Prosjekter

Feldballe School

Rønde (Denmark)

Feldballe School

Rønde (Denmark)

250 m²

2022

Henning Larsen Architects

Feldballe Free School redefines modern standards of eco-conscious construction.
The result of a unique collaboration of EcoCocon, Henning Larsen Architects and philantropic organisation Realdania.
The school is built nearly exclusively of bio-based materials.
Photos: Rasmus Hjortshøj – COAST

Holiday Villa

Barosund, Ingå (Finland)

Holiday Villa

Barosund, Ingå (Finland)

120 m²

Kasper Järnefelt

Beautiful holiday villa built 10m from the sea. All handcrafted on site.
Main area of the villa is built with EcoCocon and timber frame structures.
All finishes with Saviukumaja clay. Bathroom with clay and tadelakt.
Natural ventilation, solar powered and main mass oven used for water heating. Includes a sauna.
Built by The Natural Building Company Oy

School for Life

Lendemarke (Denmark)

School for Life

Lendemarke (Denmark)

528 m²

2018

Kundens team.

The project was based on a no-compromise approach to ecological materials.
In addition to being a splendid insulation material, EcoCocon has created a healthy indoor microclimate with great air quality.
26,000 kg of CO2 stored
Photos: Sophia Lydolph

Passive Mountain Cottage

Liptovska Kokava (Slovakia)

Passive Mountain Cottage

Liptovska Kokava (Slovakia)

123 m²

2013

Createrra

A Passivhaus placed at the foot of the Tatra Mountains.
Mass oven for main heating. Photovoltaic used for hot water.
8 250 kg CO2 sequestered.
Photo Credit: Milan Hutera

The Halo House

Herlev (Denmark)

The Halo House

Herlev (Denmark)

50 m²

2020

René Gejl & Ditte Rosengaard Hegelund

Symmetrical and soothing living space.
Round house effect was achieved by angling the straw panels and filling gaps with insulation.
Photos: Sophia Lydolph

Old Holloway

Little Birch (UK)

Old Holloway

Little Birch (UK)

95 m²

2017

George Mikurcik

Old Holloway is a modest, affordable, high performing family home in rural Herefordshire, built to a strict passivhaus standard.
It was the first project in the UK to use the EcoCocon system.
Palette of materials included clay plaster inside, charred timber cladding and corrugated metal roof.
The project was a winner of Passivhaus Trust Awards 2018 in the Small Projects category.
7 725 kg of CO2 sequestered.

Sound Studio

Aalto University Otaniemi (Finland)

Sound Studio

Aalto University Otaniemi (Finland)

4 m²

Kati Juola Alanen

Art exhibition built as a sound studio for artist-in-residence Ariel Bustamonte.
EcoCocon walls and roof. Inside and outside finished with reed.

Passive Residence

Marianka (Slovakia)

Passive Residence

Marianka (Slovakia)

168 m²

2016

CREATERRA

Each rafter is at another angle.
Semi-intensive green roof cover. Large, covered sunroom to the south.
15 300 kg CO2 sequestered.

Kindergarden

Vilnius (Lithuania)

Kindergarden

Vilnius (Lithuania)

400 m²

2011

Darius Mitka

400 m2 extention with EcoCocon panels built in 10 months.
Kindergarten has its own well.
The water is heated by roof collectors.

Passive Family House

Stupava (Slovakia)

Passive Family House

Stupava (Slovakia)

96 m²

2011

CREATERRA

First Passivhaus from EcoCocon panels. 42€ monthly electricity bill, 7€ for heating.
Extensive green roof at a slope.
Photo Credit: Bill Steen

Family House

Lille Syd, Herfølge (Denmark)

Family House

Lille Syd, Herfølge (Denmark)

119 m²

2020

Lise Palm

Lovely family house designed and built by owner's grandchildren.
8,000 kg of CO2 sequestered.
Photos: Sophia Lydolph

Passive Family House

Bad Deutsch-Altenburg (Austria)

Passive Family House

Bad Deutsch-Altenburg (Austria)

175 m²

2012

CREATERRA

First Passivhaus from EcoCocon panels in Austria.
Compact unit by Drexel & Weiss for heating, cooling, hot water and ventilation.
Photovoltaic exceeds annual energy use.
15 900 kg CO2 sequestered.
Photo Credit: Milan Hutera

House Extension

Zurich (Switzerland)

House Extension

Zurich (Switzerland)

60 m²

2016

Arba Bioplan

The structure of the extention assembled in 7 hours including windows, partitions and three levels of tiles.
Larch cladding at the exterior. Inside finished with clay plaster.

Passive Family House

Kovacova (Slovakia)

Passive Family House

Kovacova (Slovakia)

123 m²

2018

CREATERRA

Client managed the construction process himself.
Foundation on foam glass.
Mostly use of standard gypsum boards inside.
Photo Credit: Milan Hutera

Residential Housing Project

Eindhoven (Netherlands)

Residential Housing Project

Eindhoven (Netherlands)

2018 m²

2016

Architecten En|En

Houses were developed in Collective Private Development (future neighbours develop their own housing project from bottom-up). Idea was to develop modern, 'Bauhaus"-style houses, with use of historical building materials.
Houses are zero-energy, all-electric and 'breathing'. Heating and hot water by electrical heat-pump. This and all other (electrical) household gear compensated by 25 solar panels.
Photo Credits: Architecten En|En / Base Photography

Passive Family House

Predajna (Slovakia)

Passive Family House

Predajna (Slovakia)

120 m²

2012

CREATERRA

Large overhang for natural shading.
Smartwin Passivhaus windows installed.
Blown cellulose for roof insulation.
10 875 kg CO2 sequestered.
Photo Credit: Milan Hutera

Traditional Family House

Vievis (Lithuania)

Traditional Family House

Vievis (Lithuania)

80 m²

2013

-

Wooden roof tiles, massive wooden beams and stone decorations.
Rustic interior details.

Tegelen Gym

Tegelen (Netherlands)

Tegelen Gym

Tegelen (Netherlands)

746 m²

2019

2.0 Architecten

Built by Venlo municipality with the goal to build an energy-neutral gymnasium, constructed as much as possible with cradle to cradle certified materials.
The goal was to contribute to a healthy, pleasant and sustainable living environment.
Photo credits: Stef Doensen

House by the Lake

Pusula, Lohja (Finland)

House by the Lake

Pusula, Lohja (Finland)

190 m²

-

Kati Juola Alanen - KJA architects office & Geir Pettersen

Beautiful family home finished to a very high standard. EcoCocon wall system finished with Saviukumaja clay, lime and tadelakt.
Heat recovery system, heated with mass oven, solar heating system.

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