The process of experimenting and looking for development and innovation in BSP Sp. z o.o. (Q108181): Difference between revisions
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(Removed claim: summary (P836): The project involves the process of experimenting and looking for development and innovation in the company BSP Sp. z o.o., allowing its own research and development work to develop a new innovative system for securing and installing the façade of ventilated buildings. The business effect of this project will be the placing on the market of a new system for the substructure of ventilated, thermal, static, and mounting ducts. The system will mi...) |
(Created claim: summary (P836): The subject of the project is the process of experimenting and searching for development and innovation niches in BSP Sp. z o.o., which allows to carry out its own research and development work to develop a new innovative system for mounting and mounting ventilation facades used in construction. The business effect of this project will be the launch of a new system of thermal, static and assembly-optimised ventilation facades. The system will mi...) |
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The subject of the project is the process of experimenting and searching for development and innovation niches in BSP Sp. z o.o., which allows to carry out its own research and development work to develop a new innovative system for mounting and mounting ventilation facades used in construction. The business effect of this project will be the launch of a new system of thermal, static and assembly-optimised ventilation facades. The system will minimise heat loss by so-called thermal bridges. System components will also be optimised in terms of structural properties depending on the type of substrate and loads operating on the ventilation facade, as well as in terms of simplicity of installation. An additional assumption is that most of the materials used in the system should be recyclable after a lifetime. The development of its own innovative mounting system for ventilated facades is a response to a defined market need because there are very few products on the market dedicated to the implementation of ventilation facades for energy efficient and passive construction. Most consoles and grates are components made of generally available materials, so they are not specialised and have a number of defects and limitations in use. The new product will have a wider range of applications and meet more customer requirements (English) | |||||||||||||||
| Property / summary: The subject of the project is the process of experimenting and searching for development and innovation niches in BSP Sp. z o.o., which allows to carry out its own research and development work to develop a new innovative system for mounting and mounting ventilation facades used in construction. The business effect of this project will be the launch of a new system of thermal, static and assembly-optimised ventilation facades. The system will minimise heat loss by so-called thermal bridges. System components will also be optimised in terms of structural properties depending on the type of substrate and loads operating on the ventilation facade, as well as in terms of simplicity of installation. An additional assumption is that most of the materials used in the system should be recyclable after a lifetime. The development of its own innovative mounting system for ventilated facades is a response to a defined market need because there are very few products on the market dedicated to the implementation of ventilation facades for energy efficient and passive construction. Most consoles and grates are components made of generally available materials, so they are not specialised and have a number of defects and limitations in use. The new product will have a wider range of applications and meet more customer requirements (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is the process of experimenting and searching for development and innovation niches in BSP Sp. z o.o., which allows to carry out its own research and development work to develop a new innovative system for mounting and mounting ventilation facades used in construction. The business effect of this project will be the launch of a new system of thermal, static and assembly-optimised ventilation facades. The system will minimise heat loss by so-called thermal bridges. System components will also be optimised in terms of structural properties depending on the type of substrate and loads operating on the ventilation facade, as well as in terms of simplicity of installation. An additional assumption is that most of the materials used in the system should be recyclable after a lifetime. The development of its own innovative mounting system for ventilated facades is a response to a defined market need because there are very few products on the market dedicated to the implementation of ventilation facades for energy efficient and passive construction. Most consoles and grates are components made of generally available materials, so they are not specialised and have a number of defects and limitations in use. The new product will have a wider range of applications and meet more customer requirements (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 09:33, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The process of experimenting and looking for development and innovation in BSP Sp. z o.o. |
Project in Poland financed by DG Regio |
Statements
769,952.0 zloty
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1,471,960.0 zloty
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52.31 percent
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1 July 2018
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30 June 2020
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BSP BRACKET SYSTEM POLSKA SP. Z O.O.
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Przedmiotem projektu jest proces eksperymentowania i poszukiwania nisz rozwojowych i innowacyjnych w przedsiębiorstwie BSP Sp. z o.o. pozwalający na prowadzenie własnych prac badawczych i rozwojowych służących opracowaniu nowego innowacyjnego systemu do mocowania i montażu elewacji wentylowanych stosowanych w budownictwie. Efektem biznesowym realizacji niniejszego projektu będzie wprowadzenie na rynek nowego systemu podkonstrukcji elewacji wentylowanych zoptymalizowanego pod względem termicznym, statycznym i montażowym. System pozwoli ograniczyć do minimum straty ciepła przez tzw. mostki termiczne. Elementy systemu zostaną również zoptymalizowane pod względem własności konstrukcyjnych w zależności od rodzaju podłoża i obciążeń działających na elewację wentylowaną, a także pod względem prostoty montażowej. Dodatkowym założeniem jest to, aby większość materiałów użyta w systemie nadawała się do recyklingu po okresie użytkowania. Opracowanie własnego innowacyjnego systemu mocowania elewacji wentylowanych stanowi odpowiedź na zdefiniowaną potrzebę rynkową ponieważ na rynku jest bardzo mało produktów dedykowanych do realizacji elewacji wentylowanych dla budownictwa energooszczędnego i pasywnego energetycznie. Większość konsol i rusztów są to elementy wykonane z ogólnie dostępnych materiałów, przez co nie są wyspecjalizowane i posiadają szereg wad i ograniczeń w stosowaniu. Nowy produkt będzie miał szersze spektrum zastosowań oraz sprosta większej ilości wymagań klientów (Polish)
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The subject of the project is the process of experimenting and searching for development and innovation niches in BSP Sp. z o.o., which allows to carry out its own research and development work to develop a new innovative system for mounting and mounting ventilation facades used in construction. The business effect of this project will be the launch of a new system of thermal, static and assembly-optimised ventilation facades. The system will minimise heat loss by so-called thermal bridges. System components will also be optimised in terms of structural properties depending on the type of substrate and loads operating on the ventilation facade, as well as in terms of simplicity of installation. An additional assumption is that most of the materials used in the system should be recyclable after a lifetime. The development of its own innovative mounting system for ventilated facades is a response to a defined market need because there are very few products on the market dedicated to the implementation of ventilation facades for energy efficient and passive construction. Most consoles and grates are components made of generally available materials, so they are not specialised and have a number of defects and limitations in use. The new product will have a wider range of applications and meet more customer requirements (English)
20 October 2020
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Identifiers
RPMA.01.02.00-14-A186/18
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