Search results

About the project Hringvangur—the first (and only so far) Icelandic network for circular construction—was opened as a public-private project as part of the Nordic Networks for Circular Construction (NNCC) project, realised in Iceland by Húsnæðis- og mannvirkjastofnun (HMS) and Grænni byggð . In 2024, Hringvangur was launched and hosted by Grænni byggð with support from HMS and Verkis. Now, operations must be sustained in the following year and built on the existing solid foundation. Overview The project's primary goal is to continue Hringvangur's statutory activities, which are, among others:  managing the platform to promote circular projects and solutions in Iceland; managing the website as a database of existing knowledge on various aspects of circular construction; updating stakeholders with the state-of-the-art; acting as a contract platform to facilitate cooperation between stakeholders. Hringvangur website The project received a grant from Askur - mannvirkjarannsóknasjóður which is funded by Húsnæðis- og mannvirkjastofnun (Icelandic Housing and Construction Authority), Ministry of Social Affairs and Housing and the Ministry of Culture, Innovation and Higher Education.

Some information about EPDs,PCR and some EPDs for Icelandic products. Environmental product declarations (EPDs) An environmental product declaration (EPD) is a document providing confirmed information about the environmental impact of the product's life cycle based on the results of performed life cycle assessment (LCA). The EPD also contain the information required by the specific Product Category Rules (PCR) and General Programme Instructions . Eventually, EDP is verified by a third party who evaluates the analysis independently. As the methodology of its preparation is regulated, EPD help build transparency and increase confidence that environmental claims made by manufacturers are accurate. In many ways, such a statement is similar to the ingredient descriptions of food products, but instead of information on nutritional value, there is information on the product's environmental impact. The first Icelandic EPD was published for Steinull , based on the analysis done by EFLA , confirmed by SINTEF building research in Oslo and published by EPD-Norge . More information on EPDs can be found on the International EPD System website or in the presented video. An open EPD database can be found on the InData network website . Product Category Rules (PCR) A Product Category Rule provides specific instructions for how life cycle assessment (LCA) should be performed for a particular product category. More precisely, it includes, among others, the so-called system boundaries (which processes and product's life cycle stages should be considered) and declared or functional units, which should be used for specific products. More information on PCR can be found on the International EPD System website , and the PCR library can be found here . Some of the EPDs for construction products and materials in Iceland Plasterboards Timber Paints Wall coverings Cement and masonry mixtures Concrete Insulating materials Building blocks Steinefni Pípur

BREEAM - An cost-benefit analysis of sustainable building certificates About the project Many stakeholders in the construction market do not fully understand the overall benefits of sustainable building certificates in Iceland and have requested data and information in this regard. The project aimed to meet that need by mapping the success, benefits and costs of certification systems and increasing knowledge of the systems' advantages and disadvantages . It is hoped that in this way, it will be possible to further contribute to the increase in the number of certified construction projects. Overview The project is twofold: 1. A stakeholder analysis focusing on their experiences with sustainability building certificates – BREEAM and Nordic Swan 2. Analysis of greenhouse gas emissions through LCA – BREEAM certified and non-certified. It is also planned to add LCC analyses, where the lifetime costs of certified buildings are compared to the lifetime costs of non-certified buildings, and that part will be done in collaboration with Verkís . The project received a grant from the Icelandic Ministry of Environment, Energy and Climate. Skoðið útgáfur verkefnisins hér

Some EPDs on timber materials in Iceland. Environment (EPDs) - Timber materials in Iceland KLH KLH CLT timber pannels Límtré Vírnet KLH CLT timber pannels

Green Building Council Iceland's materials on other topics than construction and demolition waste or certification systems. Other published materials On this page you can find reports from all over that address sustainable construction. Click the reports to read them. 2020 Let's build a greener future (Byggjum grænni framtíð) - Summary of the state of environmental issues in the construction industry in the Nordic countries (in Icelandic)

Rannsaka möguleikana og tækifærin á innleiðingu hringrásarhagkerfis í auknum mæli tengt notkun byggingarefna About the project Grænni byggð works with Lendager Island , Minjastofnun , SORPA , and Verkís hf on this project. There is a noticeable interest in the Icelandic construction sector in material and product reuse; however, the reuse is in its infancy due to: a lack of knowledge among stakeholders on how to reuse construction materials and products the common belief that the reuse of materials and products is blocked by current legal regulations (e.g., building code, need for CE marking, lack of standards for reused materials/products) in Iceland. The project aims to address these aspects. The project outcome will provide an overview of opportunities and identify risks for reusing various construction materials and products. The information on the legal requirements the secondary material and products need to meet to be approved for use will also be included, followed by suggested possible directions to change these legal requirements to facilitate reuse. Mynd: Ástrós Steingrímsdóttir Collaborators The project received a grant from Askur - mannvirkjarannsóknasjóður which is funded by Húsnæðis- og mannvirkjastofnun, Ministry of Social Affairs and Housing and the Ministry of Culture, Innovation and Higher Education.

Circular economy 1) Eliminate waste and pollution Waste is the result of decisions made at the design stage. Therefore, it is essential to change our mindset when it comes to design and consider waste generation a design flaw. The construction sector plays a crucial role in implementing a circular economy as it is responsible for considerable resource use and waste generation. To prevent our planet's resources from running dry, we need to change our consumption habits and production methods radically. The circular economy can be explained using three main principles from the Ellen MacArthur Foundation :  2) Circulate products and materials (at their highest value) It is important that the products and materials we produce remain within our economy. Therefore, ways of their reuse, repair, or recycle must be widely available. 3) Regenerate nature The circular economy plays in favour of nature in multiple ways by moving from extraction to regeneration, for instance, by reducing the amount of raw materials needed to be mined, thereby returning more land to nature. Currently, a few of the most significant barriers to implementing circular economy principles in the construction sector are: - lack of legal frameworks regulating the reusing of materials, - lack of data on material flows and the quality of materials, - lack of knowledge of circular design. There are several initiatives to solve the above issues. The first example is the criteria for circular buildings created by FutureBuild , stating that a circular building must consist of at least 50% of reused and reusable components. The criteria also cover other aspects, like, for example, design-for-adaptability. More information can be found here (FutureBuilt kriterier for sirkulære bygg ; in Norwegian ). The second example is the EU's set of guidelines for legal and technical stakeholders and policy-makers in the construction sector on how to implement circular economy principles, which can be found here . Hringvangur A network for circular construction in Icelandic building industry was created at the end of 2023. The network is called Hringvangur and Green Building Council Iceland is the host for now. The website is www.hringvangur.is Additional information Does it cost more to renovate than to build new? Answers to this and other questions can be found in GBC Norway's publications Tenk deg om før du river (Think before tearing down; in Norwegian ). Guidelines and business tools for companies in the construction sector on how to implement circular solutions in their activities can be found in Nordic Circular Economy Playbook 2.0 .

Energy use – designed and measured About the project The main goal of the project is to collect information on the (purchased) energy demand of buildings (kWh/m² anually; due to heating and/or cooling on one hand and general electricity consumption on the other) and compare the purchased energy and the estimated energy demand according to calculations . Partners Project partners are: - EFLA ; - the University of Reykjavik ; - Björn Marteinsson. The project received a grant from Askur – Housing and Construction Research Fund. Skoðið skýrslu verkefnisins hér

About the CIRCON project. About the project The CIRCON project (full name: The circular economy in construction: eco-design of circular buildings) was realised by Green Building Council Iceland (GBCI) in cooperation with two Polish partners – a mirror to GBCI organisation Polish Green Building Council and the Silesian University of Technology. The project lasted 2 years (01/04/2022-31/03/2024). Overview The urban population is growing globally, and so does the demand for housing and accommodation. This means the growing intensity of construction-related activities and, consequently, increasing construction and demolition waste (C&DW) generation. This calls for action as, currently, C&DW already comprises one of the largest waste streams in the EU and Iceland. Even though C&DW recovery rates are high, their recovery leaves room for improvement as it is predominantly low-grade (for instance, backfilling). To preserve the value of construction materials and thus keep them on the market as long as possible, the implementation of circular economy principles in the construction sector is necessary. This would result in reducing the amount of not only C&DW produced but also the raw materials used. Building materials are responsible for around half of the carbon footprint of an Icelandic building during its lifetime. Doing so requires developing solid and systematised knowledge of circular economy principles regarding construction processes. This is why, in the CIRCON project, we aimed to create practical guidelines, emphasising circular building design as everything starts with the plan and design. These guidelines included the specificity of Icelandic and Polish construction sectors and were disseminated among the key stakeholders in the sectors. This was done to familiarise the key actors with optimal building design regarding not only buildings' longevity and durability but also their sustainability and material circulation through possible reusing of building components after its deconstruction. Main objectives The project aimed to strengthen the implementation of circular economy principles in the Icelandic and Polish construction sectors through: 1. Creation of practical guidelines on circular economy implementation in building design, including Icelandic and Polish market characteristics, needs, and specific Icelandic geographical and resource conditions. 2. Dissemination of the above guidelines among key stakeholders in the construction sector. The CIRCON project benefits from a € 361,422 grant from Iceland, Liechtenstein and Norway through the EEA and Norway Grants and co-funding by the national funding of Poland. Co-funding from the Polish state amounts to € 54,213. More about the project Project partners Newsletter CIRCON vefsíðu Information on EEA and Norway Grants The EEA and Norway Grants represent the contribution of Iceland, Liechtenstein and Norway towards a green, competitive and inclusive Europe. There are two overall objectives: reduction of economic and social disparities in Europe, and to strengthen bilateral relations between the donor countries and 15 EU countries in Central and Southern Europe and the Baltics. The three donor countries cooperate closely with the EU through the Agreement on the European Economic Area (EEA). The donors have provided €3.3 billion through consecutive grant schemes between 1994 and 2014. For the period 2014-2021, the EEA and Norway Grants amount to €2.8 billion. The priorities for this period are: #1 Innovation, Research, Education and Competitiveness #2 Social Inclusion, Youth Employment and Poverty Reduction #3 Environment, Energy, Climate Change and Low Carbon Economy #4 Culture, Civil Society, Good Governance and Fundamental Rights #5 Justice and Home Affairs Eligibility for the Grants mirror the criteria set for the EU Cohesion Fund aimed at member countries where the Gross National Income (GNI) per inhabitant is less than 90% of the EU average. The EEA and Norway Grants scheme consists of two financial mechanisms. The EEA Grants are jointly financed by Iceland, Liechtenstein and Norway, whose contributions are based on their GDP. Norway Grants are financed solely by Norway. More information can be found on: https://eeagrants.org/ Information on co-funding by the national funding of Poland The co-funding from the Polish state was granted to the project within the program: Environment, Energy and Climate Change , program area: Climate .

About the project Nordic Networks for Circular Construction (NNCC) was a two-year project aiming at accelerating the implementation of circular economy principles in the Nordic construction sector. It is financed by the Nordic Council of Ministers . The project consisted of six work packages of which GBCI and the Housing and Construction Authority of Iceland (HMS ) work towards realising Work package 6: National Fora . Other work packages dealed with, among others, analysing the barriers and possibilities in implementing a circular economy in Nordics and metrics for circularity. Skýrsla Work package 6: National Fora One of the crucial parts of sustainable and circular construction development is sharing know-how and hands-on experiences along the entire chain of construction stakeholders. This is often realised by the so-called national fora (networks) consisting of the cross-section of the construction sector. Therefore, one of the goals of Work package 6: National fora was creating such a network in Iceland to facilitate spreading the knowledge on circular construction, especially focusing on the Icelandic and Nordic context, but not excluding European and global state-of-the-art solutions. Additionally, workshops with various stakeholders were organised to strengthen the implementation of a circular economy in Nordic construction. At these workshops, the findings on the barriers to adopting circular construction (Work Package 2: Analysis of Barriers and Possibilities ) were presented, and possible solutions were discussed to define further steps necessary to accelerate the implementation of circular construction. Main objectives > Creating the network on circular construction in Iceland to facilitate sharing of know-how and hands-on experiences among Icelandic and foreign construction sector stakeholders; > Defining further steps necessary to accelerate the adaptation of circular economy in Nordic countries.

Grænir verkstaðir About the project Green Construction Sites encompass building projects as well as other infrastructure developments. The Green Building Council Iceland worked on the project Emission-Free Construction Sites over a two-and-a-half-year period from 2022 to 2024. The outcomes of this work included four reports, newsletters, a video presentation, and more. The objective of the Green Construction Sites project is to adapt the findings from the Emission-Free Construction Sites project to the Icelandic market and make them accessible to various stakeholder groups within the industry. This will be achieved by publishing 5–6 brochures containing detailed yet easy-to-read information about emissions from construction sites and guidelines for reducing those emissions.

About the Nordic Networks for Circular Construction project. Nordic Circularity Accelerator (NCA) About the project The Nordic Circularity Accelerator (NCA) project aimed to increase cohesion and cooperation related to circular construction among Nordic stakeholders . It was a side-project of the Nordic Networks for Circular Construction (NNCC) project, funded by the Nordic Council of Ministers. The NCA project set its eyes on life beyond the NNCC project scope, and it produced recommendations for enhancing circularity in construction at national, Nordic, and European levels . See the recommendations here Main objectives The research was structured to build upon existing knowledge and dig deeper into identified specifics. The original research questions are as follows: > What measures should the public sector take to accelerate circularity in the markets? > What was of Nordic-level interest, and what should be considered at a local level? > How could the Nordics influence EU decision-making processes? > How could contributions from the Nordic Council of Ministers to the development of circular construction at Nordic and local levels be facilitated, and what aspects should be prioritised? After formulating the specific research questions and identifying knowledge gaps, the latter were discussed at workshops with almost 150 market representatives from five Nordic countries. Project partners Green Building Council Iceland and the Finnish Green Building Council realised the NCA project in cooperation with the Danish Technological Institute , the Norwegian Green Building Council , Sirkulær Ressurssentral , CCBuild and IVL Sustainable Building AB .