gunkspace

Urban and agricultural lands occupied more than 40% of all land surface globally in 2022. Most of these areas are managed through industrial processes that deplete the soil, pollute the water, annihilate biodiversity, and contribute to runaway carbon emissions. It’s all anthropogenic sprawl. Large scale ecological and hydrological restoration,...

Alternative Strategies for Theatres in Central European Climate: The potential of passive design strategies to lower the operational energy requirement for existing theatres in Berlin

This paper investigates the potential of passively lowering the operational energy requirement of performance buildings in the Central European Climate. The energy consumption of this typology is largely caused by mechanical ventilation to cool and ventilate the theatre during shows, necessary for the thermal comfort and ventilation requirements...

Giving purpose to reclaimed interior building materials in the transformation of building 22 of TU DELFT: By the use of R-strategies Refuse, Reuse, Repair, Repurpose and Recycle

The building industry waste and transportation can be reduced by reclaiming building components. Building 22, Applied Physics on the Campus of TU Delft can be transformed into student housing and public functions by using reclaimed building components of the existing building, in order to achieve the environmental ambitions of the TU Delft and...

Building With Recycled Plastics As a Way of Empowering Local Communities: A Case Study of Bali, Indonesia

Overpollution with plastic waste is becoming a leading concern globally, but even more so at island destinations popular among tourists. Tourists generate 3 times more waste than local residents, overuse local resources, and often lead to a change of the identity of the location (the so-called “disneyfication”). This project combines the topics...

Integrating end-of-life wind turbine blades into a variety of building layers through multiple use cycles – a strategy to maximize the lifetime of wasted materials; a case study in Eemshaven

An increasing massive volume of wind turbine blades are coming to end-of-life in the Netherlands. These components contain mostly fibre-reinforced plastics, which has been banned from landfill and incineration. Since then, companies and institutions have spent their efforts to expand the lifetime of this material by developing a circular wind...

Wierdok: Seaweedfarm, Seaweedloambrick factory and exploration site

Seaweed is a promising potential building material, but so far in 2022, very little market ready seaweed-based building products are available. Because of the success of the sargassum adobe block in Mexico by Omar Vazquez, the potential of a seaweed loam bricks in the Netherlands is researched in this paper, called the seaweed brick. The...

ReCoNet: recycling community network

ReCoNet is a housing complex which is designed to reconnect in three scales: Marco, Meso and Micro. The composition of ReCoNet is designed around the concept of a recycling community. Taking social, ecological and economical sustainability as its key point, ReCoNet aims to create a well-balanced and versatile contemporary solution that maximises...

Grow/House: A research paper about the integration of urban farming in a co-housing complex

Research: Transportation of food, meat consumption, land use for agriculture, and food waste significantly impact our environment and climate change. This paper proposes a co-housing community that produces its own food on-site in Amsterdam. A plant-based diet is taken as the basis for crop selection. Different urban farming methods are...

Blade Barrier: Sound barriers from decommissioned wind turbine blades

This report covers the development of the Blade Barrier: A sound barrier constructed using decommissioned wind turbine blades.<br/>The ever-growing wind industry faces a composite waste problem. Wind turbine blades only last a few decades, and are difficult and therefore not economically desirable to recycle.<br/>One proposed solution to this...

Milk farm 2.0: A shift from traditional to artificial milk production farm

Urban Transplant: Concrete Transformation Methods with Reuse

Urban Transplant is a tool for post-capitalist architecture. The circular approach, supported by in-depth research into reuse of in-situ structural concrete as components, offers transformation methods in the built environment. A dual site in Brussels, the World Trade Center and a post-industrial terrain, provides a proof of concept for the idea...

Concrete as Palimpsest: The Value in the Deconstruction and Reuse of Structural Concrete

This paper concerns the deconstruction of buildings as an alternative for demolition. Deconstruction has environmental, social and economic benefits since it allows the reuse of existing materials. Reuse within the construction industry has the potential to reduce waste streams while decreasing the demand for excavation of natural resources. The...

Nieuwenhuysenbuurt Futureproof: Minimizing the construction waste released by the demolition of Dutch post-war social housing

Moving towards the Dutch circularity goals of 2050, this project aims to diminish the amount of construction waste released by the demolition of 282 post-war dwellings in the Nieuwenhuysenbuurt in Amsterdam West (1954). Through the use of a flexible and demountable building system, construction waste is diminished now and in the future.

Petani Pasar Marabunta (Farmer Market): Transforming a colonial heritage building to a fish market by providing a circular water source and public local economic values for the community of Bandarharjo, Semarang

The Marabunta Farmer Market (Petani Pasar) project is a fish market design proposal for water-related integrations in the coastal community of Bandarharjo, Semarang. Located on the north coast of Java, Semarang city was an important port and centre for food trading activities. These local activities, such as fishery, markets, street...

Transitecture: Architecture as symbiosis between the energy transition and social challenges

With the current energy transition in full effect smart ways to integrate sustainable systems are a must. Instead of looking at individual solutions per household or building, this thesis explores the possibilities of a neighbourhood energy system and how it can benefit the community. The social impact of large sustainable measures are often...

Repurposing the port: Transforming a former oil-related port area to a mixed-use neighborhood

Since the Industrial Revolution, fossil fuels have played, and continue to play, a dominant role in global energy systems, and thereby in the social, economic and technological developments worldwide. Unfortunately, these energy sources have their negative side-effects: local air pollution and global CO2-emission. The latter has never been this...

The Science Collective: a circular re-design of the Applied Physics building at the TU Delft

The TU Delft (strategic framework 2018-2024) aims to have a CO2 neutral and circular campus that departs from the linear economy to closed material cycles by 2030, meaning that the campus becomes climate neutral. Currently, the TU Delft is accountable for 47.957 tCO2-eq emissions, uses 166.038 MWh of energy for electricity and heat , and is for...