WIPO/UN, EPO/EU, UIBM/IT, InPASS/IN, CNIPA/CN, USPTO/US, EAPO/RU, ARIPO/AIPO, ESG/UN, SDGs /UN, Zone1,
Mini BioGas Continuous
MBGC™ (Mini Bio Gas Continuous) is a project that focuses on developing biogas and biomethane from sewage, wet urban waste, and organic materials. It aims to create efficient, modular biogas production systems that are suitable for various business sizes, offering solutions for energy production, waste management, and reduced disposal costs.
Starter KIt
The "MBGC Project - Industrial Research and Development" aims to establish a series of biogas plants designed to eliminate organic waste, including manure and trimmings, without incurring disposal costs. The process, termed "linear anaerobic digestion with selective extraction," also provides revenue opportunities through the use or sale of byproducts generated during the process. The project focuses on customizing the biogas plants to fit the size of interested companies.
The entire project is aligned with "Industry 4.0" principles, and the proposing entity is classified as an "Innovative Social Start-up," as documented in the available records. This classification provides significant fiscal benefits for clients, including a 50% tax credit on the provided equipment and reduced IRES/IRAP tax rates for the following year after the equipment is put into operation. As a result, the acquisition is essentially "cost-free" for the client, with automatic tax benefits applied during financial reporting.
Business Plan
The "MBGC - MiniBioGasContinuous" project aims to establish a pre-assembly and testing site for the production of MBGC tanks. The objectives include creating the necessary procedures and manuals for production and targeting industries involved in prefabrication (concrete), hydro-mechanics, financial investors, and operators in the biogas/biomethane sector.
The project intends to set up a production site that covers the process from design to assembly (for pre-delivery and rapid installation). The procedures will be tailored according to the production agreements with clients, based on available feedstocks and the intended outputs. The solutions will utilize standard products from the water management and prefabricated markets, which will be assembled and tested to optimize linear anaerobic digestion with selective and corrective extraction. Collaborating with internal and external laboratories, the site will act as remote support for the installations under EPC (Engineering, Procurement, Construction) responsibilities.
Publication / Thesis
Introduction
The growing demand for sustainable energy solutions calls for innovative projects that can effectively harness renewable sources while minimizing waste. In this pursuit, the "MBGC - MiniBioGasContinuous" project aims to transform the biogas industry by developing a production site for MBGC tanks, designed to make anaerobic digestion efficient, cost-effective, and scalable.
Project Overview
The MBGC project focuses on establishing a dedicated pre-assembly and testing site to produce MBGC tanks for biogas processing. This innovative approach aims to deliver compact, easily deployable solutions tailored to meet the specific needs of various industries. The primary goal is to streamline the production and installation processes while ensuring optimal performance in converting organic waste into biogas and valuable by-products.
Commercial Title
License Agreement for Know-How on Patent IT, No. 0001427413Location: Milan; Date: ....; Jurisdiction: Milan (Italy); unless otherwise specified, reference is made to the prevailing jurisprudence on intellectual property and according to treaties in force between the parties' countries (under the Paris Convention).Between:Lavanga Vito, based in Milan, Italy, referred to as the "Licensor" (of the one part);and "MBGC JWTeam" (to be established as Srls), represented by Battezzati Stefano, referred to as the "Licensee" (of the other part); Whereas:This agreement shall be ratified upon the formal establishment of MBGC JWTeam;The Licensor possesses technical, commercial, and application-specific know-how relevant to Patent IT, No. 0001427413, which is of interest to the Licensee;
The following terms are agreed and stipulated:
Article 1 - Scope of the License
The Licensor authorizes the Licensee to produce and sell products using the know-how and patent, provided in both written and verbal form, either in person or electronically.
Article 2 - License Conditions
- The license is non-transferable to third parties, except with the prior consent of the Licensor.
- The annual fee shall be included in the economic balance sheet (B.7, pursuant to Article 2425 of the Italian Civil Code, which qualifies for the Patent Box incentive with reduced IRES/IRAP in Italy).
Pitch-S&S
MBGC™ - Mini Bio Gas ContinuousInnovative Biogas and Biomethane Production from Sewage, Urban Wet Waste, and General Organic Matter
The MBGC™ (Mini Bio Gas Continuous) system offers a cutting-edge solution for producing biogas and biomethane from various organic sources, including sewage, wet urban waste, and other organic materials. Designed to optimize efficiency, scalability, and environmental sustainability, MBGC™ aims to provide industries and urban communities with an effective way to manage organic waste while generating renewable energy.
Key Features of MBGC™:
- Efficient Waste Management: MBGC™ is tailored to transform sewage and wet organic waste into valuable energy resources, significantly reducing disposal costs.
- Sustainable Energy Production: By utilizing anaerobic digestion technology, the system generates biogas and biomethane, providing a renewable energy source that can be used for heating, electricity, or even fuel.
- Scalable for Various Needs: The modular desig
Patents+
METHOD FOR CAPTURING THERMAL AND SPECIFIC RADIATIVE SPECTRUM VISIBLE, AND DEVICE FOR IMPLEMENTING SAID METHOD
Method for selectively picking up some frequencies of a radiative spectrum, for a first use and, at the same time, to use the residual frequencies for thermal purposes, including following steps: to pick up said electromagnetic radiation;- to induce the reflection of said one or more frequencies using a reflector (3) coloured by colours corresponding to said one or more frequencies; to receive said one or more frequencies reflected by said coloured reflector; to convey said one or more received frequencies towards a user device; to use said residual frequencies for increasing the temperature of said coloured reflector; to take the thermal energy produced by said coloured reflector.
Voucher
Patent Application Details:
- Application Number: 102020000029249
- Filing Date: December 1, 2020
Patent Filing Receipt - Industrial Invention Patent
Italian Ministry of Economic Development - Italian Patent and Trademark OfficeThis document is not digitally signed as it is entirely produced by an automated information system (Legislative Decree 39/93, Art. 3).
IDENTIFICATION DATA OF THE FILING
- Role of Representative: Paolo Garavelli
- Filing Date: December 1, 2020
- Applicant Reference: BIT25138
- Title: Spiral Separator in Gravitational, Electric, and Magnetic Fields for Fluid, Gaseous, and Liquid Mixtures
- Application Type: Ordinary
- Exemption: No
- Public Accessibility: Yes
- Number of Claims: 5
Intangible Heritage
Patent Overview and Italian Grants
- MBGC
- Patent: MBGC - Organic Waste to Biogas (Urban and Periurban)
- Italy Grant: GRANT Document
- Description: Industry useful, new (novel), inventive (introduces new knowledge).
- PBRC
- Patent: PBRC - Algae to Food/Feed/Biofuel (Urban and Periurban)
- Italy Grant: GRANT Document
- Description: Industry useful, new (novel), inventive (introduces new knowledge).
- SDGC
- Patent: SDGC - Sea and Process Water Solar Desalination
- Italy Grant: GRANT Document
- Description: Industry useful, new (novel), inventive (introduces new knowledge).
- HWFC
- Patent: HWFC - Hydrogen Extractor and Converter to Direct Current
- Italy Grant: GRANT Document
- Description: Industry useful, new (novel), inventive (introduces new knowledge).
// We are jwt
Why choose GSMF?
Sustainability
GSMF utilizes gravity, eliminating the need for harmful chemicals.
01
Cost-Effective
Lower energy consumption translates to significant cost savings.
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High Efficiency
Achieves superior separation of complex mixtures with minimal energy input.
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Trusted by Industry Leaders
“GSMF has transformed our separation processes, leading to increased efficiency and reduced costs. We are proud to support such a sustainable technology.” – Industry Leader
“The adoption of GSMF technology has been a game-changer for our company, aligning perfectly with our commitment to environmental responsibility.” – Green Tech CEO
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