A NEW APPROACH TO INFRASTRUCTURE DEVELOPMENT AND CAPITAL DEPLOYMENT

The Operating System for Infrastructure Deployment

Brass Ginkgo develops and scales long-term nuclear-based energy infrastructure systems in power-constrained markets, using proprietary infrastructure intelligence, phased modular deployment, and integrated capital structures to deliver immediate capacity and transition to nuclear baseload over time.

Structured for phased transition to nuclear baseload infrastructure.

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$7B+

Transactions Advised

40+

Years of Leadership

3

Integrated Pillars

£6B

Infrastructure AUM

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The Platform

Infrastructure Demand Is Accelerating.
Deployment Is Not Keeping Up.

AI compute clusters, industrial electrification, and critical infrastructure systems are creating structurally non-discretionary demand for reliable, scalable, and localized energy infrastructure. These systems cannot wait for incremental grid expansion, conventional permitting timelines, or fragmented project development cycles.

Despite strong demand signals and significant capital availability, infrastructure deployment is consistently delayed, fragmented, and inefficient. The constraint is not capital supply — it is capital organization. The absence of an integrated system capable of aligning origination, capital formation, deployment execution, and portfolio aggregation is the defining inefficiency of the current cycle.

Brass Ginkgo is designed to close this gap by:

Turning structural demand into deployable infrastructure
Aligning projects, capital, and execution within one integrated platform
Scaling infrastructure through phased deployment systems
Compounding value across the full infrastructure lifecycle

5–10 yrs

Grid Interconnection Queue

3×

Data Center Power Demand Growth

Widening

Infrastructure Deployment Gap

Central Execution Layer

Modular Power Platform™ (MPP™)

A multi-phase infrastructure deployment system embedded across all three pillars. MPP™ enables immediate power delivery and progressive system expansion — deploying initial capacity rapidly, integrating efficiency and storage layers in the mid-term, and evolving toward long-duration baseload configurations over time. It closes the time-to-power gap through a continuous model: Deploy → Operate → Expand → Transition.

Near-Term

Rapid modular deployment & early revenue

Mid-Term

Efficiency, storage & system optimization

Long-Term

Nuclear-enabled baseload — permanent, stable energy backbone

I

Pillar

Project Origination Engine

Deployment Pipeline Creation & System Design

Proprietary Application

Infrastructure Intelligence & Corridor Mapping

The Project Origination Engine converts structural demand signals into executable infrastructure systems. Operating upstream of traditional project development, it identifies and prioritizes deployment corridors, secures site control, aligns long-term offtake demand, and sequences regulatory pathways — supported by a continuously developed Infrastructure Intelligence & Corridor Mapping layer.

Core Capabilities

Corridor identification & development optionality
Long-term offtake & demand alignment
Regulatory pathway sequencing
Multi-phase infrastructure system design (MPP™)

Deployment Focus

AI & Data Center Infrastructure

Industrial Electrification

Critical & Resilient Infrastructure

Strategic Energy Environments

II

Pillar

Capital Stack Architect

Lifecycle-Aligned Capital Systems

Proprietary Application

Lifecycle-aligned capital structure design

The Capital Stack Architect structures lifecycle-aligned capital systems that integrate institutional investors, regulatory frameworks, and phased deployment directly into platform execution. Capital architecture is embedded within infrastructure design from inception — not applied after the fact — enabling efficient deployment across development, construction, and operational stages.

Core Capabilities

Multi-source institutional capital integration
Risk segmentation across development stages
Regulated capital formation pathways
Capital recycling & refinancing as assets de-risk

Deployment Focus

Development & Early-Stage Capital

Construction & Institutional Debt

Long-Duration Yield Vehicles

Structured Investment Vehicles

III

Pillar

Platform Aggregator

Portfolio Scaling & Institutional Integration

Proprietary Application

Portfolio architecture & SPV formation

The Platform Aggregator forms scalable infrastructure portfolios designed for long-duration ownership and institutional integration. Assets are structured from inception for aggregation — not retrofitted into portfolios — enabling standardized governance, reporting, and performance frameworks that meet the participation thresholds of pension capital, sovereign wealth funds, and infrastructure allocators.

Core Capabilities

Standardized governance & reporting frameworks
Institutional capital alignment & access
Liquidity pathway structuring
Capital recycling into new deployment corridors

Deployment Focus

Multi-Corridor Infrastructure Platforms

Institutional Yield Portfolios

Long-Duration Operating Assets

Scalable Energy System Portfolios

Return Profile by Stage

Phase 1

14–16%

Development & Early Deployment

Site origination, early capital risk, and initial modular capacity deployment. Higher return expectations reflecting execution and technology risk.

Phase 2

12–14%

Expanded Operations & Nuclear Transition

Projects scale and risk is reduced as systems expand and transition toward nuclear-enabled baseload. Blended capital structures and institutional entry.

Phase 3

6–8%

Stabilized Contracted Infrastructure

Long-duration yield aligned with institutional return requirements for de-risked, contracted infrastructure assets. Pension and sovereign capital participation.

Target IRR ranges are illustrative and subject to project-specific conditions, market factors, and deployment timing.

Capital Scaling Path

$2–3M

Platform Formation

Establishes origination capability and pipeline

$20–30M

Early Project Capital

Funds initial deployments and corridor positioning

$100M+

Scaled Deployment

Expands across sites and supports portfolio formation

Portfolio

Institutional Capital

Enters at portfolio level, focused on stabilized assets and long-duration cash flows

Corporate Structure

Brass Ginkgo is organized as a long-term infrastructure development platform with a holding company structure designed to support continuous capital deployment and asset aggregation. The structure operates across three layers:

1

Platform Level (HoldCo)

Brass Ginkgo Corporation — responsible for corridor origination, project structuring, capital allocation, and portfolio oversight, with selective balance sheet participation to maintain alignment.

2

Regulated Capital Layer

Capital formation and structuring entities incorporating planned broker-dealer capabilities, including Security Token Offerings (STOs), enabling compliant access to institutional and private capital.

3

Asset & Portfolio Layer

Project-level SPVs and portfolio vehicles used for development, ownership, and operation of infrastructure assets — structured for risk isolation and aggregation.

Value Capture

Equity Participation

In projects and portfolio vehicles

Value Capture

Development Economics

Structuring and placement activities

Value Capture

Operating Yield

Ongoing participation in operating assets

Value Capture

Portfolio Aggregation

Upside from platform-level scaling

🌿

Longevity

270M years of resilience

⚡

Resilience

Survives every disruption

🏛️

Prestige

Brass — solid foundations

♾️

Permanence

Built for decades, not cycles

The Ginkgo biloba is one of the oldest living species on Earth — a tree that has survived mass extinctions, ice ages, and the test of 270 million years. In financial culture, it is a powerful symbol of longevity, resilience, and the wisdom that comes only with endurance.

The Brass element adds a second dimension: the weight of solid foundations, the warmth of prestige, and the permanence of institutions built to last. Together, they define our operating philosophy.

We do not optimize for quarterly cycles. Our mission is to originate, deploy, and scale infrastructure systems by aligning capital, technology, and demand within an integrated platform — building systems, not projects, and compounding value across the full infrastructure lifecycle.

Mission

Originate, deploy, and scale infrastructure systems by aligning capital, technology, and demand within an integrated platform.

Vision

Build a continuously operating infrastructure platform delivering long-duration, scalable energy systems across multiple deployment corridors.

"As global demand for energy and infrastructure accelerates, platforms that can integrate origination, capital, and deployment will define the next generation of infrastructure development."

Regulatory Architecture

Broker-dealer licensing roadmap embedded into platform design from inception. Compliance infrastructure built for SEC, FINRA, and cross-border regulatory environments, including planned Security Token Offering (STO) capabilities for compliant access to institutional and private capital.

Investment Discipline

Capital deployed only when infrastructure readiness, demand visibility, and regulatory conditions are aligned — not in anticipation of them. Lifecycle control with risk segmented across development, construction, and operations.

40+ Years of Experience

Leadership team with combined decades of institutional investing, private equity, investment banking, and large-scale infrastructure development across North America, Europe, and Asia.

Institutional Alignment

Assets structured, governed, and reported to institutional standards from inception. Platform architecture engineered to meet participation thresholds of pension capital, sovereign wealth funds, infrastructure allocators, and long-duration yield investors.

Energy Systems Expertise

Senior energy engineering leadership with 35+ years across nuclear power, advanced energy systems, and large-scale infrastructure — providing deep technical credibility across multi-phase deployment models and technology integration.

Platform Sovereignty

Structured as an independent capital infrastructure platform with control over origination pipelines, capital architecture, and deployment corridors — avoiding dependency on any single capital provider while preserving flexibility across energy systems, investor classes, and geographies.

Investor Materials

For Institutional Allocators & Partners.

Download the Brass Ginkgo investor brief and platform overview, or visit the Investor Relations page for the full thesis, leadership credentials, and inquiry channels.

Download Investor Brief Visit Investor Relations

PDF

·

Investor Overview

·

Available upon request

Confidential Investor Brief

Brass Ginkgo Capital Management

Platform Overview & Thesis

Platform Thesis
Three-Pillar Execution
Modular Power Platform™
Capital Stack & Economics
Leadership & Governance

JM

Jan Martasek

Founder & Chief Executive Officer

Economics, University of Toronto | Ernst & Young | Richardson Greenshields

Senior infrastructure finance executive and capital markets strategist with over 40 years of experience across institutional investing, private equity, investment banking, and large-scale infrastructure development. Transactions exceeding US$7 billion in capital raised, assets under management, and project financing across North America, Europe, and Asia. Former Regional Managing Director for Continental Europe at John Laing Infrastructure, overseeing renewable energy and infrastructure portfolios exceeding £6 billion in assets.

Platform Focus

Platform strategy, capital architecture, institutional partnerships, regulatory positioning

WA

W. Wood Alberts

Founding Partner & Chief Operating Officer

Business Administration & Accounting, University of Arizona | BA Management, University of Phoenix

Senior operating executive with more than 30 years of leadership experience spanning private equity-backed growth companies, infrastructure services, technology platforms, and capital-intensive operating environments. P&L responsibility exceeding $150 million. Capital raises, private placements, and IPO processes exceeding $300 million. Member of the executive team that took a $230 million technology company public. Prior roles include CEO, COO, President, and Board-level positions at Quadrant Capital Management, American Energy Assets, and Baker Street Scientific.

Platform Focus

Platform operations, execution infrastructure, deal pipeline management, institutional readiness

ES

Edward F. Sanchez

Chief Energy Officer

BSNE, CEM, CFM | 35+ Years Energy Systems Engineering

Nuclear engineer and energy systems executive with more than 35 years of experience in nuclear power, energy infrastructure, and advanced energy systems. Former Reactor and Nuclear Physics Engineer at Palo Verde Nuclear Generating Station. Founder of an energy engineering firm focused on nuclear, SMR, and industrial energy systems. Has supported energy resilience and infrastructure initiatives with the U.S. Department of Energy and the U.S. Department of the Navy, including programs focused on energy independence, resiliency, and system reliability. Most recently led energy strategy for a large financial institution, managing a $40M energy portfolio.

Platform Focus

Energy system design, nuclear integration, technical diligence across projects, SMR deployment strategy

Schedule a Consultation

Begin the Conversation

Brass Ginkgo engages with institutional investors, infrastructure capital allocators, strategic corporate partners, and qualified project developers seeking to participate in next-generation integrated energy infrastructure systems.

We welcome introductory conversations with pension and sovereign capital, infrastructure funds, family offices, and strategic industrial partners aligned with long-duration infrastructure investment mandates and phased deployment strategies.

Wood Alberts — Co-Founder & COO

wood@brassginkgo.com +1-303-917-1505

Jan Martasek — Co-Founder & CEO

jan@brassginkgo.com +1-647-916-8234

Edward Sanchez — Chief Energy Officer

ed@brassginkgo.com +1-480-510-2626

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The Operating System for Infrastructure Deployment

Infrastructure Demand Is Accelerating.
Deployment Is Not Keeping Up.