Executive Summary — ESCP Patent Platform

1. Strategic Vision

The ESCP portfolio—developed by Vito Lavanga and ESCP Srl—presents a complete industrial ecosystem for transforming cities of ~1,000,000 inhabitants into low‑emission, resource‑efficient, circular‑economy hubs.
The technologies are structured to support:

• Energy transition (hydrogen, biogas, wind‑assisted propulsion, thermal capture)

• Water security (solar desalination, process‑water recovery)

• Urban waste valorization (organic → biogas; algae → food/feed/biofuel)

• Mobility & infrastructure (SIDR heating/cooling surfaces, ACMW compressed‑air wheel)

• Human experience & lighting (diffuse fiber‑optic systems, environmental comfort)

• Industrial 4.0 / Transition 4.0 integration

• Tokenized industrial financing (JEH Plan) for global deployment

The portfolio is positioned as a turnkey green‑transition engine for governments, cities, and investors. ¹

2. Core Patents & Their Functions

Energy & Hydrogen

• HWFC – Hydrogen extraction + direct‑current conversion

• CMTC – Radiative spectrum capture + thermal energy harvesting

• ITEG – Integrated turbine energy generator (multi‑sector: health, wind, hydro, oil & gas, transport, drones, refrigeration, pumps)

• WWWV / MOLC – Wind‑assisted propulsion & aerodynamic efficiency

Water & Environmental Control

• SDGC – Solar desalination for sea/process water

• GSMF – Gravimetric separation of liquid/gas mixtures

• MHLM – Homogeneous mixing in large reactors

Waste → Resource

• MBGC – Organic waste → biogas (urban/peri‑urban)

• PBRC – Algae → food, feed, biofuel

• GFSS – Spiral field separation

Urban Surfaces & Infrastructure

• SIDR – Heating/cooling of large surfaces (sport fields, parks, roads, airports, agriculture)

• ACMW – Air‑compressed motor wheel (disruptive alternative to engines, gearboxes, axles)

Lighting & Human Experience

• SDNA – Homogeneous side‑emission fiber lighting

• GUPC® – Trademarked performance‑contracting framework for multi‑sector deployment

All patents are granted in Italy, with many extended to EU, China, EAPO, and WIPO jurisdictions, enabling global licensing. ¹

3. Deployment Architecture: GUPC® & LEED‑City Framework

The technologies are bundled into GUPC® (General Utilities Performance Contract), a contractual and operational model enabling:

• City‑scale deployment (1M inhabitants per project)

• Integration with LEED for Cities & Communities

• Industrial 4.0 / Transition 4.0 incentives

• Local job creation (“60 Centers of Excellence”)

• Royalty‑based licensing and revenue‑sharing

Each metropolitan deployment includes solutions across:

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4. Investment & Licensing Model

The ESCP platform offers:

• Royalty‑based IP licensing (worldwide, with advances/auctions)

• SRB – Sale & Rent‑Back (3%) investment structure

• NFT/NFW‑BB mechanisms for global brokerage

• Priority‑zone booking for territorial exclusivity

• Industrial Property rights across 193 WIPO/UN states

Each 1M‑inhabitant project is framed as a €15M “Green Gift” to the territory, enabling local agents/brokers to activate industrial deployment. ¹

5. JEH — Job Earth Health Industrial Plan

A global industrial plan built on ESCP patents, targeting:

• 60 metropolitan cities (EU focus)

• 100+ specialized professionals per city

• €1B direct/induced economic impact per city

• Four business units:

  • Biogas

  • Algae

  • Water

  • Renewable‑energy retrofits

Financing is supported by ICO/IEO Utility Tokens, enabling tokenized industrial rights and global scalability. ¹

6. Strategic Positioning

The ESCP Patent ecosystem positions itself as:

• A complete industrial toolbox for the ecological transition

• A multi‑sector platform spanning energy, water, waste, mobility, agriculture, and urban infrastructure

• A globally licensable IP portfolio with strong patent protection

• A ready‑to‑deploy investment and governance model for cities and nations

• A job‑creation engine aligned with UN SDGs and ESG metrics

In One Sentence

ESCP’s patent suite is a turnkey, globally licensable industrial ecosystem enabling cities to transition from fossil‑dependent systems to integrated, circular, renewable infrastructures—supported by strong IP, investment models, and scalable deployment frameworks. ¹