The document describes the Iglu Pro Form construction system, which uses expanded polystyrene (EPS) formwork elements that are filled with concrete to create monolithic structures. The system offers several advantages over traditional construction methods, such as being up to 70% faster, 25% less expensive, and providing high quality, energy efficient, and environmentally friendly buildings. The system can be used to construct single-family homes, multi-story buildings, warehouses, and other structures. Pro Green Built Intl. offers a complete turnkey factory to produce the EPS formwork elements.
Double envelopes, also known as double facades, are building facades with multiple layers or skins. They are used to maximize daylighting while controlling solar gain and temperature. There are four main types of double envelope configurations: box windows, corridor facades, multi-story facades, and shaft boxes. Double envelopes provide benefits like increased insulation, natural ventilation, and shading/sun control. Their performance must be considered in the context of a specific building and climate. Case studies demonstrate how double envelopes allow interior control of light and views while providing energy benefits.
Expanded polystyrene has number of benefits and we use this amazing product in our daily life. Some of the wonderful uses of expanded polystyrene are packaging, manufacturing, graphics and displays, bean bags filling etc.
Technical Features of Expanded Polystyrene (EPS) InsulationKORE Insulation
KORE's guide to the technical features of expanded polystyrene (EPS) insulation highlights the features and benefits of using EPS in your next new build or retrofit project. EPS is designed to be sustainable, lasting the lifetime of every building where it's installed while exceeding building regulations. For more information visit http://www.kore-system.com or download our technical documents at http://docs.kore-system.com.
This document discusses a research study that investigated the thermal behavior and compressive strength of expanded polystyrene (EPS) wall panels of varying thickness. The study varied the thickness of the EPS core (50-150mm) and concrete shell (40-50mm) in 3D wall panels. A computer program was used to calculate the thermal transmittance, thermal resistance, and maximum compressive load of the wall panels based on their dimensions and material properties. The results showed that increasing the EPS thickness improved the wall panels' thermal insulation properties and compressive strength, demonstrating the feasibility of using EPS wall panels as an affordable alternative to traditional concrete blocks in construction.
plastic Facade- PLOYCARBONATE AND PTFE Revathy Royer
This document discusses polycarbonate and PTFE (Teflon) facade systems. It provides details on the materials, their properties, advantages for facades, installation processes, examples of installations, and disadvantages. Polycarbonate is a thermoplastic that can be used for transparent or translucent facades and roofs. It provides benefits like aesthetics, thermal performance, strength, weather resistance and fire resistance. PTFE is a Teflon-coated fiberglass that is durable, weather resistant and provides benefits like reflectivity, tensile strength and thermal stability. Examples described include installations at the King Fahd National Library and Burj Al Arab.
This document summarizes research on adaptive facades. It discusses various facade functions including thermal, acoustic, and visual comfort. It describes different types of facade systems that provide ventilation, heating, cooling, and sun protection. These include double skin facades, box window facades, corridor facades, and chimney box windows. The document also discusses integrating mechanical systems into facades and developing facades as active, adaptable skins or organs of the building.
GPL Brief Introduction Of MgO Eco Prefab House System AAAKingsley Osuh Sr.
1. The document describes an MgO PU foam composite wall panel eco-friendly prefabricated house system that has been developed over one year of research.
2. The system uses magnesium oxide (MgO) construction components that have a lifespan of 30-50 years. The production line can produce 5000 square meters of wall panels per day.
3. The prefabricated house system provides benefits such as being safer, more eco-friendly, energy efficient, and economical than traditional construction methods. It allows for fast construction using lightweight steel frames and MgO composite building materials.
Double envelopes, also known as double facades, are building facades with multiple layers or skins. They are used to maximize daylighting while controlling solar gain and temperature. There are four main types of double envelope configurations: box windows, corridor facades, multi-story facades, and shaft boxes. Double envelopes provide benefits like increased insulation, natural ventilation, and shading/sun control. Their performance must be considered in the context of a specific building and climate. Case studies demonstrate how double envelopes allow interior control of light and views while providing energy benefits.
Expanded polystyrene has number of benefits and we use this amazing product in our daily life. Some of the wonderful uses of expanded polystyrene are packaging, manufacturing, graphics and displays, bean bags filling etc.
Technical Features of Expanded Polystyrene (EPS) InsulationKORE Insulation
KORE's guide to the technical features of expanded polystyrene (EPS) insulation highlights the features and benefits of using EPS in your next new build or retrofit project. EPS is designed to be sustainable, lasting the lifetime of every building where it's installed while exceeding building regulations. For more information visit http://www.kore-system.com or download our technical documents at http://docs.kore-system.com.
This document discusses a research study that investigated the thermal behavior and compressive strength of expanded polystyrene (EPS) wall panels of varying thickness. The study varied the thickness of the EPS core (50-150mm) and concrete shell (40-50mm) in 3D wall panels. A computer program was used to calculate the thermal transmittance, thermal resistance, and maximum compressive load of the wall panels based on their dimensions and material properties. The results showed that increasing the EPS thickness improved the wall panels' thermal insulation properties and compressive strength, demonstrating the feasibility of using EPS wall panels as an affordable alternative to traditional concrete blocks in construction.
plastic Facade- PLOYCARBONATE AND PTFE Revathy Royer
This document discusses polycarbonate and PTFE (Teflon) facade systems. It provides details on the materials, their properties, advantages for facades, installation processes, examples of installations, and disadvantages. Polycarbonate is a thermoplastic that can be used for transparent or translucent facades and roofs. It provides benefits like aesthetics, thermal performance, strength, weather resistance and fire resistance. PTFE is a Teflon-coated fiberglass that is durable, weather resistant and provides benefits like reflectivity, tensile strength and thermal stability. Examples described include installations at the King Fahd National Library and Burj Al Arab.
This document summarizes research on adaptive facades. It discusses various facade functions including thermal, acoustic, and visual comfort. It describes different types of facade systems that provide ventilation, heating, cooling, and sun protection. These include double skin facades, box window facades, corridor facades, and chimney box windows. The document also discusses integrating mechanical systems into facades and developing facades as active, adaptable skins or organs of the building.
GPL Brief Introduction Of MgO Eco Prefab House System AAAKingsley Osuh Sr.
1. The document describes an MgO PU foam composite wall panel eco-friendly prefabricated house system that has been developed over one year of research.
2. The system uses magnesium oxide (MgO) construction components that have a lifespan of 30-50 years. The production line can produce 5000 square meters of wall panels per day.
3. The prefabricated house system provides benefits such as being safer, more eco-friendly, energy efficient, and economical than traditional construction methods. It allows for fast construction using lightweight steel frames and MgO composite building materials.
Presentation looks at the entire context of Bamboo as a critical green building- material which being called steel of 21st century- in terms of its advantages and use in creating sustainable, cost-effective, earthquake resistant and green buildings
Wall Modul provides modular housing units that can be used for both residential and commercial buildings. Their modular wall system uses lightweight insulated concrete forms that are filled with concrete to create a structurally sound yet eco-friendly wall. Construction using the modular wall system is faster than traditional on-site building and less susceptible to delays from weather.
Wall Modul provides modular housing units that can be used for both residential and commercial buildings. Their modular wall system uses lightweight insulated concrete forms that are filled with concrete to create a monolithic, energy efficient structural wall. Construction using the modular wall system is faster than traditional on-site methods and is not dependent on weather conditions.
The document discusses various aspects of building facades and envelopes. It defines facades and envelopes, explaining that facades are the exterior walls of a building and envelopes refer to the exterior parts that separate the indoor and outdoor environment. It describes the key functions of envelopes in providing weather barriers and light transmittance. Various materials that can be used for facades and envelopes like concrete, glass, metal and polymers are discussed. Different types of facade systems like curtain walls, double skin facades and cladding are also summarized. The document provides a comparative analysis of conventional and new facade materials.
Wall Modul provides modular housing units that can be used for both residential and commercial buildings. Their modular wall system uses lightweight insulated concrete form blocks filled with concrete to create a structurally sound and environmentally friendly wall. Construction using the modular wall system is faster than traditional on-site methods, with less risk of delays or cost overruns, while still providing sound insulation, fire resistance, humidity control and other advantages.
This document discusses building facades and provides examples of innovative facade designs from around the world. It covers the functions of facades, lessons that can be learned from nature, modern trends like greening and the use of nanomaterials, and desirable properties for facades like self-cleaning and self-repairing capabilities. Examples of innovative facades include buildings inspired by termite nests, yurts, and pneumatic structures, as well as modern designs using vacuum insulation, dynamic envelopes, and responsive materials.
Enviroment and sustainablity of buildingstahia130136
This document provides an overview of a presentation on environmental and sustainable issues for tall buildings. It discusses key topics like green architecture, sustainable building features, bioclimatic issues and their relationship to tall buildings, energy efficiency importance and different ways to make buildings energy efficient, as well as LEED and SEED certification criteria. The presentation covers characteristics of green architecture, advantages of green buildings over conventional buildings, and examples of sustainable high-rise buildings that utilize natural sources, reuse energy, and energy efficient devices to reduce their environmental impact.
The document presents the project 2 submission for a construction solutions course. It includes an introduction to the brief of designing a learning centre. Several precedent studies are analyzed for different facade and structural systems including a double skin facade, corrugated PVC cladding, structural steel framing, and steel roof trusses. Two design proposals for the facade and sectional perspectives of the roof and ground levels are presented. References conclude the document.
The document provides details on the construction of a building project. It discusses the site and safety plans, preliminary work including site layout and earthworks, the foundation including the type of foundation and construction process, the superstructure including beams, columns, slabs and walls, doors and windows, and the roof including the type of roof and construction process. Site visits are an important part of understanding how theoretical construction knowledge is applied in practice. Safety is the primary concern on construction sites.
The common energy-efficient methods for aluminum alloy windows and glass curtain walls are as follows:
Glass energy efficient method
Aluminum alloy thermal-insulating profile energy efficient method
Double (multi) layer structure system energy efficient method
Solar Shading system energy efficient method
Point support glass curtain wall energy efficient method
Jeff Tsai is a Facacde Consultant and leads the Arup Shanghai team of building envelope specialists. He has over 23 years of experience in the construction industry and has been involved in projects all around the world, from design, testing, fabrication to site supervision and management of complex facade systems. For the last 15 years Jeff has worked in Asia, leading on a variety of projects of varying complexity, scale, environment, technical requirements and costs, which make him extremely experienced in the construction practices of this fast growing region.
In this presentation Jeff gives an introduction on the current situation of intelligent facades in China. He describes Arup’s approach to innovative and efficient building envelopes, showing exemplary case studies, such as the bioreactive facade that produces energy by harvesting micro-algae and other innovative systems.
Pixel Building in Melbourne, Australia is a prototype commercial building that generates its own energy and collects its own water. It uses various sustainable design features like night cooling, fresh air ventilation, solar panels, a gas-fired absorption chiller, rainwater collection, a green roof, vacuum toilets, and an anaerobic digester. These allow it to be fully self-sufficient in energy and water use, earning it top ratings on green building certification systems. Its pixelated colorful facade is a striking architectural feature that minimizes heat gain and maximizes daylighting.
Passive House Walls and Windows for the Pacific NorthwestGraham Finch
This document summarizes a presentation on wall and window design for highly insulated buildings in the Pacific Northwest region. Some key points:
- Passive design strategies require airtight, highly insulated walls with minimal thermal bridging and effective R-values of R-30 to R-60 depending on climate.
- Several wall assembly options were discussed including exterior insulation, split insulation, and double stud designs. Considerations include moisture control, vapor diffusion, insulation placement and thermal bridging.
- Window selection guidelines differ between the North American NFRC system and European standards used for Passive House certification. Frame size, spacer placement and boundary conditions impact U-values.
- Past building failures in
Council house 2 sustainable building exampleUET Lahore
Council House 2 (CH2) in Melbourne, Australia is a sustainable office building that achieved a maximum 6 Green Star rating. Some key points:
1) CH2 uses innovative design, renewable materials, and energy efficient technology to reduce its environmental impact and dependence on traditional energy sources.
2) It is expected to reduce electricity consumption by 85%, gas consumption by 87%, and water mains supply by 72% compared to a typical office building.
3) Features contributing to its sustainability include solar panels, a cogeneration plant, low-toxicity materials, and indoor plants.
PCMs (phase change materials) undergo solid-liquid and liquid-solid phase changes at consistent temperatures, absorbing or releasing large amounts of heat during these changes. ThermaCool produces wall and ceiling products containing PCMs that provide thermal mass and regulate internal temperatures, reducing energy demands. Their products offer affordable, easy-to-install solutions that save energy and carbon for buildings.
Tall Wood Building Enclosure Designs That WorkGraham Finch
Presentation given at the Woodworks National Symposium on Tall Wood Buildings in Chicago in November 2014. Presentation covers building enclosure design considerations for tall (high-rise) wood buildings and a case study of the wood innovation design centre.
This PowerPoint includes information about Green Architecture and examples of increasing energy efficiency with also some sustainable buildings of famous architects..
The document describes the Ziegel system, an innovative honeycomb clay building block system that provides structure, insulation, and air quality benefits. It is faster to build with than other masonry, offers good thermal and air performance, and has been proven over thousands of buildings. A case study describes how the system was used to build a Sure Start facility and allowed the architect to achieve design goals of ecology, cost, and performance through its single-skin masonry construction.
The document describes the Ziegel system, an innovative honeycomb clay building block system that provides structure, insulation, and air quality benefits. It is faster to build with than other masonry, offers good thermal and air insulation, and has been proven over thousands of buildings. A case study describes how the system was used to build a Sure Start facility and allowed the architect to meet objectives of ecological design, performance, and cost.
Presentation looks at the entire context of Bamboo as a critical green building- material which being called steel of 21st century- in terms of its advantages and use in creating sustainable, cost-effective, earthquake resistant and green buildings
Wall Modul provides modular housing units that can be used for both residential and commercial buildings. Their modular wall system uses lightweight insulated concrete forms that are filled with concrete to create a structurally sound yet eco-friendly wall. Construction using the modular wall system is faster than traditional on-site building and less susceptible to delays from weather.
Wall Modul provides modular housing units that can be used for both residential and commercial buildings. Their modular wall system uses lightweight insulated concrete forms that are filled with concrete to create a monolithic, energy efficient structural wall. Construction using the modular wall system is faster than traditional on-site methods and is not dependent on weather conditions.
The document discusses various aspects of building facades and envelopes. It defines facades and envelopes, explaining that facades are the exterior walls of a building and envelopes refer to the exterior parts that separate the indoor and outdoor environment. It describes the key functions of envelopes in providing weather barriers and light transmittance. Various materials that can be used for facades and envelopes like concrete, glass, metal and polymers are discussed. Different types of facade systems like curtain walls, double skin facades and cladding are also summarized. The document provides a comparative analysis of conventional and new facade materials.
Wall Modul provides modular housing units that can be used for both residential and commercial buildings. Their modular wall system uses lightweight insulated concrete form blocks filled with concrete to create a structurally sound and environmentally friendly wall. Construction using the modular wall system is faster than traditional on-site methods, with less risk of delays or cost overruns, while still providing sound insulation, fire resistance, humidity control and other advantages.
This document discusses building facades and provides examples of innovative facade designs from around the world. It covers the functions of facades, lessons that can be learned from nature, modern trends like greening and the use of nanomaterials, and desirable properties for facades like self-cleaning and self-repairing capabilities. Examples of innovative facades include buildings inspired by termite nests, yurts, and pneumatic structures, as well as modern designs using vacuum insulation, dynamic envelopes, and responsive materials.
Enviroment and sustainablity of buildingstahia130136
This document provides an overview of a presentation on environmental and sustainable issues for tall buildings. It discusses key topics like green architecture, sustainable building features, bioclimatic issues and their relationship to tall buildings, energy efficiency importance and different ways to make buildings energy efficient, as well as LEED and SEED certification criteria. The presentation covers characteristics of green architecture, advantages of green buildings over conventional buildings, and examples of sustainable high-rise buildings that utilize natural sources, reuse energy, and energy efficient devices to reduce their environmental impact.
The document presents the project 2 submission for a construction solutions course. It includes an introduction to the brief of designing a learning centre. Several precedent studies are analyzed for different facade and structural systems including a double skin facade, corrugated PVC cladding, structural steel framing, and steel roof trusses. Two design proposals for the facade and sectional perspectives of the roof and ground levels are presented. References conclude the document.
The document provides details on the construction of a building project. It discusses the site and safety plans, preliminary work including site layout and earthworks, the foundation including the type of foundation and construction process, the superstructure including beams, columns, slabs and walls, doors and windows, and the roof including the type of roof and construction process. Site visits are an important part of understanding how theoretical construction knowledge is applied in practice. Safety is the primary concern on construction sites.
The common energy-efficient methods for aluminum alloy windows and glass curtain walls are as follows:
Glass energy efficient method
Aluminum alloy thermal-insulating profile energy efficient method
Double (multi) layer structure system energy efficient method
Solar Shading system energy efficient method
Point support glass curtain wall energy efficient method
Jeff Tsai is a Facacde Consultant and leads the Arup Shanghai team of building envelope specialists. He has over 23 years of experience in the construction industry and has been involved in projects all around the world, from design, testing, fabrication to site supervision and management of complex facade systems. For the last 15 years Jeff has worked in Asia, leading on a variety of projects of varying complexity, scale, environment, technical requirements and costs, which make him extremely experienced in the construction practices of this fast growing region.
In this presentation Jeff gives an introduction on the current situation of intelligent facades in China. He describes Arup’s approach to innovative and efficient building envelopes, showing exemplary case studies, such as the bioreactive facade that produces energy by harvesting micro-algae and other innovative systems.
Pixel Building in Melbourne, Australia is a prototype commercial building that generates its own energy and collects its own water. It uses various sustainable design features like night cooling, fresh air ventilation, solar panels, a gas-fired absorption chiller, rainwater collection, a green roof, vacuum toilets, and an anaerobic digester. These allow it to be fully self-sufficient in energy and water use, earning it top ratings on green building certification systems. Its pixelated colorful facade is a striking architectural feature that minimizes heat gain and maximizes daylighting.
Passive House Walls and Windows for the Pacific NorthwestGraham Finch
This document summarizes a presentation on wall and window design for highly insulated buildings in the Pacific Northwest region. Some key points:
- Passive design strategies require airtight, highly insulated walls with minimal thermal bridging and effective R-values of R-30 to R-60 depending on climate.
- Several wall assembly options were discussed including exterior insulation, split insulation, and double stud designs. Considerations include moisture control, vapor diffusion, insulation placement and thermal bridging.
- Window selection guidelines differ between the North American NFRC system and European standards used for Passive House certification. Frame size, spacer placement and boundary conditions impact U-values.
- Past building failures in
Council house 2 sustainable building exampleUET Lahore
Council House 2 (CH2) in Melbourne, Australia is a sustainable office building that achieved a maximum 6 Green Star rating. Some key points:
1) CH2 uses innovative design, renewable materials, and energy efficient technology to reduce its environmental impact and dependence on traditional energy sources.
2) It is expected to reduce electricity consumption by 85%, gas consumption by 87%, and water mains supply by 72% compared to a typical office building.
3) Features contributing to its sustainability include solar panels, a cogeneration plant, low-toxicity materials, and indoor plants.
PCMs (phase change materials) undergo solid-liquid and liquid-solid phase changes at consistent temperatures, absorbing or releasing large amounts of heat during these changes. ThermaCool produces wall and ceiling products containing PCMs that provide thermal mass and regulate internal temperatures, reducing energy demands. Their products offer affordable, easy-to-install solutions that save energy and carbon for buildings.
Tall Wood Building Enclosure Designs That WorkGraham Finch
Presentation given at the Woodworks National Symposium on Tall Wood Buildings in Chicago in November 2014. Presentation covers building enclosure design considerations for tall (high-rise) wood buildings and a case study of the wood innovation design centre.
This PowerPoint includes information about Green Architecture and examples of increasing energy efficiency with also some sustainable buildings of famous architects..
The document describes the Ziegel system, an innovative honeycomb clay building block system that provides structure, insulation, and air quality benefits. It is faster to build with than other masonry, offers good thermal and air performance, and has been proven over thousands of buildings. A case study describes how the system was used to build a Sure Start facility and allowed the architect to achieve design goals of ecology, cost, and performance through its single-skin masonry construction.
The document describes the Ziegel system, an innovative honeycomb clay building block system that provides structure, insulation, and air quality benefits. It is faster to build with than other masonry, offers good thermal and air insulation, and has been proven over thousands of buildings. A case study describes how the system was used to build a Sure Start facility and allowed the architect to meet objectives of ecological design, performance, and cost.
Mateusz Imiela, K-FLEX Polska, speaks about biobased EPDM pipes and the K-Box at the 'Innovative Technologies for EU Buildings Energy Retrofit and Deep Renovation' workshop hosted by RINNO and ENVISION.
Universal Building Solutions has developed an advanced construction system using expanded polystyrene insulation and magnesium oxide to address environmental issues in construction. The system comprises column and beam construction with wall blocks, flooring and roofing panels made from EPS coated with MgO. This integrated building system reduces materials and construction time by up to 70% while producing structures that are stronger, more energy efficient and environmentally friendly compared to conventional construction.
Advance Construction Techniques Civil EngineeringLyrittSazellebb
This document discusses several modern construction innovations including flat slabbing technology, tunnel formwork systems, precast flat panel modules, 3D volumetric construction, thin-joint masonry technique, hybrid concrete construction, insulating concrete frameworks, precast foundations, and insulating concrete forms. These innovations help reduce expenses, labor costs, and construction time through prefabricated materials and standardized assembly processes.
The document discusses Insulated Concrete Formwork (ICF) provided by Econekt using Izodom technology. It describes Izodom as one of the most advanced ICF systems with over 120 structural elements that allow simple construction while guaranteeing high quality end results. Econekt partners with Izodom to provide their ICF solution, which uses Izodom's wall and foundation elements to create a complete structural system for low energy and Passivhaus projects. The system offers high thermal efficiency and air-tightness to easily meet standards for sustainable building.
Manufacturing and Supplying a wide range of Prefab Building Systems which are built using dry wall technology. These can be easily installed & dismantled, have excellent resistance against extreme temperature, water & fire and are durable. The range is suitable for all types of locations such as resorts, project office, industrial sheds, security cabins school & college buildings, hostel buildings, labor quarters & pent houses in the terrace.
The document introduces Universal Building Solutions' new construction method called the Integrated Building System (IBS). The IBS uses expanded polystyrene (EPS) insulation and a magnesium oxide coating to produce building materials like wall blocks, flooring panels, and beams. The system aims to provide faster, more affordable and environmentally friendly construction. It claims to reduce costs by 30-50% and construction time by up to 70% compared to conventional methods. The EPS and magnesium oxide materials provide benefits like insulation, fire resistance, and strength. Universal Building Solutions sees opportunities to license their technology globally to address issues like rising construction costs and environmental pollution from brick manufacturing.
This document introduces Universal Building Solutions, which has developed an Integrated Building System using advanced technology and innovative materials. This system aims to address rising construction costs and make buildings more affordable. It uses expanded polystyrene foam and magnesium oxide cement to manufacture building components like columns, beams, walls and floors. The system claims to reduce construction time by up to 70% and costs by 30-50% compared to conventional methods. It produces structurally superior, faster to build, energy efficient and environmentally friendly buildings.
The Vision Building System is a stay-in-place vinyl formwork system that has been used successfully since the 1990s for a wide variety of building applications. It utilizes lightweight and modular PVC profiles that are assembled rapidly on site to form walls, replacing traditional wood or metal forms. The panels are then filled with concrete to create a finished structure that is durable, resilient, and long-lasting. The system provides advantages such as reduced waste and costs, as well as increased productivity, quality, and sustainability over traditional construction methods.
This document describes the Simprolit system, an innovative construction system that uses modified polystyrene concrete called Simprolit. Some key points:
- Simprolit system offers over 25 types of blocks, plates, panels and other prefabricated elements that provide insulation, durability and cost effectiveness.
- Simprolit concrete has optimal properties including low density, frost and moisture resistance, and stable strength. It is non-combustible.
- Simprolit blocks excel in properties like insulation, vapor permeability, durability, ease of construction, and fire resistance. Walls require minimal thickness to meet energy standards.
- Simprolit facade plates and panels have similar insulation as mineral
Insulation & Airtightness Continuity Report with Shadow Study Jonathan Flanagan
This document provides background information on Cluain Mhuire Seminary and analyzes options for improving insulation continuity and airtightness. It describes the existing building, outlines requirements for U-values and insulation types, and models wall builds using Aspen Aerogel Spaceloft, Gutex Multitherm, and Calsitherm Climate Board insulation to achieve suitable U-values. A solar analysis will also be included to improve energy standards as part of retrofitting the protected structure.
Amvic provides insulated concrete form (ICF) systems and building products that allow for innovative and efficient construction. Their product line includes ICF blocks, floor and roof systems, buck systems for windows and doors, and accessories. Amvic aims to think outside the box and provide added value to customers through full service and support. Their building systems offer benefits such as increased energy efficiency, safety, comfort, and reduced construction costs.
Mr. Sanjiv Gosain, Amby Engineering Pte Ltd., gave presentation on concrete thermal mass wall system at CII-IGBC 15th Green Building Congress 2017 event at Jaipur
EVEREST COMPOSITES PVT. LTD. is fast growing company with a strong technology base in the Composite area of fibre reinforced plastics. Since 1991, our company rapidly became leader in the development and manufacture of quality FRP, GRC, & PUF Panel Products in India.
Over 20 years of expertise in this field, we have built a clientele that associates reliable and best quality products with EVEREST.
The patented technology combines an aluminum substructure with a cladding panel in Pino Radiata wood with Accoja treatment in order to create a commercially competitive system compared to advanced screen facades with other cladding materials and obtain a cladding characterized by exceptional performance of stability and resistance to climatic factors
The document discusses the use of plastics in building and construction. It notes that buildings are responsible for 40% of EU energy consumption and greenhouse gas emissions. Plastics can help meet EU targets for new buildings to be nearly zero-energy by 2021 through their use in insulation, windows, piping, and roofing, which saves energy and reduces costs. Plastics also have benefits like durability, light weight, ease of maintenance, and recyclability. The top three plastics used are polyvinyl chloride, polyethylene, and polystyrene in applications like pipes, insulation foam, and windows.
The document discusses three building construction materials: aluminum composite panels (ACP), curtain walls, and structural glazing. ACP sheets are thin aluminum sheets bonded to a non-aluminum core used for cladding, ceilings, and partitions. Curtain walls are non-structural exterior walls that keep weather out while allowing natural light in. They must be designed to handle loads and prevent air/water penetration. Structural glazing bonds glass directly to a building's structure using high-strength, high-performance silicone sealants to transfer wind loads from the glass.
This document summarizes an innovative precast wall panel system called Greenflex that improves thermal insulation performance. The system uses specialized inserts that ensure even heat distribution and prevent thermal bridges. An accompanying software helps engineers optimize insert placement to achieve targeted thermal values in a cost-effective way. The Greenflex system allows for improved productivity, elimination of thermal bridges, and composite panel strength in both longitudinal and transverse directions.
Everest Composites Pvt. Ltd. is a manufacturer of building construction products since 1990 known for its technological capabilities. It delivers unmatched quality products and services through leveraging industry expertise and stringent standards. The company's vision is to establish itself as a leading manufacturer of innovative, cost-effective, high-quality products through continued technological innovation and manufacturing strategies. Its mission is to deliver greater value, reliability, and exceptional quality through consistent innovation to become a market leader in composite materials.
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Icf presentation english - august 2010
1. Concrete Solutions for Better Building
IGLU PRO FORM SYSTEM
& GLOBAL GREEN BUILT
BY
Pro Green Built Intl. GmbH
Alter Platz 22
A-9020 Klagenfurt, Austria
Tel. +43-664-601-21310
+43-699-170-63933
E-mail:progreenbuilt@gmail.com
icfjost@gmail.com
2. IGLU PRO FORM
THE PRODUCT
We offer:
One of the most advanced construction system available today
and the complete turnkey Factory to produce it. It is a system,
which is proven, flexible, rapid, and highly cost effective. It is
also environmentally friendly, energy efficient, hurricane- and
earthquake resistant, water-proof, fire resistant, is not
harvested by rodents, termites or other insects, does not permit
the growth of fungus, and does not corrode.
The Iglu Pro Form®
system uses high-density expanded
polystyrene (EPS) Form-Work elements, which are filled with
concrete to create monolithic structures. These elements are
produced in a fully integrated production plant, designed and
manufactured by the HIRSCH Group in Austria . The company
also owns both the designs and the system rights of the
elements themselves.
The system, known today as the Iglu Pro Form®
system, has
been improved and perfected for the past fifteen years. The
HIRSCH Group in Austria produces the equipment, trains
personnel in the use of such equipment, and installs the
complete production plant at the buyer’s location.
PRO GREEN BUILT INTL. is unique in that it not only developed
thoroughly the construction system, but also designs and
engineers complete turnkey plants to be delivered worldwide,
utilizing full scale and the EPS machine technology from the
HIRSCH Group in Austria, and Italy
3. An Introduction to IGLU PRO FORM
Traditional methods of concrete construction use various
types of form works to construct walls and ceilings. Concrete
is poured into the form works. After the concrete has cured,
the forms have to be removed, and the constructor must then
apply to both surfaces of wall's a finish, such as insulation
material, acoustic material, mineral or acrylic plaster for water
protection, etc.
In the Iglu Pro Form®
construction system, the form work
elements of expanded polystyrene (EPS), used to construct
the walls and ceilings, remain in place and provide the actual
insulation for the structure. It is also known as Insulated
Concrete Form system or ICF. In addition to excellent thermal
properties, the insulation protects also against sound,
corrosion, water, humidity, fire, fungus, and termites. As
important, the design and properties of the Iglu Pro Form®
elements will drastically reduce the time needed to erect the
structural form work and cure the concrete, without the use of
special additives. The EPS form-works can receive re-bar
reinforcements (vertically and horizontally) to withstand strong
hurricanes and earthquakes. Once the Iglu Pro Form®
insulation elements are in place, they are filled with concrete
to form a solid monolithic wall structure...
... Rapid, economic, flexible, and highly effective.
IGLU PRO FORM
4.
5.
6. IGLU PRO FORM
Background of the IGLU PRO FORM SYSTEM
In 1969 a novel construction system which became known as
Insulated Concrete Form System (ICF) was developed in
Europe. Not been used for many years after, it became today
one of the most technologically advanced construction system
available in the world.
Field experiences have demonstrated that in comparison with
many other conventional construction systems, it is able to
increase construction capacity by up to 5 times, minimizing
the use of skilled labor and reducing the cost of construction
to a fraction of the actual cost of conventional construction
systems.
We offer a fully integrated Modular Production Factory that
manufactures a complete construction system, consisting of
elements (walls, ceilings, roofs, floors), which is very simple
yet sophisticated. It exceeds by far cost and speed
expectations of construction companies and end users. The
system has been fully tested and proven, and meets the
exacting standards of DIN (Deutsche Industrie Norm).
As an example of the time savings, the system has been used
to construct a finished 100 square meter house in less than
ten days, utilizing primarily unskilled laborers, whereas it
would take skilled workers up to three months to build the
same house using traditional methods. As the magnitude of
the structures being built increases, such as in the case of
warehouses, hotels, schools and apartment buildings, the
benefits of the Iglu Pro Form®
system become even more
substantial.
Note: One square meter is equivalent to 10.76 square feet.
7. IGLU PRO FORM
The Advantages
of the IGLU PRO FORM
ICF System
1. Construction with Iglu Pro Form®
is up to 70% more rapid
than with other construction systems:
Lightweight EPS form works assemble quickly
Use of sophisticated just in time labor/material logistics
program allows constructors to plan easier and save cost.
Concrete cures overnight, without expensive additives.
Re bar reinforcements, piping, and electrical wiring can be
easily installed before the concrete is poured.
EPS form works stay in place, unlike other systems, which
require additional cost and labor for the form-work removal.
EPS elements are the insulation; therefore, no additional
time is necessary for further application of insulation panels
Window and door-frames and anchors are set in place
before the concrete is poured, allowing for rapid installation
of the frames.
Pouring of Concrete in 1.50m (5 blocks) increments will
eliminate any bracing, this adds to speed and reduces cost.
Full wall height pouring up to five meters was also achieved
2. Construction with Iglu Pro Form®
is, depending on the
country, up to 25% less expensive than with other
conventional construction systems:
Utilizes primarily unskilled labor in completing the structure
Reduced construction time drastically reduces interest on
construction loans.
Minimal damage and waste (2-3%) increases construction
efficiency and reduces cost.
Lightweight EPS elements require little use of heavy on-site
equipment (Cranes or other Lifting machinery).
Ease of finishing reduces usage of expensive skilled labor.
8. IGLU PRO FORM
3. Iglu Pro Form®
construction delivers High Quality:
Solid monolithic reinforced concrete wall-ceiling-roof
structure withstands strong hurricanes and earthquakes
High-density EPS elements do not corrode and prevent
aging. Therefore high value of a house is maintained for
long time.
Insulating qualities of Iglu Pro Form®
maintain a comfortable
internal ambience without air conditioning in tropical
climates, and vastly decreases the heating required in cold
climates.
EPS elements are non-flammable and, if melting, they
produce non-toxic fumes, Insurance Ratings are decreased.
Does not harbor any breeding ground for fungi and bacteria.
EPS is biologically neutral and therefore does not attract
termites as a food source.
The Iglu Pro Form®
wall system dampens sound
substantially.
The Iglu Pro Form®
system permits complete freedom and
flexibility in architectural design.
The Iglu Pro Form®
system can be utilized for all types of
construction: industrial, commercial, and residential walls
are perfectly straight and leveled.
The Iglu Pro Form®
system allows easy and rapid spray
application of plaster / stucco in a one step operation, due to
a special surface design for all interior and exterior walls.
With the use of a heat knife or router, the placement of
plumbing and electrical conduit is simple and fast.
CONSTRUCTION PEOPLE LIKE IT SIMPLE AND FAST
9.
10. IGLU PRO FORM
Environmental Advantages of Iglu Pro Form®
Thermograph testing indicates R-36 for vertical walls.
Thermal conductivity U Value = .24Watts/m2
K (DIN 4108)
Energy savings of >70% for both heating and air conditioning.
No HCFC's , HFC's and CFC's are used in the production of
EPS Iglu Pro Form®
elements.
Fire-proof structural system according to DIN 4102 & 53438
No toxic fumes or irritating odors, Self extinguishing material.
Reduction of interior noise pollution = 46dB
Iglu Pro Form®
elements are biologically neutral and offer no
nutritional value to insects.
There is no damage to the upper ozone layer of our earth.
Iglu Pro Form®
elements are 100% recyclable.
Iglu Pro Form®
elements are non-toxic and are friendly to
humans and the environment.
Iglu Pro Form®
conserves natural resources by minimizing the
use of natural building materials such as prime wood.
Energy savings will reduce CO2 emissions atmospheric
pollution and therefore the "Green House" effect.
Moisture-Resistant - No more musty odors due to moisture
ICF or EPS building systems are an official Ally to EPA's
Energy Star
®
Homes Program
11. IGLU PRO FORM
The Multiple Form-Work Elements Used
in the IGLU PRO FORM SYSTEM
With the help of sophisticated computer design software, the
extensive experience of the Iglu Pro Form System
as an
advanced technology used in the construction industry and the
advice from internationally known construction engineers and
architects, it was possible to design and produce various Form
Work elements that will make up a System and meets all modern
construction requirements.
The six basic Iglu Pro Form
Mold Elements are for:
Hollow blocks - closed end for walls, corners and openings
Hollow two end open in-line wall blocks
L-Shaped corner units for wall-ceiling connections
Door and window Lintel units
Ceiling Elements
Roof Elements
A complete house may be built utilizing only these six molds.
Additional molds may be available upon request:
T-Shaped wall junction units - 90 degrees
Two-way units - 90 degrees and 45 degrees
Cantilevering units / Console units and Columns
Supporting units
Floor supporting units foundation footers
Elements for arched and custom designed walls
12.
13. IGLU PRO FORM
The IGLU PRO FORM SYSTEM
is Flexible
The Iglu Pro Form
System has no limitations of whatsoever
nature where finish and quality of work is concerned. It adapts to
any architectural needs and allows for total freedom of design.
All finishing materials commonly used in traditional construction
systems can similarly be used with the Iglu Pro Form
system.
The Iglu Pro Form
elements can be used for a wide range of
applications:
Single-family homes
Townhouses
Multi-story apartment buildings (up to five floors)
Commercial buildings, warehouses, and cold storage
Hospitals, Schools, and Jails
Retaining walls and Flood barriers
Hotels
Military Airplane Hangars (Infrared Radar cannot detect the Airplane
while stored in an EPS Iglu Pro Form Hangar)
Welcome to the World of Iglu Pro Form