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Green Infrastructure: The Latest Architecture and News

Not All Parks Should be Green: 10 Tips to Design Landscape Infrastructure

Does it make sense to design green parks in desert cities such as Casablanca, Dubai, or Lima? Ostensibly it does, because they contribute freshness and greenness to the urban environment. In exchange, however, they disrupt native local ecosystems, incur high maintenance bills, and begin a constant struggle to ensure water availability.

Kaukari Urban Park, designed in the desert city of Copiapó (Chile) by the Teodoro Fernández Arquitectos office. Image © Rodrigo OpazoLandscape Shanghai Minsheng, designed by Atelier Liu Yuyang Architects. Image © FangFang TianDania Park in the Oresund Strait between Sweden and Denmark, designed by Sweco Architects + Thorbjörn Andersson. Image © Sweco Architects + Thorbjörn AnderssonParque Urbano Kaukari, diseñado en la desértica ciudad de Copiapó (Chile) por la oficina Teodoro Fernández Arquitectos. Image Cortesía de Teodoro Fernández Arquitectos+ 10

Is Integrating Building Performance Difficult at Your Firm?

In a study recently published by AIA, less than 13% of architectural firms have incorporated building performance as part of their practice. With buildings contributing 40% of total carbon emissions leading to climate change, just 25 projects are roughly equivalent to planting 1 million trees each year. In addition to that, teams that are able to showcase data-driven and performance-driven decision-making and feature an energy analysis in every pursuit are able to increase fees and generate more revenue. Although integrating building performance sounds like a no-brainer, it proves to be difficult at many firms, because in addition to the practical changes, it requires a culture shift. That culture shift can only happen if the tools are easy to use, accurate, and mesh well with current workflows. Right now is the perfect time to tackle these culture changes due to a few reasons:

5 Ways to Discuss Building Performance for Your Next Project Pursuit

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Today in the United States, buildings account for nearly 40% of carbon emissions (EESI) and 78% of electricity usage. The most sustainability-focused firms run energy simulations for less than 50% of their projects (10% for a typical firm) and only doing so late in the process when design changes are limited and insufficient to combat red flags found in the performance report (AIA 2030 report). We can make building performance widespread once we help the entire community discuss the subject in terms of investment and return. Especially during a project pursuit, since having the buy in from the whole team helps ensure the key project metrics are met. Owners are seeking out teams who are using actual metrics and data driven processes that affect their bottom line. This new approach to practice is what makes the younger teams’ standout and will benefit both the climate and the bottom-line. Here are 5 ways to talk about building performance in your project pursuits: 

Rwanda’s Bugesera International Airport to Set Records for Sustainability

Rwanda’s largest publicly funded project, Bugesera International Airport is on track to be the first certified green building in the region. A few pieces of this net zero emission complex include: a 30,000 square metre passenger terminal, 22 check-in counters, ten gates, and six passenger boarding bridges. Funded by Public Private Partnership, the project is cost estimated at $414 million USD. The international hub was only one of several initiatives discussed by the Africa Green Growth Forum (AGGF) in Kigali at the end of last year.

The Eco-Friendly Floating Cities of the Future

As the world population grows, designers look to develop the seas. Architecture and planning firm, URBAN POWER strategically designed nine man-made islands off the southern coast of Copenhagen to combat many of the city’s impending challenges. The islets, called Holmene, address demands for tech space, fossil-free energy production, flood barriers, and even public recreation space.

Cold Pavilion and Warm Pavilion / Atelier Lai

Cold Pavilion Swimming Pool. Image © Yilong ZhaoWarm Pavilion Perspective. Image © Xuguo TangCold Pavilion Perspective. Image © Yilong ZhaoCold Pavilion Interior View of Mountains. Image © Xuguo Tang+ 42

  • Architects: Atelier Lai
  • Area Area of this architecture project Area:  150
  • Year Completion year of this architecture project Year:  2016

Snøhetta Designs Sustainable Data Center as "The Body and Brain of Future Cities"

Snøhetta has released images of its proposed sustainable data center concept, named “The Spark.” The project seeks to address the typical high-energy-consuming typology of the data center, transforming it into an “energy-producing resource for communities to generate their own power.”

The proposal is adaptable for a wide range of contexts and can be scaled for any location around the world, fueling connected cities with energy from the center’s excess heat.

Courtesy of Snøhetta/PlompmozesCourtesy of Snøhetta/PlompmozesCourtesy of Snøhetta/PlompmozesCourtesy of Snøhetta/Plompmozes+ 5

New Photographs Explore BIG’s Waste-to-Energy Plant as Ski Slope Roof is Installed

Photographer Aldo Amoretti has captured new images of one of 2018’s most awaited projects, as the BIG designed Amager Bakke Waste-to-Energy Plant takes shape in Copenhagen, complete with an SLA-designed park and ski slope. The images show to the completed power plant, which opened in March 2017, while work progresses on the 170,000-square-foot (16,000-square-meter) park and ski slope that will cap the scheme.

Initially master planned by BIG, the unique design seeks to reclaim a typically unused element of a building for the public through the introduction of the nature-filled program. During summer months, the SLA-designed rooftop activity park will provide visitors with hiking trails, playgrounds, fitness structures, trail running, climbing walls, and of course, incredible views. In the winter, the park will be joined by over 1,640 feet (500 meters) of ski slopes designed by BIG.

© Aldo Amoretti© Aldo Amoretti© Aldo Amoretti© Aldo Amoretti+ 45

Power on Campus - Harvard Energy Facility Showcases the Beauty of Infrastructure

On a prominent, highly visible site within Harvard University’s Allston Campus, a celebration of the beauty of infrastructure is beginning to take shape. Designed by Boston-based Leers Weinzapfel Associates, the 58,000 square foot Allston Campus District Energy Facility (DEF) represents a new, highly efficient infrastructure typology, delivering electricity and water for the campus, whilst simultaneously showcasing the intricate complexity of engineering and design.

Night view. Image Courtesy of Leers Weinzapfel AssociatesView across the river. Image Courtesy of Leers Weinzapfel AssociatesDaytime view. Image Courtesy of Leers Weinzapfel AssociatesEast elevation. Image Courtesy of Leers Weinzapfel Associates+ 4

Yuen Long District Library & Indoor Recreational Centre / P&T Architects and Engineers

Tirana 2030: Watch How Nature and Urbanism Will Co-Exist in the Albanian Capital

In 1925, Italian designer Armando Brasini created a sweeping masterplan to transform the Albanian capital city of Tirana. Almost one hundred years later, the Tirana 2030 (TR030) Local Plan by Italian firm Stefano Boeri Architetti has been approved by Tirana City Council. Collaborating with UNLAB and IND, Boeri seeks to define a new era in the country’s capital, incorporating controlled development, advanced infrastructure, green corridors, and an enhancement of the city’s architectural heritage.

A layered strategy approach aims to usher in a new era for the city. Image Courtesy of Attu StudioAerial view of the city centre masterplan. Image Courtesy of Attu StudioGreen space within the city centre will be tripled. Image Courtesy of Attu StudioThe Elbasan-Krrabe Valley will produce, store, and distribute clean energy. Image Courtesy of Attu Studio+ 19

This Conceptual Design Reinvents Power Plants as Mixed-Use Megastructures

What if a power plant could also be a home, an office, or even a park? That is the question behind Cypher CO2ling Plant, a conceptual design developed by Kawan Golmohamadi, Shilan Golmohamadi, and Soad Moarefi. Power plants are a ubiquitous and inevitable byproduct of modern lifestyles, but they are typically located in remote areas, far from where the power is actually needed, due to their unsightly appearance and the emissions associated with combustion-fueled energy generation. Cypher CO2ling Plant proposes an alternative scenario that utilizes the infrastructure of the power plant’s cooling towers to support mixed-use development, while also mitigating the less desirable aspects of energy generation.

© Kawan Golmohamadi, Shilan Golmohamadi, and Soad Moarefi© Kawan Golmohamadi, Shilan Golmohamadi, and Soad Moarefi© Kawan Golmohamadi, Shilan Golmohamadi, and Soad Moarefi© Kawan Golmohamadi, Shilan Golmohamadi, and Soad Moarefi+ 12

Mt Tung-Yen Public Toilet / AMBi Studio

© Te-Fan Wang© Te-Fan Wang© Te-Fan Wang© Te-Fan Wang+ 30

  • Architects: AMBi Studio
  • Area Area of this architecture project Area:  101

How to Design for Disasters (The Experts Weigh In)

In this article on Fast Company, seven leading architects in the field of designing for disaster - including Peter Gluck, Michael Manfredi, and principals of James Corner Field Operations and Snøhetta - give their take on what lessons Hurricane Sandy, one year on, has taught us. Their responses raise a number of issues, but above all share one common theme: urgency.

Green Infrastructure: Not Enough For Storm Protection

Since Hurricane Sandy struck New York, much has been made of "green infrastructure" and its potential to defend cities against waves and floods. Now though, two articles, from the New York Times and Grist, claim that green infrastructure would actually protects us very little. But, since engineered "gray" solutions, such as storm-walls, also have their limitations (namely just moving the surge elsewhere), it seems the solution is a combination of both "gray" and "green" (moving the surge to where it can safely release its energy). Read the original articles here and here.

New York City's Green Infrastructure Plan

Skokie Public Library Green Roof © Skokie Public Library
Skokie Public Library Green Roof © Skokie Public Library

As Larry Levine and Ben Chou discuss in their NRDC blog post ”New York and Pennsylvania: Among the Best at Planning for the Inconvenient Truths of Climate Change”, we have already seen what the progress of climate change has done to the most recent weather patterns and the harm it has caused to our infrastructure. Rising temperature throws off climate balances making some areas wetter and others drier, complicating water supplies, farmland and infrastructure. In the post, they point out the specific affects on densely populated urban areas and outdated infrastructure that cannot support heavy rains and increased runoff, which inevitably ends up in our waterways: New York City, Albany, Buffalo, Philadelphia and Pittsburgh. While many parts of the country lack a comprehensive strategy to respond to these mounting threats, nine states have created detailed reactionary and preventative measures to deal with climate change (see the NRDC report).

However, public policies, regulations and reports are not always in sync with what people choose to construct or what actually gets built. New York’s 2012 Green Infrastructure Grant Program is promising in that respect; it is a step towards bridging that gap that exists between building purely for utility versus building to keep cities livable, functional and safe. The program focuses on storm water management, giving private enterprises the incentive to make responsible decisions that will alleviate the burden on the NYC sewer system. The grant has set aside $4 million for green infrastructure projects, which include green roofs, blue roofs, combined roofs, bioswales, permeable pavers and perforated piping. This money is open only for use on private properties and businesses, or along streets that abut privately owned properties and are located on sites that drain into a combined sewer. The full report is outlined here.

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