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ADVANCED PASSIVE TECHNOLOGY posted this:
Independent Researcher&Inventor

Synthetic wood obtained from organic waste by means of a method that is four times environmentally-friendly!In the current conjuncture, in the global crisis foreshadowed after that of COVID-19 (which has severely affected and still affects the world economy), the modular buildings (of any size), for any purpose (residential buildings, holiday cottages, hotels, offices, industrial buildings, etc.), inexpensive, thermal-insulating, which can be placed on any surface, fast to build, made from inexpensive materials, will conquer the market very quickly, especially if these buildings are also of very good quality. Now, when the businessman thinks of ‘tomorrow’ (in all its aspects) more insistently than before, a small investment in a new technology able to produce buildings of any size, at low prices (at a production price of max. USD 350 / built square metre), affordable for everyone, might be a successful business for man’s increasingly uncertain future. Therefore, I am looking for business partners (preferably architects, building engineers, interior decorators by profession) able to technically, but also financially, understand the benefits of my inventions, and fund the setting up of the first production facility for passive and energy-independent modular buildings, or a manufacturing line for any of the products mentioned in the attachments of this letter, the size of the production facility and the production volume being agreed with the future partner. For that, the potential investor will become my equal partner in a new company to be set up, and will have the right of first refusal to buy the majority shareholding after my retirement from the business. The document and the video attached with these two links https://drive.google.com/file/d/1wecCIyybxQ5aG0I3HQG955BBVDc0lBjK/view and https://drive.google.com/file/d/167Wj-ZXm4szJkqNqxO_wrk3jCuMk9GRS/view describe a patented new method (which is four times environmentally-friendly) for obtaining a very versatile material (made in several recipes) made of organic waste (such as waste paper & cardboard, waste wood & wood-substitutes, regardless of its form when in the environment, or resulting from industry and/or demolition, worn furniture, etc., post-consumer packaging, plastic waste, and the list could continue), named ‘TRIPLE-R Synthetic Wood, meaning Recoverable - Reusable - Recyclable, which can be used to manufacture any product that is currently made of wood or wood-substitutes and, partially, concrete and plastics. For further information, email me at advanced.passive.technology@gmail.com.

Synthetic wood obtained from organic waste by means of a method that is four times environmentally-friendly!

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

ECON4SD-Strategies for future The ECON4SD project is specialized in developing and promoting the smart specialization strategies for modern sustainable constructions. Our multi-group team works with national and international partners from academia and industry to develop components and design models for resource and energy efficient buildings, to realize a great modularity, flexibility, adaptability and upgradability of modern eco-structures spanning their whole service life, to develop destruction-free structures and design guidelines of their re-assembly. These will lead to a reduction of total resources-related footprint of buildings and infrastructures.

ECON4SD-Strategies for future

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

NEW TIMBER-CONCRETE COMPOSITE CONNECTION The cement industry accounts for 6% of the EU’s CO2 emission. In a typical reinforced concrete building, floors account for approximately half of the amount of concrete. The necessity for concrete in flooring systems can be significantly reduced by using different materials. The combination of timber and concrete has become especially interesting in the last decades. The research is focused on timber-concrete composite (TCC) structural floors. Usually, TCC floors are made of timber beams or a deck connected to an upper concrete layer. Nevertheless, there are many ways to combine and connect timber and concrete into one hybrid floor component. Engineering conceptions are conditioned by varying functional requirements.

NEW TIMBER-CONCRETE COMPOSITE CONNECTION

UNIVERSIDAD DE BURGOS posted this:

Photocatalyzers of ruthenium (II) and photocatalytic synthesis of iminas.Ruthenium (II) photocatalysts of formula (M +) nXn- are described, in which Xn- is an anion and M + is a cationic complex of formula (Ia) comprising an 8-arylsulfonamidoquinoline ligand, as well as its method of obtaining it. The use of said ruthenium (II) photocatalysts in the synthesis of imines by photooxidation of amines in the presence of oxygen and by the use of visible light is also described.

Photocatalyzers of ruthenium (II) and photocatalytic synthesis of iminas.

Arkadiusz Rudawski, PhD posted this:
Technology Broker at Cracow University of Technology

Construction adhesives for anchoring in concrete and masonry substrates The present invention relates to epoxy adhesives and vinyl ester adhesives for construction applications. They are characterized by high chemical resistance after solidification, very low primary and secondary shrinkage, also a short setting time at positive temperatures and a relatively short setting time at negative temperatures. The novelty in relation to commercial solutions is the composition of adhesives, which allows their application in temperatures below -10 C.

Ivan Rodriguez Rosello posted this:
Licensing Manager at Universidad de Alicante

Intelligent and sustainable urban lighting system Researchers of the University of Alicante has developed a system that allows to control the urban lighting of a city intelligently, reducing its energy consumption. The technology uses the existing infrastructure and controls the level of lighting required based on the human presence in the area. This system is scalable and can be implemented in any urban area. The research group is looking for companies acquiring this invention for: licence agreement or technical cooperation.

Intelligent and sustainable urban lighting system

ADVANCED PASSIVE TECHNOLOGY posted this:
Independent Researcher&Inventor

A NEW INDUSTRIAL METHOD (PATENTED) OF TRANSFORMING ORGANIC WASTE INTO FINISHED PRODUCTS AND BUILDINGS Industrial method (patented) of transforming organic waste into any kind of product currently made of wood and its substitutes, concrete and its derivatives, clay and, partially, plastics, as well as energy-efficient, environmentally friendly, small- and average-size modular buildings that can be placed on any surface (on sand, on ice, on Patentland or on water), withstanding natural calamities and fires, made with new joining and assembling methods.

A NEW INDUSTRIAL METHOD (PATENTED) OF TRANSFORMING ORGANIC WASTE INTO FINISHED PRODUCTS AND BUILDINGS

Universitat Politècnica de Catalunya - UPC posted this:

New bio-based insulation material from vegetal pith and natural binders Partners to further develop the system through technical cooperation are sought. The areas of developing are: performance improvement: use of other bio-based binders and additives, material applications (construction systems, renders, etc.) and manufacture at commercial scale. Partners to establish commercial agreements are also sought.

New bio-based insulation material from vegetal pith and natural binders

Universitat Politècnica de Catalunya - UPC posted this:

Vibration-Assisted ball burnishing. A solution for Surface enhancement through acoustoplasticity An innovative system to modify the surface integrity, i.e. surface texture and roughness, hardness and residual stress, of previously milled workpieces has be The Challenge The manufacturing industry demands effective finishing processes to which workpieces could be subjected to enhance their future in-service performance. This need is especially required for innovative materials, as they usually show a detrimental surface integrity state due to their low machinability. In the transportation industry, the manufacturing of components such as turbine blades, requires the application of local processes that could reinforce critical areas of the workpiece that are subjected to demanding regimes, such as fatigue. Improving the surface and near-surface texture, roughness, residual stress and hardness is a mean to prevent crack growth and enhance the behavior of these components. In this context, the vibration-assisted ball burnishing tool has proved positive results in laboratory applications, and is ready for a leap forward into the industry,

Vibration-Assisted ball burnishing. A solution for Surface enhancement through acoustoplasticity An innovative system to modify the surface integrity, i.e. surface texture and roughness, hardness and residual stress, of previously milled workpieces has be

University of Vigo posted this:

New non-destructive method for “in situ” monitoring of anticorrosive protection of organic coatings The main novelty of the device and procedure is the new portable sensor adaptable to virtually any surface. The device, fixable by vacuum to the surface under study, makes possible the measurement of the electrochemical interfacial impedance, that is the main parameter of interest for adherence quality and anti-corrosion performance.

University of Vigo posted this:

Diagnosis and cleaning using laser technology for the restoration of historical monuments Since ancient times granite has been used in historic buildings. Some restorers used to apply molten beeswax on their granite surfaces to stop imminent deterioration of the monuments. At first, this treatment was a good solution to consolidate the stone, but with time it resulted counterproductive. This method allows removal and cleaning of wax and other contaminants from porous stones in historical monuments and artworks using nondestructive means through laser technology.

Cracow University of Technology posted this:

Beafire – simulating fire resistance of reinforced concrete beams The Beafire technology consists of an originally developed algorithm for finding fire resistance of reinforced concrete beams and a prototype of an engineering application based on it. The algorithm couples 1D mechanical modelling with 2D simulation of cross-section temperature distribution what makes it very efficient. The application consists of GUI and stimulation engine modules.

Steinbeis Centre for Technology Transfer India posted this:

Textile Reinforced Concrete Prototyping Technology Textile Reinforced Concrete Prototyping Technology (TRCPT) encompasses green and innovative construction practices that can be deployed to make products without using moulds. Some of the key features of the technology are: • Prototyping of Textile reinforced composite sheets yields products of various shapes and forms for structural as well as nonstructural applications. • Roofing sheets, slabs, tiles, filigree products, shells, pipes, etc. are some of the products made by using TRCPT. • The products can find a host of applications in infrastructure engineering including structural strengthening, repair and rehabilitation, lining of tunnel or canal, column jacketing, fire protection, wind energy generation infrastructure, affordable mass housing, etc.

Textile Reinforced Concrete Prototyping Technology

Consejo Superior de Investigaciones Científicas posted this:

Thermochromic mortar coating for a more sustainable construction CSIC has developed a thermochromic mortar coating with optical properties in the solar radiation range that vary according to temperature in a reversible way. The mortar is especially interesting for energy efficiency in buildings. Its solar radiation absorption at low temperatures is high, helping to maintain indoor heating, while its reflectance increases during the summer, reducing over-warming of the envelope. Industrial partners from the construction industry are being sought to collaborate through a patent licence agreement.

Thermochromic mortar coating for a more sustainable construction

Brunel University London posted this:

Aluminium Micro-Alloying with increased tensile strength Existing commercial aluminium alloys are modified with sub-micron particles resulting in a 20% increase in tensile strength with no loss of ductility.

Aluminium Micro-Alloying with increased tensile strength

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