Quito Urban Green Network

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Quito’s Green Urban Network:
a local adaptation initiative

Carolina Zambrano-Barragán
Metropolitan Director of Environmental Policy and Planning
Municipality of the Metropolitan District of Quito

CC Impacts In Quito’s Metropolitan District

Infrastructure
Infrastructure
Ecosystems and
Energy
Energy biodiversity

More frequent
More frequent
Glacier retreat/
Glacier retreat/ Temperature
Temperature Precipitation
Precipitation and intense
and intense
loss of paramos
loss of paramos rise (+1.2°C)
rise (+1.2°C) decrease (-8%)
decrease (-8%) extreme weather
extreme weather
events
events

Health
Drinking water
provision Productive
systems

Decisio-making under uncertainty

• Flexible socio-institutional process
• Knowledge generation and management
• Portfolio of measures and options (including
progressive investments and pilot projects)
• Periodic monitoring of results and changes

Quito’s Environmental Agenda 2011-2016

• Reduce vulnerability to CC by 20%
• Reduce GHG emissions by 15%, in relation to
BAU
• Reach an urban green space index of
9m2/inhabitant
• Reduce the ecological footprint by 20%, in
relation to projected growth

Quito’s Climate Change Strategy (2009)

Quito’s Climate Action Plan (5 yr
horizon)

GREEN URBAN NETWORK- Projects
2. Pichincha
1. Green Corridors
Volcano’s Route

4. Sustainable
3. Urban buildings and Green
Agriculture Roofs

Green Urban Network

1. Green Corridors 3. Urban Agriculture

2. Pichincha´s Volcano Route 4. Green Roofs and
solar panels

Breakthroughs 2011
Green corridors
• 22 linear km reforested
• 5000 citizens mobilized
• 35 institutions participated
Pichincha Volcano Route
• Freedom and Humboldt Routes identified
• 3 ha for camping and picnics
• 20 km of paths marked
• 3 buildings rescued for education purposes
Urban agriculture (since 2005)
• 65 microenterprises created/ 48 popular investment companies
• 992 urban orchards/ 263 microgreenhouses
• 16200 people trained
• 13 biofairs
Green roofs and sustainable buildings
• 1400 m2 of green roofs
• 260 houses with solar water-heating systems
• 8 municipal buildings w/ green roofs; 1 municipal pool w/ solar heating system

5-year plan
Green corridors
• Reforestation of 80 km of streets/avenues
• Restoration of 10 km of ravines
• Revitalization of 20 neighborhood parks
Pichincha Volcano Route
• Humboldt Route
• Freedom Route
• Urban agroforestry school
Urban agriculture
• Germoplasm and Seed Bank
• 100 urban orchards
• Micro-business and inclusive fairs
Green roofs and sustainable building
• 30.000 m2 of green terraces, 220 solar panels
• 3.000 water-heating solar panels and rainwater collection systems in
public housing projects
• Alternative energy in Transportation System’s Stations

Total 5-year Investment

Total new investment: $ 12 056 000
(Invested so far by MDMQ: $ 4 000 000)

Final considerations
• Policy innovation
• Basis for a new regulatory framework
(building code- incentives)
• Local Environmental Trust fund for project
funding
• Replication potential (social housing
projects)- basis for future development
• Multiple benefits- green+ resilience+
social mobilization (Green volunteer
program)

Thank you! / Gracias!
czambrano@quitoambiente.gob.ec
www.quitoambiente.gob.ec

Biomass is a renewable source of energy from organic matter such as wood, crop residues, and mustard oil. It can be burned to produce heat or electricity. Burning biomass emits fewer greenhouse gases than fossil fuels but still pollutes the air. It has advantages as a renewable resource but also has limitations around land and resource usage and negative environmental impacts such as increased air pollution, soil erosion, and deforestation if not managed properly.

Package1

HeBu4

Biomass is organic material from living or recently living organisms that can be used as a renewable source of energy. It includes wood, waste from farms and factories, crops, trees, plants, garbage, and manure. Biomass is burned to produce heat that boils water to create steam, which powers turbines and generators to produce electricity. Using biomass is important because it is a renewable source that does not produce pollution and can help reduce greenhouse gas emissions and dependence on foreign oil. California is a large producer of biomass that generates enough electricity from biomass for over 2 million homes annually.

Review of Biomass Energy Sources

Himanshu Paghdal

This document provides an overview of biomass energy sources. It discusses that biomass is the oldest renewable energy source, as humans have used biomass through fire for centuries. The document then outlines various biomass energy topics like the global energy potential of biomass, European energy scenarios, future biomass technologies, and conclusions. Specific biomass energy sources are examined like animal residues, industrial residues, forestry and agricultural crops/residues, sewage, and municipal solid waste. Projections are also provided for biomass energy production in the European Union, India, and worldwide.

Biomass power point

pnm940

Biomass refers to natural materials that contain stored solar energy, such as wood, straw, manure, garbage, and alcohol fuels. It is found in places with abundant trees, crops, animals, and garbage. Biomass can be used on both large and small scales. The most common way to use biomass for energy is by burning it to produce heat. Large power plants burn biomass to create steam to generate electricity, while home stoves burn biomass for heating. Biomass currently accounts for around 15% of the world's total energy supply. While biomass has low costs and is widely available, there are concerns about sustainability and health impacts from large-scale biomass operations.

Biomass Power Point

guestcc80f8

Biomass is an alternative power source that can be generated from organic waste materials like food scraps, garden waste, wood, and manure. The document discusses how biomass power works, providing examples of its use in landfills in Auckland and Wellington, New Zealand to generate electricity. It suggests schools could also use biomass power by collecting organic waste to fuel an on-site biogas plant and burn wood pellets to heat boilers, providing a cheap, sustainable energy option.

Biomass:- slide for presentatio in a detail way

Anwesha Banerjee

green settlement

salsa moyara

The document discusses several issues related to the environment and energy sources. It notes that the environment is currently threatened by human activity like exploitation of resources and fossil fuel use. This has led to problems like global warming, energy scarcity, and limited resources. In particular, fossil fuel reserves are dwindling while their use contributes to greenhouse gas emissions and global warming. The population growth also increases food and resource demands, putting further pressure on the environment. Sustainable solutions are needed to address these interconnected issues.

Biomass is a renewable energy source from living or dead organisms that can be used as an alternative to fossil fuels. It has advantages such as creating more jobs, reducing dependency on imported oil, and being environmentally friendly compared to fossil fuels. However, it also has disadvantages like requiring large amounts of farmland and contributing to greenhouse gas emissions. While biomass is currently cheaper than fossil fuels, producing and collecting it can be expensive. Energy forecasts predict that biomass will generate a significant portion of the U.S.'s renewable energy in the coming years, remaining the second largest source behind hydropower.

Bio mass energy

Fauzia Samreen

Biomass refers to organic material from living or recently living organisms, such as wood, waste, and alcohol fuels. It can be burned directly or processed to generate heat, electricity, or fuel. Benefits include being renewable, reducing pollution compared to burning fossil fuels, and providing cheaper energy. However, biomass is also inefficient relative to fossil fuels, and harvesting biomass on a large scale could damage forests. Effective use of biomass requires consideration of costs, environmental impacts, and logistics of collection and transportation.

Bio mass- An Efficient Future Non Conventional Source of Energy

kranthi pavan peddireddy

Biomass is an efficient non-conventional energy source that comes from biological materials like plants and animals or waste products. There are two processes for obtaining energy from biomass - direct combustion, which burns biomass directly, and indirect combustion, which converts biomass into a gas or liquid fuel like biofuel. Using biomass for energy releases few pollutants, acts as both a fuel and lubricant, and helps establish local biofuel reservoirs from waste to reduce future energy scarcity.

Biomass Energy Power Shift

Jock Gill

The document discusses biomass energy and outlines several goals and considerations for a biomass energy system, including: 1) The goals are for a system that is at least 85% efficient, robust with no single points of failure, based on conservation and renewable fuels with no climate impact, and creates sustainable local jobs. 2) Densified biomass can be used to generate thermal energy and produce items like animal bedding and composition board. 3) Pellets made from wood or cardboard provide significant energy and reducing greenhouse gas emissions through fuel switching to pellets is an efficient option.

Biomass presentation by Mr. Hauber 2013

International School Manila Elementary

Biomass refers to plant-based materials that can be used as an energy source. It is one of the oldest sources of energy known. Biomass energy is created from materials that are or once were living plants. Common types of biomass include wood, crop waste, and animal waste. Biomass can be burned directly to produce heat or can be processed to produce other forms of energy like electricity or liquid fuels. The document provides examples of how biomass is used to produce steam to power turbines and generate electricity, as well as how methane gas captured from the decomposition of organic waste can also be used as an energy source.

Biomass

coolmeechy

Biomass is a renewable source of energy derived from organic matter such as waste wood, agricultural crops, and municipal solid waste. It can be burned to produce heat and electricity, with wood being the largest biomass energy source. In California, over 60 million tons of biomass sources like agricultural waste, dead trees, and livestock manure could generate enough electricity for about 2 million homes each year. While biomass power generation reduces landfill waste, it is generally more expensive than other energy sources.

Biomass and biogas

Fauzia Samreen

Biomass is obtained from plant and animal matter and waste. Pakistan generates a large amount of waste daily from its large population, including 54,888 tons of municipal solid waste. Biomass and waste-to-energy plants can generate electricity from this biomass and waste, reducing fossil fuel usage and greenhouse gas emissions compared to landfilling. However, there are also challenges to widespread adoption of biomass energy, such as the high cost of biogas plants, need for continuous biomass supply, and potential diversion of food crops for fuel.

Biomass energy alex ferreiros

José M. Rivas

This document provides an overview of biomass energy, including its definition, how biomass plants operate to produce electricity, advantages and disadvantages, examples of large biomass plants around the world, and accidents that have occurred at some facilities. It discusses that biomass energy involves burning organic materials like wood to produce steam that drives turbines to generate electricity, and that the world's largest biomass plant is located in Poland.

POLLUTION AND SOLUTION

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Biomass energy ppt

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Biomass energy is obtained from organic matter such as wood, waste, and alcohol fuels. It is the oldest energy source used by humans dating back to the use of fire. Today, biomass provides around 10% of the world's primary energy and includes the use of wood in developing countries. Biomass can be combusted directly to produce heat, converted to generate electricity, or used to produce liquid fuels. The process involves burning biomass to create steam that drives turbines, which then generate electricity. While a renewable source, biomass energy has some disadvantages such as lower efficiency than fossil fuels and potential environmental impacts if not sustainably managed.

Table to Turbine_PRESENTATION

Jerod Costner

Global hunger is a serious issue while food waste is simultaneously filling landfills. Approximately 1 in 7 people worldwide are hungry while 1/3 of the world's food is wasted each year, amounting to $250 billion worth. An anaerobic digestion system utilizes organic waste from resort restaurants to generate biogas through microbial breakdown, which can then be used to produce electricity and heat on-site through a combined heat and power unit, with the remaining digestate used as fertilizer. Such systems provide multiple benefits including reduced carbon footprint, waste disposal costs, and fossil fuel usage while improving community relations.

Biomass Energy - Renewable Sources of Energy.

Antonia Cornejo

Biomass is the oldest source of renewable energy and one of the most plentiful globally. It refers to biological material from living or recently living organisms that can be used as fuel. Biomass contains stored chemical energy from sunlight that plants absorbed, and this energy is released as heat when biomass is burned. Common sources of biomass include forestry and agricultural crops/residues, sewage, waste, and residues from animals and industry. Biomass can be used to generate electricity by burning it to produce steam that powers turbines, or to produce liquid biofuels or bioproducts. While biomass is a cheap and sustainable energy source, its use also faces challenges such as potential deforestation, pollution

Captive biomass energy plantations

Ritesh Pothan

Captive biomass energy plantations are proposed as a solution to issues with conventional biomass power plants in India. Planting fast-growing trees and grasses on wastelands could provide a low-cost, secure fuel source for biomass power plants. This would allow 24-hour renewable energy production and potentially replace thermal power plants. Large-scale biomass plantations could eliminate carbon dioxide emissions from fossil fuels by being carbon neutral, as well as reducing air pollution, creating jobs, and achieving energy security through domestic fuel sources. However, changing priorities would be needed to actualize this vision at a global scale.

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This document discusses making urban districts climate positive using the example of Stockholm Royal Seaport (SRS). It outlines the climate positive process developed by Climate Positive Development Program and implemented in SRS, San Francisco, and Pedra Branca. The process establishes a baseline of emissions, tracks reductions and credits. SRS emissions were calculated based on data for residential buildings, though initial results did not achieve climate positive status. Roadmapping actions to reach this goal include energy efficiency, fuel switching, and behavioral changes. Credits may also be obtained through infrastructure and decisions reducing surrounding city emissions. The climate positive goal and transparency of this process allows comparisons and identifies solutions.

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This OECD technical workshop will bring together leading experts on economic, biophysical, and integrated assessment modelling of the interactions between climate change, biodiversity loss, and pollution. The workshop will take stock of ongoing modelling efforts to develop quantitative pathways to study the drivers and impacts of the triple planetary crisis, and the policies to address it. The aim is to identify robust modelling approaches to inform the work for the upcoming OECD Environmental Outlook.

Urban resilient paradigm

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This document discusses the potential for urban farming to contribute to climate resilient and sustainable urban development in Bangladesh. It notes that cities are experiencing increased temperatures, carbon emissions, health burdens from climate change, and water shortages. Agricultural land is also being lost due to climate impacts like salinity intrusion, drought, flooding and erosion. This is driving increased rural-urban migration which is stressing fragile urban ecosystems. The document argues that urban farming can help cities adapt to and mitigate climate change by reducing CO2 from food transport, lowering temperatures, and conserving water, while providing economic, ecological and social benefits. It identifies a need for research, policies and planned urban farming approaches to realize these benefits.

World Engineers Summit Conf, Singapore July 2015 [Compatibility Mode]

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Global water security faces several challenges: - Freshwater resources are unevenly distributed and declining due to factors like climate change and population growth. - Nearly 2 billion people lack access to clean drinking water and proper sanitation. - Water demand exceeds sustainable limits in many regions due to increasing food and energy needs. - Integrated water resource management and new hydroscience tools are needed to help close the gap between water supply and demand as part of efforts to achieve global water security.

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"𝑩𝑬𝑮𝑼𝑵 𝑾𝑰𝑻𝑯 𝑻𝑱 𝑰𝑺 𝑯𝑨𝑳𝑭 𝑫𝑶𝑵𝑬" 𝐓𝐉 𝐂𝐨𝐦𝐬 (𝐓𝐉 𝐂𝐨𝐦𝐦𝐮𝐧𝐢𝐜𝐚𝐭𝐢𝐨𝐧𝐬) is a professional event agency that includes experts in the event-organizing market in Vietnam, Korea, and ASEAN countries. We provide unlimited types of events from Music concerts, Fan meetings, and Culture festivals to Corporate events, Internal company events, Golf tournaments, MICE events, and Exhibitions. 𝐓𝐉 𝐂𝐨𝐦𝐬 provides unlimited package services including such as Event organizing, Event planning, Event production, Manpower, PR marketing, Design 2D/3D, VIP protocols, Interpreter agency, etc. ⭐ 𝐅𝐞𝐚𝐭𝐮𝐫𝐞𝐝 𝐩𝐫𝐨𝐣𝐞𝐜𝐭𝐬: ➢2024 GROUNDBREAKING CEREMONY OF SK LEAVEO PLANT ➢2024 BAEKHYUN [Lonsdaleite] IN HO CHI MINH ➢2024 CHILDREN ART EXHIBITION 2024: BEYOND BARRIERS ➢SUPER JUNIOR-L.S.S. THE SHOW : Th3ee Guys in HO CHI MINH ➢WOW K-Music Festival 2023 ➢ Winner [CROSS] Tour in HCM ➢ Super Show 9 in HCM with Super Junior ➢ HCMC - Gyeongsangbuk-do Culture and Tourism Festival ➢ Korean Vietnam Partnership - Fair with LG ➢ Korean President visits Samsung Electronics R&D Center ➢ Vietnam Food Expo with Lotte Wellfood ➢ Daewon Pharm Year End Party ➢ Giant Lantern Festival in Ha Noi with Gamuda Land ➢ Light Festival 2019 in HCMC with Phu My Hung Corp (etc) "𝐄𝐯𝐞𝐫𝐲 𝐞𝐯𝐞𝐧𝐭 𝐢𝐬 𝐚 𝐬𝐭𝐨𝐫𝐲, 𝐚 𝐬𝐩𝐞𝐜𝐢𝐚𝐥 𝐣𝐨𝐮𝐫𝐧𝐞𝐲. 𝐖𝐞 𝐚𝐥𝐰𝐚𝐲𝐬 𝐛𝐞𝐥𝐢𝐞𝐯𝐞 𝐭𝐡𝐚𝐭 𝐬𝐡𝐨𝐫𝐭𝐥𝐲 𝐲𝐨𝐮 𝐰𝐢𝐥𝐥 𝐛𝐞 𝐚 𝐩𝐚𝐫𝐭 𝐨𝐟 𝐨𝐮𝐫 𝐬𝐭𝐨𝐫𝐢𝐞𝐬."

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Quito Urban Green Network

1. Quito’s Green Urban Network: a local adaptation initiative Carolina Zambrano-Barragán Metropolitan Director of Environmental Policy and Planning Municipality of the Metropolitan District of Quito

2. Why Quito?

3. CC Impacts In Quito’s Metropolitan District Infrastructure Infrastructure Ecosystems and Energy Energy biodiversity More frequent More frequent Glacier retreat/ Glacier retreat/ Temperature Temperature Precipitation Precipitation and intense and intense loss of paramos loss of paramos rise (+1.2°C) rise (+1.2°C) decrease (-8%) decrease (-8%) extreme weather extreme weather events events Health Drinking water provision Productive systems

4. Decisio-making under uncertainty • Flexible socio-institutional process • Knowledge generation and management • Portfolio of measures and options (including progressive investments and pilot projects) • Periodic monitoring of results and changes

5. Quito’s Environmental Agenda 2011-2016 • Reduce vulnerability to CC by 20% • Reduce GHG emissions by 15%, in relation to BAU • Reach an urban green space index of 9m2/inhabitant • Reduce the ecological footprint by 20%, in relation to projected growth Quito’s Climate Change Strategy (2009) Quito’s Climate Action Plan (5 yr horizon)

6. GREEN URBAN NETWORK- Projects 2. Pichincha 1. Green Corridors Volcano’s Route 4. Sustainable 3. Urban buildings and Green Agriculture Roofs

7. Green Urban Network 1. Green Corridors 3. Urban Agriculture 2. Pichincha´s Volcano Route 4. Green Roofs and solar panels

8. Breakthroughs 2011 Green corridors • 22 linear km reforested • 5000 citizens mobilized • 35 institutions participated Pichincha Volcano Route • Freedom and Humboldt Routes identified • 3 ha for camping and picnics • 20 km of paths marked • 3 buildings rescued for education purposes Urban agriculture (since 2005) • 65 microenterprises created/ 48 popular investment companies • 992 urban orchards/ 263 microgreenhouses • 16200 people trained • 13 biofairs Green roofs and sustainable buildings • 1400 m2 of green roofs • 260 houses with solar water-heating systems • 8 municipal buildings w/ green roofs; 1 municipal pool w/ solar heating system

9. 5-year plan Green corridors • Reforestation of 80 km of streets/avenues • Restoration of 10 km of ravines • Revitalization of 20 neighborhood parks Pichincha Volcano Route • Humboldt Route • Freedom Route • Urban agroforestry school Urban agriculture • Germoplasm and Seed Bank • 100 urban orchards • Micro-business and inclusive fairs Green roofs and sustainable building • 30.000 m2 of green terraces, 220 solar panels • 3.000 water-heating solar panels and rainwater collection systems in public housing projects • Alternative energy in Transportation System’s Stations

10.

11. Total 5-year Investment Total new investment: $ 12 056 000 (Invested so far by MDMQ: $ 4 000 000)

12. Final considerations • Policy innovation • Basis for a new regulatory framework (building code- incentives) • Local Environmental Trust fund for project funding • Replication potential (social housing projects)- basis for future development • Multiple benefits- green+ resilience+ social mobilization (Green volunteer program)

13. Thank you! / Gracias! czambrano@quitoambiente.gob.ec www.quitoambiente.gob.ec

Quito Urban Green Network

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