissions (Scope 1). Total natural gas, fuel oil, or coal consumed (m³ or Metric Tons) in onsite industrial furnaces and boilers.
    • Indirect Energy Consumption (Scope 2). Total grid electricity purchased (MWh) across all active production facilities.
    • Raw Material Scrap Rate. Total weight (Metric Tons) of raw metals, plastics, or composites purchased versus material discarded as scrap.
    • Water Inflow for Production. Total volume (m³) of freshwater drawn from municipal grids or local groundwater tables for process cooling.
    • Audit Evidence Required. Corporate utility accounts, industrial scale calibration logs, material purchase invoices against scrap sales bills.

4.3   Extractives and Resource Management

Mining, Metals & Minerals

• • • Ore Extraction Energy. Total fuel (Liters of diesel) and electricity (MWh) consumed by heavy excavation machinery and milling plants.
    • Tailings Inventory. Total volume (m³) of processed mining ore waste discharged into designated containment basins.
    • Land Surface Alteration. Total acreage (m²) of wilderness land cleared or impacted by active mining operations.
    • Mine Reclamation Progress. Total acreage (m²) of defunct mining land successfully backfilled, re-soiled, and replanted with native vegetation.
    • Audit Evidence Required. Heavy equipment fuelling logs, tailings dam sensor metrics, satellite land-use surveys, environmental reclamation reports.

Energy & Utilities

• • • Fossil Power Generation. Total volume of coal (Metric Tons), natural gas (m³), or oil (Liters) burned to produce wholesale grid power.
    • Gross Renewable Generation. Total megawatt-hours (MWh) generated from solar, wind, hydroelectric, or geothermal infrastructure assets.
    • Flaring & Fugitive Venting. Total volume (m³) of natural methane or byproduct gas flared or vented into the atmosphere.
    • Cooling Water Footprint. Total volume (m³) of freshwater drawn for thermal power plant cooling, minus volume returned safely to the source.
    • Audit Evidence Required. Plant meter readings, fuel delivery weight certificates, grid transmission invoices, water extraction permits.

Power & Utilities

• • • Grid Infrastructure Loss. Total megawatt-hours (MWh) of electrical energy lost during long-distance transmission and local sub-station distribution.
    • SF6 Gas Inventories. Total weight (kg) of Sulphur Hexafluoride gas contained within grid transformers, tracking any accidental leaks.
    • Renewable Interconnection Capacity. Total megawatts (MW) of clean, third-party energy generation successfully integrated into the active utility grid.
    • Substation Resource Footprint. Total electricity (MWh) consumed internally to power control centres and regional grid hubs.
    • Audit Evidence Required. Substation meter logs, SF6 equipment pressure checks, grid interconnection approval files.

Natural Resources

• • • Biomass Harvest Volume. Total mass (Metric Tons or m³) of timber, organic material, or biomass extracted from managed habitats.
    • Deforestation Risk Assessment. Percentage of land holdings audited to confirm zero net deforestation across resource gathering boundaries.
    • Heavy Machinery Fuelling. Total volume (Liters of diesel) consumed by logging, harvesting, and field transport vehicles.
    • Biodiversity Conservation Area. Total hectares (ha) of managed land explicitly set aside for natural preservation and wildlife corridors.
    • Audit Evidence Required. Timber harvest manifests, forestry management plans (FSC/PEFC certificates), fuel purchase slips, GIS boundary maps.

4.4   Supply Chain and Services

Logistics & Supply Chain

• • • Distribution Fleet Fuel. Total volume (Liters) of diesel, gasoline, or biofuels consumed by freight trucks, ships, or cargo aircraft.
    • Electric Vehicle (EV) Mileage. Total kilometres (km) driven by zero-emission electric vehicles or cargo bikes within urban delivery networks.
    • Warehouse Energy Demand. Total electricity (MWh) and heating energy (kWh) used to power and climate-control regional distribution warehouses.
    • Refrigerant Gas Leakage. Total volume (kg) of HFC or CFC gases leaked from specialized cold-chain refrigerated trailers or storage rooms.
    • Audit Evidence Required. Fleet fuel card transaction logs, EV odometer reports, warehouse utility bills, HVAC maintenance service logs.

4.5   Infrastructure and Built Environment

Water & Sanitation

• • • Raw Water Extraction. Total volume (m³) of water sourced from natural reservoirs, aquifers, or rivers for public treatment.
    • Water Distribution Losses. Total volume (m³) of non-revenue treated water lost due to underground pipe leaks and network bursts.
    • Wastewater Treatment Load. Total volume (m³) of municipal or industrial sewage successfully processed by treatment plants.
    • Sludge Reuse Metrics. Total weight (Metric Tons) of sewage biosolid sludge converted into agricultural fertilizer or biogas fuels.
    • Audit Evidence Required. Volumetric water flow meter logs, chemical inventory checklists, wastewater quality testing reports.

Environment & Ecology

• • • Conservation Management. Total land area (m²) under active ecological remediation, monitoring, or biodiversity protection.
    • Carbon Offset Generation. Total verified carbon credits (Metric Tons CO₂e) generated through corporate forestry or re-wilding initiatives.
    • Ecosystem Species Inventory. Total number of endangered flora or fauna species protected within corporate-managed project zones.
    • Environmental Remediation. Total volume (m³) of contaminated soil or polluted surface water successfully decontaminated.
    • Audit Evidence Required. Third-party carbon registry listings, ecological survey reports, remediation lab clearance documents.

4.6   Agriculture, Life Sciences & Consumer Goods

Agriculture & Farming

• • • Synthetic Fertilizer Intake. Total weight (Metric Tons) of nitrogen, phosphorus, and potassium fertilizers applied to farm fields.
    • Methane Emission Safeguards. Total number of livestock heads managed, paired with logs of integrated methane-reducing feed additives.
    • Irrigation Consumption. Total volume (m³) of water distributed across crops via artificial irrigation networks.
    • Topsoil Carbon Monitoring. Average percentage of organic carbon content detected across topsoil sampling plots.
    • Audit Evidence Required. Fertilizer invoice statements, animal feed recipes, irrigation pumping logs, soil laboratory test results.

Food & Beverages

• • • Agricultural Traceability. Percentage of raw food ingredients sourced from suppliers with certified sustainable farming practices.
    • Processing Facility Water. Total volume (m³) of clean water used for commercial washing, cooking, and product canning processes.
    • Organic Food Waste. Total weight (Metric Tons) of food processing scrap or spoiled raw inputs diverted into composting or animal feed.
    • Primary Packaging Material. Total weight (Metric Tons) of virgin plastics utilized, versus weight of aluminium, glass, or paper packaging.
    • Audit Evidence Required. Supplier sustainability certificates, plant water meter logs, organic waste diversion receipts, packaging procurement bills.

Health & Beauty

• • • Microplastic Exclusion. Percentage of consumer formulations audited to guarantee absolute zero use of microplastic scrubbers or polymers.
    • Renewable Ingredient Sourcing. Percentage of raw botanical or oil inputs derived from certified deforestation-free supply loops.
    • Cruelty-Free Certification. Total share of cosmetic products verified under international non-animal testing standards.
    • Packaging Post-Consumer Waste. Weight ratio of post-consumer recycled (PCR) plastic packaging compared to standard packaging lines.
    • Audit Evidence Required. Chemical formula sheets, ingredient supply chain maps, Leaping Bunny/PETA certificates, packaging supplier invoices.

Pharmaceutical

• • • Chemical Solvent Recovery. Total volume (Liters) of volatile organic solvents used in drug synthesis that were successfully captured and reused.
    • API Effluent Monitoring. Concentration levels (parts per billion) of active pharmaceutical ingredients detected in treated facility wastewater.
    • Clinical Testing Waste. Total weight (kg) of biohazardous clinical items, lab materials, and experimental drug batches incinerated.
    • Cold-Chain Carbon Footprint. Total energy (MWh) allocated to ultra-low temperature freezers and climate-controlled medical transport.
    • Audit Evidence Required. Solvent distillation logs, wastewater chemical assay results, biohazard disposal certificates, freezer energy logs.

Life Sciences

• • • Laboratory Energy Intensity. Total energy (MWh) consumed per square meter of active genetic sequencing or medical research laboratory space.
    • Bioreactor Gas Inputs. Total volume (m³) of carbon dioxide, oxygen, and specialized gases consumed inside automated biological cell cultures.
    • Genetic Material Disposal. Total mass (kg) of genetic or cell-culture waste treated via onsite autoclaving prior to external disposal.
    • Lab Specimen Cold Storage. Total electricity (MWh) consumed by cryogenic storage units and deep-freeze preservation vaults.
    • Audit Evidence Required. Laboratory facility utility records, gas cylinder refill orders, autoclave validation logs, equipment power specs.

Consumer Goods

• • • Supply Chain Transparency. Percentage of Tier-1 and Tier-2 manufacturing partners audited for environmental code of conduct compliance.
    • Product Lifetime Durability. Average warranty period or product lifetime cycles engineered into consumer product designs.
    • Virgin Material Reduction. Total weight (Metric Tons) of virgin plastic, wood, or textile fibres replaced by certified recycled alternatives.
    • Distribution Packaging Volume. Total mass of corrugated cardboard boxes and protective plastic films used to transport consumer goods.
    • Audit Evidence Required. Third-party factory audit reports, product design blueprints, material transaction records (e.g., GRS certificates).

5.     MDACI Strategic CSR and Sustainability

MDA CAPITAL INVEST, a.s. (MDACI) integrates social, environmental, and ethical governance directly into the lifecycle of heavy industry, cross-border commerce, and large-scale engineering, procurement, construction, installation, and maintenance (EPCIM) projects. This policy defines our commitment to risk mitigation, bankability, and shared value creation for our industrial partners, financial underwriters, and project stakeholders.

5.1   Sustainable Infrastructure & Project Bankability

We de-risk large-scale industrial projects by embedding rigorous sustainability criteria into early-stage engineering and financial structuring.

• • • Dual-Materiality ESG Frameworks. Design projects to meet both impact and financial resilience standards required by international investment banks.
    • Equator Principles Alignment. Structure project financing to comply fully with the Equator Principles for assessing and managing environmental and social risk.
    • Climate Resilient Infrastructure. Mandate climate-risk vulnerability assessments for all EPCIM developments to safeguard long-term assets.
    • De-Risking Capital Allocation. Enhance project bankability to secure optimal terms from institutional investors and commercial lenders.

5.2   Responsible Supply Chain and Industrial Partnerships

We partner with manufacturers, distributors, and contractors to build transparent, resilient, and ethically compliant industrial ecosystems.

• • • Decarbonizing Industrial Logistics. Incentivize distributors and logistics partners to optimize routes and adopt low-emission transport fleets.
    • Sustainable Supply Sourcing. Require EPCIM contractors and manufacturers to verify the ethical provenance of raw materials and industrial components.
    • Circular Industrial Practices. Prioritize manufacturers utilizing scrap-metal recycling, closed-loop water systems, and waste-heat recovery.
    • Contractor HSE Enforcement. Mandate strict Health, Safety, and Environment (HSE) protocols across all active industrial project sites.

5.3   Export Credit & Structured Finance Compliance

We maintain institutional trust by aligning all structured and cross-border trade finance with strict global compliance standards.

• • • OECD Common Approaches. Align cross-border project financing with OECD Common Approaches for officially supported export credits.
    • ECA Environmental Screening. Provide transparent reporting to Export Credit Banks and Insurance Corporations (ECAs) to accelerate environmental clearances.
    • Anti-Financial Crime Protocols. Enforce strict anti-bribery, anti-corruption (ABC), and anti-money laundering (AML) frameworks across all project vehicles.
    • EU Taxonomy Compliance. Standardize financial reporting to align with the EU Taxonomy for Sustainable Activities to satisfy European commercial bank mandates.

 5.4   Climate Stewardship and Decarbonization

We actively drive the reduction of greenhouse gas (GHG) emissions across project construction, industrial manufacturing, and corporate operations.

• • • Scope 3 Lifecycle Transparency. Collaborate with industrial buyers and manufacturers to measure and report Scope 3 supply chain emissions.
    • Energy-Efficient EPCIM Engineering. Integrate renewable energy generation, smart grids, and energy storage directly into industrial facility designs.
    • Operational Carbon Reduction. Minimize the direct carbon footprint of MDACI corporate hubs through digital-first operations and optimized business travel.

5.5   Social Impact, Human Rights and Corporate Governance

We protect human capital and foster local economic development across all regions hosting MDACI-developed projects.

• • • International Labor Standards. Enforce compliance with the International Labour Organization (ILO) Core Conventions across all contractors and supply chains.
    • Local Content Optimization. Prioritize local hiring, training, and sub-contracting to stimulate the economies hosting our major projects.
    • Fiduciary Responsibility. Maintain a transparent, dual-board governance system with independent oversight to protect investor and financier capital.

6.     Implementation and Continuous Monitoring and Review

The Board of Directors of MDACI maintains direct oversight of this policy. Project-specific ESG performance data is continuously audited and disclosed to project financiers, investors, and stakeholders during regular quarterly and annual reviews.