Portfolio_Landscape Architecture_ Yuyu Peng

Master of Landscape Architecture 2020 Summer

2013-2020

PORTFOLIO

PORTFOLIO

Yuyu Peng

TU Delft

INDEX Academic Works

01 Energy Landscpaae | Hydrogen Terminal Dunkirk, France

02 Tidal Park

Hook of Holland, Netherlands

03 Circular Community Lab Rotterdam, Netherlands

04 Sensory Landscape|Experiental Villa Urbana with animal lens Maastricht, Netherlands

05 Landscape Planning | Rebuilding water cycle between sea and land Shenzhen, China

06 Urban Design | Rebirth Island Imagination Shanghai, China

07 Urban Acupuncture | Beautiful Decay Plazza San Marco, Italy

Supplements Academic Design Work Jewelry Design Model Major Model Painting

28.79ha

SITE Green buffer Main roads railway

What will happen on the urban area during the energy transition from oil to renewable sources?

There exists huge discontinuity between landscape and energy. It seems that the energy development replaced the nature form and thus it brought about a seris of problems, such as heavy pollution and landscape fragmentation. How to integrate the new energy with the requirement of improved environment wil be the main issuu I would like to research.

This proposal is to transfer the existing oil infrastructure to a hydrogen terminal. A sustainable landscape energy would be defined.

From oil to hydrogen, it is not only the change of different storage elements, but also the relation between energy and environment . The new production and distribution system will have good balance with other system, such as the rainwater catchhment system, and soil remediation process.

01 Energy Landscape | Hydrogen Terminal Date: 4/2019-7/2019 Type: Individual & Academic Study Location: Dunkirk, France

PROPOSAL

Reuse of oil tanks

PLAN

10

The large amounts of oil tanks dominants the main character of the site. The bigger ones are nicely located near the entrance and close to the transformed warehouse. So it can hold more public functions and could transformed into commercial buildings and office. The small ones are hard to walk into so it could work for storaging new energy.

25

50M

STAGE 1 start up 2020-2030

Dig & fill process

Rainwater Catchment

Hydorgen Tank

Loading pump station

STAGE 2 Expansion 2030-2040ďźšUpper part in use

Water purifacation process

STAGE 3 full operation 2040-2050 - Upper/ Bottem full in use

Soil bioventing process

+ Upper builidng ( open)

Soil Remediation Process

O2 STEP 1 Open the ground by demolishing buttom part of tanks

STEP 3 refill the soil to the new sites (blended with new soil) and form natural terra.

O2

O2

STEP 3 Bottom: Soil remediation - bioventing Upper: production/ use Tensile structure e

Nature Paradise under tanks

New Life Happening in Tanks

Open, continous ground space replaced part of the dark, endless oil tanks. Through years’ soil remediation work, this huge open space will be utilized again by people in the final stage.

Transformed tanks will put in use combined with office buildings, aviary. it will be a new destination for peole and regenerate the old port.

man-made wetland within the tanks

purification structure

Elevated land

Existing oil tanks

WATER TANKS Man-made weland will using the space of the cleaned oil tanks for purifying the rainwater, which could supply water for the production of hydrogen. At the same time the constructed wetland could become visible landscape for people.

Hydrogen Neighbouhood The network will expand into the local scale, transported by truck, from hydrogen terminal to local retail fuel station. And the fuel station will be put in use with electronic monitoring and appli cation. It also could combined with food station and public space. A hydrogen era is coming.

LAYER ANALYSIS

02 Tidal Park | Date: 11/2018 -1/2019 Type: Individual & Academic Study Location: Hook of Holland, Netherlands

Different ways of “open” the dike

03 Circular Community lab | Date: 1/2018 -3/2019 Type: Individual & Academic Study Location: Rotterdam, Netherlands

Food-Community Lab

Detailed plan -Water Square

Detailed plan - A20 Green Carpet

04 Sensory Landscape | Experimental Villa urbana with Animal lens Date: 9/2018 -11/2018 Type: Individual & Academic Study Location: Maasrichit, Netherlands

CONCEPT

SPATIAL SEQUENCE

All that exists on land exists in the sea.Since ancient times, the virtuous cycle of sea and land is a necessary condition for symbiosis.

As the city develops, we gradually lose this balance. the venue is located in Baoshan District, Shenzhen. The site has a large number of urban sewage outfalls, and the mangroves have been declining year by year. This is a margin forgotten by Shenzhen.

05 INTERACTION | Rebuilding Water Cycle Between Sea And Land Date: Summer,2017 Type: Teamwork & Academic Study Location: Shenzhen, China Supervisor: Wei Xuerao Collaborator: Xie Zhuohan Role: chief designer

Taking into account that Shenzhen is a water-short city, in this design, I would like to use the water cycle as an entry point for the restoration of harmony between the sea and the land. In the venue, two main streamlines are designed, one is the streamline of sewage purification from city to the ocean, the other is the streamline of seawater desalination from sea to city. I used a series of ecological restoration measures and designed a series of venues for people to interact with different processes. The cycle of natural materials is combined with people's life and entertainment. Production is the landscape.

SITE ANALYSIS The venue is located in the coastal area of Baoshan District, Shenzhen. The development of the area is relatively backward, preserving a large number of ecological patches such as mangroves. As the city spreads and expands, the site has gradually become a gathering place for urban sewage outfalls, resulting in a decrease in mangrove area and water pollution. The conflict between ecological issues and economic development is worsening.

EXISTING WATER SYSTEM

DATA ANALYSIS OF WATER

Sewage Data

1.sewage water produced 2.sewage water incharged into sea 3.clean water filtered by station

1.water resources 2.water supply 3.water consumption

Water Supply Data residential use public use environmental use industrial use Annnual precipitation

Land Use

residential land public facilities land sports land storage land public service land logistic land

Drainage System

drainage channel

Ecology System

mangrove ecosystem mountain ecosystem riverway ecosystem

Green Land

mangrove grassland broad-leaved mixed forest

Transportation

city roads main city roads

Population

major residential groups

PROBLEM

NEW WATER TREATMENT SYSTEM ENERGY

SEWAGE TREATMENT PROCESS

CH4

POLLUTED WATER SWALE GUTTER PIPES

GREY WATER

1_CAPTURE

TERRENE

CO2

CH4

BIOGAS

GRAVEL MATERIALS

N

CO2

DRINKING WATER

FACTORY

ENERGY

REED PLANTS

BIOGAS

STEPPING WATER CANAL

2_SETTLE SETTLER

STORM WATER

3

SUB-SETTLE

BAFFLED REACTOR STEPPING WATER CANAL

SLUDGE

FERTILIZER

5

4_FILTER

REMOVE

SEDIMENTATION

CHEMICAL SUBSTANCES

PLANTED GRAVEL FILTER

BAFFLED REACTOR

SETTLER

PLANT FILTER METABOLIZED

6

PH

FILTER MATERIALS

SEDIMENTATION

ELIMINATE BACTERIA ADJUSTMENT OF PH VALUE

Collection

FERTILIZER

Permeable Pavement

FISH

3_FIRST CLEANING

Setter

Anerobic Baffled Reactor

Wetland

Plant Filter

Planted Gravel Filter

Water Storage

Grassed Swales

GRAVEL MATERIALS SEA PLANTS LIQUID

LIQUID

CLEANED WATER

RELEASE

1_CAPTURE

SEA

DESALINATION PROCESS

TERRENE

2_SOLAR HEAT

Anerobic Filter

2_SETTLE

Transmission

SECOND TANK

PUMP STATION THIRD FILTER

5_REVERSE OSMOSIS

FLOATING GARDEN

4

PLANT FILTER

ELIMINATE BATERIA DRINKING WATER

WATER INTAKE SEA WATER

2_SOLAR HEAT

SEA

1_CAPTURE

SALT

FIRST TANK

IMPURITIES

SEA WATER

DEPOSIT

DEPOSIT SALT

LIQUID

FIRST TANK

3_FIRST CLEANING

FACTORY FILTER

PH ADJUSTMENT

IMPURITIES

SALT

SALT IMPURITIES

Transmission

SEA

IRRIGATION

Transmission 1_CAPTURE

RELEASE

AQUACULTURE

FERTILIZER

TERRENE

CLEANED WATER

Water Storage

Solar Heat

Plant Filter

Reverse Osmosis

Pump Station

NEW WATER TREATMENT SYSTEM

Sewage Treatment Process

PLANTS STATEMENT

NEW WATER TREATMENT SYSTEM

Desalination Process

The Formation Of Island

The Fuxing island is a forgotten island in Shanghai even within the inner circle of the city. People have only memories of the island because of the island's constant change of power and complex land nature. Only the ship factory, the ruins of the garden, and broken walls were left behind.

06 ISLAND IMAGINATION | Connecting Memory and Future Date: 1/10/2016 - 5/12/2016, 7th Semester Type: Individual & Academic Study Location: Fuxing Isladn, Shanghai, China Supervisor: Zhao Jijun （j.zhao@hust.edu.cn)

I tried to explore the changing process of the land landscape of the island of different ethnic cultures and figure out what is the collective memory of this complex island. “Memory” and “imagination” are the entry point in the perception of the island, which raise concepts such as “experiential perception” typifying daily life and “constructive perception” bespeaking urban imagination. By using the VR technology, I plan to create the illusion of an island which is an exaggerated imagination of different global flows coming together at one point, bringing together all kinds of exotic, misplaced creatures. The island is more like a fresh imagination and construction of community, virtual utopian paradise of nostalgia, a multiple network connection point of social consciousness.

FRAMEWORK Historical Landscape Missing Layer

Reinforce PHASE 0 Reorganization

Intervention PHASE 1 Transformation

Existing Landscape Existing Layer

Heterogeneous Landscape Imported Layer

AR Technology

Imaigination

PHASE 2 Refunctionize

Catalysis

1 Landscape Catalyse for development 2 Create oppotunity for exchanging

VR Technology

Historical Landscape Island

Displaced Plants Military Base

Heterogeneous Landscape

Existing Landscape

Green Space Exchange Centre Public Space Virtual world

Fish Market

PHASE1 Transformation

PHASE2 Refunction

Worker

1.Dismantling the noumemon structure

experience centre museum exhibition design studio

2.Connecting old buildings with new grey spaces

showcase show stage information centre meet-up space business forum

3.Retaining building structure

plazza cafe hotel restaurant digital lab

4.Retaining important building structure

free market music concert think tank gym

5.Landscape reconstuction

bar

Investor

Designer

Manager

Customer

FUNCTION OF ADAPTIVE DOCK

Dock

Cruise night

Market

Runway Show

Open-air movie

Floating garden

Festive & Outdoor gathrings

Music & Rave

Art & Culture

DETAILED PLAN - SHIP PARK The Designed Park is the Anchor Point Of The Whole Project

The research began with an exploration of island as a global object. The self-definition of the islands comes from its relativity towards civilization, or traces of civilization.

So here it is, an interpretation of the possibility of islands. It is divided along the waterline, with underwater being the rational, functional machine to improve water quality and ecological conditions, and the above water being the imaginative, utopia kind of new public grounds. It is difficult to shy away from the Metabolism Movement last century, and my argument is that the recognition of the dynamics and the flows, the questioning of relentless growth, and the emphasis on relativity and process, represent a more metabolic interpretation of Metabolism.

Marco Polo said: “The inferno of the living is not something that will be; if there is ne, it is what is already here, the inferno where we live every day, that we form by being together.

There are two ways to escape suffering it. The first is easy for many: accept the inferno and become such a part of it that you can no longer see it. The second is risky and demands constant vigilance and apprehension: seek and learn to recognize who and what, in the midst of the inferno, are not inferno, then make them endure, give them space.�

Venice is defined by its amphibious nature - its relationship to the water that surrouds and supports. This is why the city is so alluring and mysterious, and is why people enter in hoards to wander the streets and canals in awe.

However, lahgoons are not permanent geological features, and although Venice has battled the chagning shape of its environment for centuries.

And St. Mark's Square is the most prominent flood crisis hit. People's public life faces problems due to flooding. My design goal is to help people coexist with water in the flood, to use the square as it always has and to create a space for story-telling.

In the design, the main flow line is designed according to streamline and exits of the site. On the horizontal. the basic form of deduction is based on the existing axes and the paving elements. On the vertical. it is based on the level of flood and the arcade. Four levels of water storage devices are installed on the main path to accommodate the flood conditions in different situations. On the main axies of site, there are places for different people to use.

07 08 BEAUTIFUL BEAUTIFULDECAY DECAY | |Landscape LandscapeAsAsMedia MediaBetween BetweenPublic PublicLife LifeAnd AndNature Nature Date: Date:Summer Summer2016 2016 Type: Individual & Type: Individual &Academic AcademicStudy Study Location: Location:Plazza PlazzaSan SanMarco, Marco,Venice, Venice,Italy Italy Supervisor: lbertus Wang, Francesco Cappellari Supervisor: lbertus Wang, Francesco Cappellari Award: Award:2rd 2rdPrize PrizeOverseas OverseasOperations OperationsofofArchitectural ArchitecturalInstitude,2016 Institude,2016

LOCATION

SITE ANALYSIS Piazza San Marco

WATER DATA ANALYSIS

Acqua Alta is the exceptional tides peaks that occur periodically in the northern Arriatic Sea. The peak reach their maximum in the Venetian Lgaoon. Where they cause partial flooding of Venice and Chioggia.

The phenomenon occurs mainly between autumn and spring, when the astronomical tides are reinforced by the prevailing seasonal which hamper the usual reflux. The main winds involved are the sirocco, which blows north bound along the Ardriatic Sea, and the bora, which has a specific local effect due to the shape and location of the Venetian Lagoon.

The Piazza San Marco is not far above sea level and during the Acqua Alta, the "high water" from storm surges from the Adriatic or heavy rain, it is quick to flood. Water pouring into the drains in the Piazza runs directly into the Grand Canal. This normally works well but, when the sea is high, it has the reverse effect, with water from the lagoon surging up into the Square.

The Piazza was paved in the late 12th century with bricks laid in a herringbone pattern. The overall alignment of the pavement pattern serves to visually lengthen the long axis and reinforce the position of the Basilica at its head. This arrangement mirrors the interior relationship of nave to altar within the cathedral

Axis

PROTOTYPES

Pavement

Architecture Boundary

Activity Based on the arch, the basic form is disassembled and deforme. The change in height are associated with flood disasters. It could create a rich variety of changes and adapt them to the needs of different activities in the new era. And it is a good echo of the site, forming old and new dialogue.

THE REDUCTION OF DESIGN

SECTION OF FLOOD TREATMENT PLANT

SECTION OF DIFFERENT TIDE

Venice is a city consumed by history and by those that live there, even more than by the sea that surrounds it.

It is a series of spaces recovered from the crevasses of time: streets with the names of ancient professionals, corners where the dust accumulates with the stories, until the next high water. Venice was a gamble: wooden poles floating in the lagoon to raise monuments of stone. A ship’s bow to the east: the port of different religions, goods, men with different stories speaking different languages.

A city like that, you think would be eternal, unchanging. But unchanging Venice has never been, thanks to the water at its foundations and the designers of its.