Subsidiary contracts

Description of the activity

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise. Research for defining, planning, and conceptually documenting new technological processes or services for the development of an integrated system for the design and construction of energy-efficient buildings by conducting case studies for buildings with innovative structural design.

Description of the activity

C.1.1 Contractual industrial research activities carried out for and on behalf of the enterprise.

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise.

- Experimental research for the development of a material with optimal performance that allows for the recycling of wood material. Determination of mechanical and physical characteristics.

- Experimental research for the development of a material with optimal performance that enables the recycling of wood material. Determination of the optimal recipes.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise. Identifying the scope with market analysis.

C.4 Quality labeling, testing, and quality certification services provided by the research organization.

Description of the activity

C.1.1 Contractual industrial research activities carried out for and on behalf of the enterprise.

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise.

-Industrial research for eco-sustainable, energy-efficient products in masonry block construction, specifically for wall construction. Determination of mechanical and physical characteristics.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization. Quality certification services.

Description of the activity

C.1.1./C.1.1.1. Research on the development of a hydrogen plasma conversion technology for recyclable hazardous liquid industrial waste from the construction sector.

Subactivities performed:

-Physico-chemical analyses regarding recyclable hazardous liquid waste from the construction sector (used oils that have lost their characteristic properties during use, oils from combustion engines and transmission systems, lubricating oils, turbine oils, hydraulic oils, industrial oils, emulsions, and oil filters).

- Physico-chemical analyses regarding the hydrogen plasma conversion of recyclable hazardous liquid industrial waste from the construction sector.

-Methods for reducing the negative impact of hazardous industrial liquids on humans and the environment.

- Establishing optimal plasma conversion technologies for liquid waste.

C.1.1./C.1.1.2. Industrial research on obtaining environmentally-friendly products used in construction, using as raw materials the products resulting from the hydrogen plasma processing of hazardous liquid construction waste.

Subactivities performed:

-Industrial research on obtaining environmentally-friendly products used in construction, using as raw materials the products resulting from the hydrogen plasma processing of hazardous liquid construction waste.

- Designing, modeling, and simulating hydrogen plasma processing technologies for hazardous liquid construction waste.

-Designing and creating a database regarding the conversion process of hazardous liquid construction waste, based on information gathered online from the terminal located on the technological flow of the partner company.

C.1.1./C.1.1.3. Patent application for a hydrogen plasma conversion facility for recyclable hazardous liquid industrial waste.

Subactivities performed:

-Identification of technical and technological solutions to be patented.

-Filing a Patent Application for the hydrogen plasma conversion facility for recyclable hazardous liquid industrial waste.

C.3. Economic analyses and market studies for the hydrogen plasma conversion facility of hazardous liquid industrial waste.

Subactivities performed:

-Market studies for the industrial implementation of the developed technology aimed at obtaining eco-friendly products used in construction, using as raw materials the products resulting from the hydrogen plasma processing of hazardous liquid waste.

- Economic analyses regarding the development of a hydrogen plasma conversion technology for recyclable hazardous liquid industrial waste from the construction sector.

Description of the activity

C.1.1./C.1.1.1. Industrial research on hydrogen plasma conversion of glass fiber waste, both with and without sizing agent, from the manufacturing process of reinforced glass fiber mesh used in building construction. Performed subactivities:

- Physico-chemical analyses of thermal insulation materials used to reduce heat loss in buildings (basalt wool, glass wool, ceramic fiber).

-Physico-chemical analyses regarding hydrogen plasma conversion of glass fiber waste, both with and without sizing agent, from the manufacturing process of reinforced glass fiber mesh used in building construction.

- Methods for reducing the negative impact of glass fiber waste on humans and the environment.

- Establishing optimal plasma conversion technologies for glass fiber waste.

C.1.1./C.1.1.2. Industrial research on obtaining environmentally-friendly products used in construction, using as raw materials the products resulting from the hydrogen plasma processing of hazardous construction waste glass fiber. Technical and technological characteristics:

-processed materials: Waste glass fiber with and without sizing agent from the manufacturing process of reinforced glass fiber mesh.

-quantity of glass fiber strand produced: 1-2 tons per hour.

Subactivities performed:

-Designing, modeling, and simulating plasma processing technologies for hazardous construction waste glass fiber using hydrogen.

- Cercetari industriale privind obtinerea unor produse ecologice utilizate in constructii având ca materie primă produsele rezultate din procesarea cu plasma pe hidrogen a deșeurilor de fibră de sticlă periculoase din constructii

-Designing and creating a database regarding the conversion process of hazardous glass fiber waste from construction, based on the online information collected from the terminal located on the technological flow of the partner company.

C.1.1. / C.1.1.3. Patent application for the hydrogen plasma conversion installation of hazardous industrial recyclable glass fiber waste.

Subactivities performed:

-Identification of technical and technological solutions to be patented.

- Preparing the patent application for the hydrogen plasma conversion installation of recyclable glass fiber waste.

C. 3. Economic analyses, market studies for the hydrogen plasma conversion installation of glass fiber waste.

Subactivities performed:

-Market studies for the industrial implementation of the developed technology aiming to obtain ecological products used in construction, with the raw materials derived from hydrogen plasma processing of hazardous glass fiber waste.

-Economic analyses for the implemented installation and technologies for plasma processing of glass fiber waste from construction.

Description of the activity

C.1.1 Contractual industrial research activities carried out for and on behalf of the enterprise.

-Research to improve the hygrothermal behavior of energy-efficient "Ecokit" constructions.

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization. Quality certification services.

Description of the activity

C.1.1 Contractual industrial research activities carried out for and on behalf of the enterprise.

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise.

- Research for defining new technological processes aimed at obtaining ecological concretes. Experimental research for developing concrete mixtures using materials/additives that lead to the creation of ecological concretes. Determining optimal recipes.

-Research for defining new technological processes for obtaining ecological concretes. Experimental research for developing concrete mixtures using materials/additives that lead to the creation of ecological concretes. Determination of mechanical and physical characteristics that define the produced ecological concretes.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization. Quality certification services.

Description of the activity

C.1.1. / C.1.1.1. Industrial research on the hydrogen plasma conversion of hazardous recyclable municipal waste and the production of electric and thermal energy to enhance the energy efficiency of buildings. Sub-activities accomplished:

-Physico-chemical analyses of hazardous recyclable municipal waste.

-Physico-chemical analyses regarding the hydrogen plasma conversion of hazardous recyclable municipal waste from construction.

-Methods for reducing the negative impact of hazardous municipal waste on humans and the environment.

-Establishing optimal technologies for the plasma conversion of hazardous municipal waste.

C.1.1. / C.1.1.2. Industrial research on obtaining ecological products used in construction, with the raw materials derived from hydrogen plasma processing of hazardous municipal waste.

Subactivities performed:

- Conceiving, modeling, and simulating hydrogen plasma processing technologies for hazardous municipal waste.

- Industrial research on the production of electric and thermal energy to enhance the energy efficiency of buildings.

- Designing and creating a database regarding the conversion process of hazardous municipal waste, based on the online information collected from the terminal located on the technological flow of the partner company.

C.1.1. / C.1.1.3. Patent application for the hydrogen plasma conversion installation of hazardous recyclable municipal waste.

Subactivities performed:

- Identification of technical and technological solutions that will be patented.

- Preparing the patent application for the hydrogen plasma conversion installation of hazardous municipal waste.

C. 3. Economic analyses, market studies for the hydrogen plasma conversion installation of hazardous recyclable municipal waste and the production of electric and thermal energy to enhance the energy efficiency of buildings. Sub-activities accomplished:

-Market studies for the industrial implementation of the developed technology for producing electric and thermal energy to enhance the energy efficiency of buildings.

-Economic analyses for the implemented installation and technologies for plasma processing of recyclable hazardous municipal waste.

Description of the activity

C.1.1. / C.1.1.1. Industrial research and implementation methods regarding the production of synthetic wood enhanced with nanomaterials using biomass waste.

Subactivities performed:

-Identifying and classifying biomass resources, as well as recycling and conversion methods with their respective technologies.

-Determining the degree of integration/conversion of recyclable biomass resources in the production of synthetic wood and derived products.

-Identifying and defining the parameters that can influence the physico-chemical properties of the products resulting from biomass waste conversion using classical systems.

- Studies regarding the use of hydrogen conversion technology for biomass waste.

- Identifying and defining the parameters that can influence the physico-chemical properties of the products resulting from plasma conversion of biomass waste.

-Determining the optimal recipes for synthetic wood and derived products.

C.1.1. / C.1.1.2. Applied research regarding the development and operation of technology for producing synthetic wood enhanced with nanomaterials obtained through hydrogen plasma conversion of biomass waste. Sub-activities accomplished:

-Utilization and management of biomass waste using hydrogen plasma conversion technology.

-General aspects regarding the study of the environmental impact of using plasma technology in biomass waste conversion for synthetic wood production.

Subactivities performed:

- Aspects regarding the conception, modeling, numerical and experimental simulation of hydrogen plasma processing technologies for biomass waste.

- Optimal configuration of parameters and determination of suitable plasma conversion technologies for biomass waste.

- Designing and creating a database regarding the biomass waste conversion for synthetic wood production, based on the online information collected from the terminal located on the technological flow of the partner company.

C.1.1. / C.1.1.3. Patent application for the synthetic wood production installation.

Subactivities performed:

-Comparative analysis and identification of technical and technological solutions that allow the realization of an installation with optimal operating characteristics.

-Preparing the necessary documentation for the patent application for the synthetic wood production installation.

C. 3. Economic research regarding the implementation potential of the hydrogen plasma conversion installation for biomass in synthetic wood production.

Subactivities performed:

-Marketing studies and their management concerning the industrial implementation of the plasma-on-hydrogen developed technology for synthetic wood production.

-Economic analyses regarding cost optimization for the implementation of the developed installation and plasma processing technologies of biomass waste for synthetic wood production.

-Conducting a decision analysis under conditions of risk and uncertainty using fuzzy logic for selecting an optimal solution for the production and marketing of synthetic wood.

Description of the activity

C.1.1 Contractual industrial research activities carried out for and on behalf of the enterprise.

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise.

- Research for experimental development for creating the "caloriblock" product - an eco-sustainable block made through the recycling of wood material. Establishing the geometric and mechanical characteristics of the block. Determining the thermo-physical characteristics.

- Experimental development research for creating the "caloriblock" product - an eco-sustainable block made by recycling wood material. Monitoring its behavior over time and ensuring compliance with parameters from the national technical agreement.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization. Quality certification services.

Description of the activity

C.1.1 Contractual industrial research activities carried out for and on behalf of the enterprise.

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise.

- Integrated design and execution system (CAD/CAM) for experimental development, based on the use of cold-formed thin-walled metal structural elements to reduce energy consumption throughout the entire lifecycle of the building:

1. Initiation and development of a functional prototype for an integrated design and execution system (CAD/CAM).

2. Testing and calibration of the system for the purpose of experimental development along the production and technological execution chain of the enterprise;

3. Preparation of Instructions for the fabrication of cold-formed thin-walled metal structural elements to reduce energy consumption throughout the entire lifecycle of the building.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization.

Description of the activity

C.1.2 Contractual experimental development activities carried out for and on behalf of the enterprise:

Experimental development research on creating residential constructions that are eco-sustainable and energy-efficient, using the "Timber Constructions with Silo Walls - CPS" approach.

C.1.2.1. Experimental development research on creating individual residential constructions that are eco-sustainable and energy-efficient, using the "Timber Constructions with Silo Walls - CPS" approach. Developing a system for hydrophobization of expanded perlite through a numerically controlled process.

Sub-activities carried out:

-Identification of structural systems that meet the technological requirements for the construction of timber structures with silo walls - CPS, focusing on energy efficiency. The execution technology for the CPS prototype construction should enable the filling of structural elements with granular material for thermal and acoustic insulation, using gravitational flow;

-Establishment of thermal and photo-insulation products/systems that meet the technological requirements for CPS through the use of products manufactured by the enterprise;

-Identification and definition of parameters that can influence the mechanical and thermal properties of CPS systems through the use of products manufactured by the enterprise.

-Identification of the optimal solution for the structural system that meets the energy efficiency requirements through the use of products manufactured by the enterprise.

C.1.2.2. Experimental development research for designing the testing enclosure - "Smart CPS" prototype with the structural system "Timber Constructions with Silo Walls - CPS" to achieve: Data acquisition and monitoring system for assessing the hygrothermal behavior of "Timber Constructions with Silo Walls - CPS".

Sub-activities carried out:

-Preparation of technical documentation for the testing enclosure - prototype, using CPS construction system, at a 1:1 scale, with an area of 30-40 sqm and a height regime of Ground floor + Loft, featuring a wooden structure on a concrete foundation.

-The testing enclosure - prototype, built using CPS construction system, will be equipped with utilities to ensure the attainment of specific properties similar to nearly zero-energy buildings (NZEB).

-The testing enclosure - prototype, using CPS construction system, will be equipped with instrumentation to monitor indoor air quality, indoor and outdoor temperature and humidity, within the granular fills of walls and floors. Heat flow through walls and floors will also be monitored.

-Study on the execution technology for a testing enclosure - "Smart CPS" prototype that will meet the following requirements:

-Utilization of two types of granular materials produced by the enterprise (hydrophobized and non-hydrophobized) in the structure for thermal insulation, applied to two walls with closely matched characteristics, to conduct a comparative solutions study;

-Installation of two thermal insulation systems on the interior of the load-bearing structure: a thermal insulation system using a granular bed covered with reinforced screed, and a system using a granular bed covered with panels, for conducting a comparative solutions study.

C.1.2.3. Experimental development research on monitoring the testing enclosure - "Smart CPS" prototype with the structural system "Timber Constructions with Silo Walls - CPS".

Sub-activities carried out:

-Development of a Data Acquisition and Monitoring System for assessing hygrothermal behavior of "Timber Constructions with Silo Walls - CPS," which includes the testing enclosure - "Smart CPS" prototype with the mentioned characteristics, for monitoring parameters and remote data acquisition systems.

-Monitoring over time of parameters regarding the in-situ behavior of the testing enclosure - "Smart CPS" prototype with the structural system "Timber Constructions with Silo Walls - CPS".

-Development of a design and execution guide for "Timber Constructions with Silo Walls - CPS".

C.1.2.4. Patent application

Sub-activities carried out:

- Preparation of the necessary documentation for a patent application for a product or system used.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization. Quality certification services.

Description of the activity

C.1.2 Contractual experimental development activities performed for and on behalf of the enterprise "Experimental development research on increasing energy efficiency through the use of composite materials in construction for creating ventilated facades."

C.1.2.1. Experimental development research on increasing energy efficiency through the use of composite materials in construction for creating ventilated facades.

Sub-activities carried out:

- Identification of structural systems that meet the technological requirements for constructing buildings with ventilated facades designed for thermal and acoustic insulation;

-Establishment of thermal and acoustic insulation products/systems that meet the technological requirements for creating ventilated facades using composite materials;

-Identification and definition of parameters that can influence mechanical and thermal properties;

-Identification of the optimal solution for the structural system that meets the energy efficiency requirements through the use of composite products manufactured by the enterprise.

C.1.2.2. Experimental development research for the implementation of technologies for creating products from composite materials for constructing ventilated facades, aiming to increase the energy efficiency of buildings. Completed sub-activities:

-Creation of an integrated design and execution system (CAD/CAM) for experimental development, focused on producing products from composite materials used in constructing ventilated facades to reduce energy consumption throughout the entire lifecycle of the building;

- Testing and calibration for the purpose of experimental development along the production chain and technological execution of the enterprise;

-Preparation of Instructions for creating structural elements of ventilated facades from composite materials, aimed at reducing energy consumption throughout the entire lifecycle of the building.

C.1.2.3. Studies and experimental development research on increasing energy efficiency through the use of composite materials in construction for creating ventilated facades.

Sub-activities carried out:

-Elaboration of design and execution manual for creating ventilated facades from composite materials on buildings, aiming to increase their energy efficiency.

C.1.2.4. Elaboration of patent application

Sub-activities carried out:

-Preparation of the documentation required for filing a patent application for a product or a used system.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization.

Description of the activity

C.1.2 Contractual experimental development activities performed for and on behalf of the enterprise "Experimental development research on the conversion of hemp fibers into eco-innovative products to enhance energy performance in construction."

C.1.2.1. Experimental development research on the implementation of technologies for converting hemp fibers into eco-innovative products to enhance energy performance in construction.

Sub-activities carried out:

-Creation of an integrated and programmable execution system for experimental development with the aim of producing products through the conversion of hemp fibers into eco-innovative products;

-Testing and calibration of the system for the purpose of experimental development along the production chain and technological execution of the enterprise;

-Preparation of Instructions for creating structural elements/products obtained through the conversion of hemp fibers into eco-innovative products, aimed at reducing energy consumption throughout the entire lifecycle of the building.

C.1.2.2. Experimental development research on the conversion of hemp fibers into eco-innovative products to enhance energy performance in construction.

Sub-activities carried out:

- Establishment of products/structural and/or thermal insulation systems that meet the technological requirements for creating composite materials reinforced with natural fibers;

- Identification and definition of parameters that can influence mechanical and thermal properties;

- Identificarea produselor utilizate în construcții care corespund cerințelor tehnologice pentru conversia fibrelor de cânepă în produse ecoinovatoare pentru îmbunătățirea performanței energetice în construcții

- Identification of the optimal solution for the structural system that meets the requirements of energy efficiency through the conversion of hemp fibers into eco-innovative products for improving energy performance in construction, manufactured by the enterprise.

C.1.2.3. Studies and Experimental Development Research for Creating Innovative Eco-friendly Products to Enhance Energy Performance in Hemp-based Construction.

Sub-activities carried out:

-Development of Design and Execution Manual for Creating Products/Systems Based on Hemp.

C.1.2.4. Elaboration of patent application

Sub-activities carried out:

-Preparation of the documentation required for filing a patent application for a product or a used system.

C.2 Secondment of highly qualified personnel from the research organization to the enterprise, in a newly created role, performing research, development, and innovation activities (without replacing other staff members).

C.3 Market research conducted by the research organization for the enterprise.

C.4 Quality labeling, testing, and quality certification services provided by the research organization.

Description of the activity

C.1.2 - Contractual Experimental Development Activities Performed for and on Behalf of the Company

C.1.2/ C.1.2.1. Experimental Development Research for Implementing the Passive House Concept in Constructions Using Expanded Perlite Produced within the Company's Technological Line.

Sub-activities carried out:

-Research for Establishing Concrete Compositions with Perlite for the Production of Floor Slabs and Elimination of Thermal Bridges at the Ground Floor and Foundations to Ensure Continuity of the Thermal Insulation Envelope in Passive Houses.

-Development of Scientific Papers

Description of the activity

C.1.2 - Contractual Experimental Development Activities Performed for and on Behalf of the Company

C.1.2/ C.1.2.1. Research for Experimental Development on Constructing Passive Houses Using Ventilated Facade Systems Produced within the Company's Technological Process Flow.

Sub-activities carried out:

-Studies and Analyses for Establishing Ventilated Facade Systems to Ensure Thermal Conductivity Parameters in the Attachment Zones of Curtain Walls Used in Creating the Thermal Insulation Envelope in Passive Houses.

-Development of Scientific Papers

Description of the activity

C.1.2 - Contractual Experimental Development Activities Performed for and on Behalf of the Company

C.1.2/ C.1.2.1. Experimental Development Research on the Construction of Passive Houses Using Innovative Eco-friendly Products Obtained from Hemp Fiber Conversion in the Company's Technological Process Flow.

Sub-activities carried out:

-Research for Establishing the Composition of Prefabricated Elements Made with Innovative Eco-friendly Products Obtained from Hemp Fiber Conversion to Ensure Continuity of the Thermal Insulation Envelope in Passive Houses.

- Development of Scientific Papers

Description of the activity

B.1.1./B.1.1.1. Training of the Technical Staff Designated by SC 3D ECAS ENERGY SRL by the Specialists from the Project Implementation Team

B.1.2./B.1.2.1. Quantification of the Negative Impact on Humans and the Environment of Hazardous Recyclable Household Waste and Establishment of Methods for Its Reduction.

B.1.2./B.1.2.2. Identification, Quantitative and Qualitative Quantification, Study of the Structure, and Establishment of Optimal Conversion Technologies for Hazardous Recyclable Household Waste from Construction.

B.2.1. Accessing Databases and Technical-Scientific Libraries in the Field of Environmental Engineering and Civil Engineering, Local Databases, TUIASI Catalog, National Standards, Proposal in the Current Project, Scientific Papers in the Project's Field, UTI Bulletin, Environmental and Engineering Journal.

Description of the activity

B.1.1./B.1.1.1. Training of the Technical Staff Designated by INDECO GRUP SRL by the Experts from the Project Implementation Team in Research Activities Focused on the Project's Theme, both in General Directions and Specialized Areas such as Waste Management, Environmental Engineering, Modern Technologies for Converting Hazardous Liquid Industrial Waste into Raw Materials, and Occupational Safety Techniques in Waste Management.

B.1.2./B.1.2.1. Quantification of the Negative Impact on Humans and the Environment of Hazardous Liquid Waste from Construction and Establishment of Methods for Its Reduction.

B.1.2./B.1.2.2. Identifying, Quantitatively and Qualitatively Quantifying, Studying the Structure, and Establishing Optimal Conversion Technologies for Hazardous Liquid Waste from Construction (Used Oils that have lost their characteristic properties during use, oils from internal combustion engines and transmission systems, lubricating oils, turbine oils, hydraulic and industrial system oils, emulsions, and oil filters) Used as a Raw Material Source for Producing Materials in the Construction Field.

B.2.1. Accessing Databases and Technical-Scientific Libraries in the Field of Environmental Engineering and Civil Engineering, Local Databases, TUIASI Catalog, Rolinest, Anelis, Ebsco, National Standards, Scientific Research from the Current Project, Scientific Papers in the Project's Field, UTI Bulletin, Environmental and Engineering Journal.

Description of the activity

B.1.1./B.1.1.1. Training of the Technical Staff Designated by Bico Industries SRL by the Experts from the Project Implementation Team

B.1.2./B.1.2.1. Quantification of the Negative Impact on Humans and the Environment of Glass Fiber Waste with and without Binder and Establishment of Methods for Their Reduction

B.1.2./B.1.2.2. Physico-Chemical Analysis of Glass Fiber Waste with and without Binder for the Production of Energy-Efficient Eco-Friendly Materials for Construction

B.2.1. Accessing Databases and Technical-Scientific Libraries in the Field of Environmental Engineering and Civil Engineering, Local Databases, TUIASI Catalog, National Standards, Proposal in the Current Project, Scientific Papers in the Project's Field, UTI Bulletin, Environmental and Engineering Journal

Description of the activity

B.1.1./B.1.1.1. Training of the Technical Team Designated by GREEN RIV PROJECT SRL by the Experts from the Project Implementation Team

B.1.2./B.1.2.1. Quantification of the Negative Impact on Humans and the Environment of Glass Fiber Waste with and without Binder and Establishment of Methods for Their Reduction

B.1.2./B.1.2.2. Physico-Chemical Analysis of Glass Fiber Waste with and without Binder for the Production of Energy-Efficient Eco-Friendly Materials for Construction

B.1.2./B.1.2.3. Identification and Definition of Parameters That Can Influence the Physico-Chemical Properties of Products Resulting from Biomass Waste Conversion Using Conventional Systems

B.1.2./B.1.2.4. Determining Optimal Formulations for Synthetic Wood and Derived Products

B.2.1. Access to Databases and Technical-Scientific Libraries in the Field of Environmental Engineering and Civil Engineering, Local Databases, TUIASI Catalog, National Standards, Proposal in the Current Project, Scientific Papers in the Project's Field, UTI Bulletin, Environmental and Engineering Journal