Starter Kit

The entire project is proposed from an "Industry 4.0" perspective, as the proposer is an "Innovative Startup with a Social Mission," as can be seen from documents made available to you. We note that this entails significant tax benefits for the client (50% tax credit on the supply, as well as a halving of IRES/IRAP in the subsequent year, upon starting production with the delivered units). Thus, the purchase operation is essentially at "ZERO cost," with benefits automatically accessed in the accounting process.

ITEG-prop Srls undertakes to provide a StartKit of systems (developed at your locations with a priority on activities derived from the client) consisting of: 2 bilateral belts with 3 propulsion units per side of 1 kW each, 2 bilateral belts with 3 propulsion units per side of 3 kW each, and 2 bilateral belts with 3 propulsion units per side of 5 kW each.

Business Plan

Project: ITEG - Integrated Turbine Energy Generator

Objective: Start a pre-assembly and testing site (procedures and manuals) for the production of axial pumps.

Target: Pipeline/industrial chemical companies, operators in the nautical and aeronautical sectors, hydromechanical companies, financial investors, operators in the AGRO and biogas/biomethane sectors, Oil & Gas.

The project aims to activate a production site, covering everything from design to assembly (for pre-delivery and rapid installation), with the development of procedures tailored to the production agreed upon with the client (based on available products to interface with) and the intended use of its equipment.

Publications & Thesis

The Integrated Turbine Energy Generator (ITEG) is a reversible machine capable of either imparting energy to a fluid or extracting energy from it, depending on whether it functions as a pump or a turbine. The design features few mechanical components (rotor, stator, end caps), which makes it simple and adaptable for various applications.

A key innovation of ITEG compared to similar machines currently on the market is the integration of the motor into the stator, along with the rotor's balance achieved through magnetic bearings. The rotor section itself is also a significant characteristic of this machine, enhancing its versatility and efficiency in different settings.

Commercial Title

Subject: "ITEG Project - Industrial Research and Development", Italian Patent No. 102018000011105

This proposal offers the opportunity to develop a series of ITEG propulsion systems, aimed at increasing the efficiency of propulsion for self-propelled vehicles by interacting with the surrounding fluids (gaseous or liquid), for both recreational and professional use in nautical and aeronautical segments. The propulsion units, properly configured and aligned, will allow a high level of maneuverability through PLCs (Programmable Logic Controllers) and dedicated firmware. The project includes customization of the systems according to the scale of the interested companies.

The entire project is framed under "Industry 4.0", with the proponent being an "Innovative Startup with a Social Mission," as evidenced by available documentation. This allows significant tax benefits for clients (50% tax credit on supply, as well as reduced IRES/IRAP in the subsequent year, provided the delivered systems are put into production). Essentially, this results in a "zero-cost" operation for the buyer, with the benefits applied automatically in the financial statements.

Pitch-S&S

The innovative rotor described here is designed to convert energy from a fluid (either gaseous or liquid) into rotational energy, and vice versa. Key features include:

• Tensile Structure: Provides high solidity, enhancing efficiency during distributed and pervasive action.
• Distributed Action in Operational Section: Enables efficient, controlled impact across the rotor’s surface.
• Drastic Friction Reduction: Minimizes friction between the donor and receiver in the different forms of energy transfer, leading to smoother operation.
• No Contaminating Effects: Ensures no contamination occurs between the internal and external parts of the operational compartments, maintaining system integrity.

Legal Title

CONTRACT FOR KNOW-HOW LICENSE on PATENT IT, No. 0001427137

Between: Vito Lavanga, with offices in Milan, Italy, referred to as the "Licensor" (on one side), and GSMF-WTeam (a company to be established as an Srls), represented by FS.ad.x, referred to as the "Licensee" (on the other side), acknowledging that this agreement will be ratified upon company formation, and further acknowledging that the Licensor possesses technical, commercial, and application know-how pertinent to patent IT, No. 0001427137, which is of interest to the Licensee, the parties agree and stipulate the following terms:

YOU can see our license by clicking on Learn More.

Patents+

Project EPO

Energy Process Optimization

METHOD FOR DISTRIBUTING A UNIFORM RADIATIVE SPECTRUM AND DEVICE FOR IMPLEMENTING SAID METHOD

This invention relates to a method and to a device for the implementation of said method, to spread homogeneously a radiative spectrum in substrates (solid, liquid and gaseous), saturating volumes in a pervasive and distributed way, with one or two inlet points, fitted to ensure constancy of diffusion, said two inlet points being able to be supplied simultaneously or in following times. The method is characterized by the fact to use one or more side emitting optical fibers (1, 10) submerged in said solids, liquids, vapours or gaseus mediums, said one or more optical fibers (1, 10) being arranged in such a way that a signal constituted by said radiative spectrum, which is introduced into said one or more optical fibers (1, 10), is distributed in a substantially uniform manner in said solids, liquids, vapours or gaseus mediums.

Voucher

ESAE
Energy Savings for Agriculture and Environment Spin-off of the University of Milan
COGEA Project: COGEA - Geo-assisted Cogeneration
Objective: Improve energy savings indices (IRE, PES) by up to 60%.
Target Audience: Residential units (private and tertiary), industrial facilities, operators in the electricity sector, heating and plumbing, industrial service design and sizing.

The project aims to support energy-saving interventions for cogeneration plants, with a strong reliance on renewable energy sources (RES), enhancing PES and obtaining CAR support. It involves the strategic application of storage techniques (both low and high temperature) to balance production and consumption of large energy volumes. Applications target both standalone structures and entities providing third-party services (electricity, heating, and cooling), maintaining high performance due to available thermal gradients. Integration with existing systems offers additional benefits through synergies with other utilities.

Intangible Heritage