The main issue, which we can solve, is that the waste-to-fuel plant construction, being a lucrative financial instrument, remains largely inaccessible to people who want to invest between $100 and $10,000. Investors who are prepared to invest around $10,000 face additional costs, such as: - Technical audit and legislation research - Legal entity registration and costs related to the ownership - Deal execution and intermediaries’ charges These processes can take up to 3 months and their cost is usually about $50,000. Thus, if a person wants to invest $100, 000, the real investment amount, which generates profit, will be halved. Therefore, the above considerations pose a significant obstacle. Any potential investor who does not possess a capital of $1,000,000 or more is not able to become a full-fledged participant in the waste fuel market and cannot generate a profit on an equal footing with large investors. Our goal is to eliminate this barrier to entry. Fuelverse solves the problem of small capital investment (less than $1,000,000) in the construction of waste-to-fuel plants worldwide and offers unique opportunities, such as the ability to: - Generate a profit on equal footing as large professional investors by spending as low as $1 - Anonymously own, transfer and sell shares (tokens) on cryptocurrency exchange markets - Receive a continuously growing amount of dividends, hassle-free - Safely and anonymously own these assets without disclosing the investors' identities - Receive dividends automatically, due to the smart contract Fuelverse token ownership will allow users to: 1. Invest in waste-to-fuel worldwide efficiently by circumventing issues related to ownership, audits and selection of contractors 2. Take part in waste-to-fuel plant construction, starting from as low as $1 3. Own assets (tokens) safely and anonymously 4. Receive dividends from the investments made and profit from the value increase of tokens 5. Sell tokens on the exchange market as needed Fuelverse — a new financial instrument format, which allows users to easily, anonymously and safely finance the construction of waste-to-fuel solar plants around the world, circumventing the costs of intermediaries and arranging transactions, as well as bypassing any technical and other barriers. Fuelverse will help reduce costs, as well as risks involved in investment. There are three major types of waste-to-tire solar plant construction projects. They differ in the degree of readiness, level of risk and profitability. We plan to combine all of them to achieve high profitability with minimal risks. 1. Processing Waste in a Landfill — Small Scale: • Small scale per batch(start from 20kg-100kg), each day can be produced up to 5 batch • Commissioned and already in acquisition • Receiving payments in accordance to the FSA (fuel supply agreement) • Have a history of actual waste data, earnings and revenue Average profitability: 7 - 12%. Average cost: $400 - $700 per kg batch Time of implementation: the purchase of such a plant takes between 1 and 2 months 2. Processing Waste in a Landfill — Large Scale: • Fuel Supply Agreement (PPA) signed; Feed-in-Tariff (FiT) and its terms set: periodicity, indexation, currency, validity period, etc. • Large scale per batch(start from 1ton-5ton), each day can be produced up to 2 batch • Land lease signed • All necessary construction permits obtained • Design solutions and equipment (can be replaced) selected • “Turnkey” plant construction contract drawn Average profitability: 12 - 25%. Average project company cost: $100 - $150 per kg Construction cost: $600 - $800 per m2 Cost of sale of the operational plant: $1200 - $2000 per kg capacity Period of implementation: 3 to 6 months 3. Green Field projects (from scratch) — projects developed from scratch: • Legislation- covering payments for selling electricity to each grid existing in the country where the plant is to be built • Local energy market rules have been researched • Steps to connect the RES generators to the grid have been investigated • Feasibility study has been developed and plant design has been chosen • There is a possibility in place to obtain land for project realization • There is a memorandum in place with subsidiaries for “turnkey” plant construction Average profitability: 25 - 35% (does not include the sale of plant) Project development costs: $20,000 - $50,000 for the entire project, regardless of the capacity Construction cost: $600 - $650 per m2 Average sale price of operational plant: $1200 - $2000 per kg capacity Period of implementation: 3 to 9 months 
An acceptable rate of return (ROI) for major investors is 7% per annum. This means that when we built a waste-to-tire plant, we can sell it to such an investor for a price that could ensure the profitability level with ROI from 2-10 years. In order to minimize the risks involved in project implementation, we conduct project audit and selection as follows: 1. Research and selection of projects of interest We select projects by stage, country and plant capacity by consulting: - Aggregation websites, where plant projects are published - Closed LinkedIn groups - Teaser emails from companies involved in plant project development - Partnerships with equipment suppliers - RES investment portals - Official public bulletins for EU investment opportunities 2. Initial analysis stage We verify the initial prerequisites and the possibility for their optimization by: - Checking the availability and the rate of the established tariff, as well as its compliance with legislation of the country - Checking the declared energy production via simulation (ANSYS) - Analyzing opportunities to optimize the state of the given economy, reduce the cost of equipment and construction, while increasing the energy production - Calculating profitability and analyzing possible risks At this stage, 80% of the proposed projects are usually rejected. 3. Technical audit In case a project passed the previous stage, we continue our research. We contact the owner, obtain documents and conduct further in-depth analysis: - We simulate the work of the planned plant using ANSYS in different scenarios and with different equipment, determining the compliance with the claimed data - We analyze the contract for the supply of fuel (FSA), the validity period, the value of indexation of the tariff and the risks involved - We check the land lease documents and their validity period - We check the building permits, validity period and the possibility of extension - We conduct an audit of all project-related documentation and propose technical solutions - We develop a feasibility study, including technical and financial models of the project in multiple scenarios - We analyze the proposed project implementation conditions and evaluate third-party contractors 4. Legal due diligence General legal due diligence: We research the legislation and normative acts, referred to by the project documentation and estimate any possible future changes.