GITNUXREPORT 2025

Sustainability In The Infrastructure Industry Statistics

Global infrastructure to adopt sustainable designs reduces emissions and costs significantly.

Jannik Linder

Co-Founder of Gitnux, specialized in content and tech since 2016.

First published: April 29, 2025

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Statistic 1

Infrastructure projects contribute nearly 40% of global greenhouse gas emissions

Statistic 2

Green building materials can reduce construction waste by up to 70%

Statistic 3

The use of recycled materials in infrastructure projects can save up to 30% of the usual costs

Statistic 4

Construction accounts for about 40% of global material consumption

Statistic 5

Flood defenses made from sustainable materials can increase resilience by 50%

Statistic 6

Circular economy principles in infrastructure construction can reduce waste by 60%

Statistic 7

Use of low-carbon cement can decrease greenhouse gas emissions by up to 40%

Statistic 8

Materials with higher thermal mass in infrastructure can lower cooling costs by up to 15%

Statistic 9

Use of biodegradable materials in infrastructure can decrease pollution and landfill waste by 50%

Statistic 10

Cross-laminated timber (CLT) used in infrastructure construction can reduce carbon footprint by up to 50% compared to concrete and steel

Statistic 11

Use of eco-friendly and recycled steel in infrastructure can reduce carbon emissions by up to 50%

Statistic 12

The global demand for sustainable construction materials is expected to grow at a CAGR of 8% through 2030

Statistic 13

60% of urban infrastructure projects now include climate risk assessments

Statistic 14

Implementation of eco-efficient construction practices can cut resource use by 35%

Statistic 15

The adoption of eco-friendly lighting in infrastructure projects reduces carbon footprint of lighting systems by 80%

Statistic 16

Implementing sustainability standards can increase project approval speed by 30% due to better stakeholder alignment

Statistic 17

Implementing sustainable design standards in infrastructure projects can increase their lifespan by an average of 25 years

Statistic 18

Incorporating nature-based solutions in infrastructure enhances climate resilience by up to 60%

Statistic 19

Integration of green infrastructure in highway design can reduce runoff pollution by up to 60%

Statistic 20

Implementing green infrastructure can reduce urban stormwater runoff by up to 80%

Statistic 21

LED lighting in infrastructure minimizes energy consumption by up to 75%

Statistic 22

Upgrading existing infrastructure to be more energy-efficient could reduce operational emissions by 20%

Statistic 23

Use of pervious concrete in infrastructure can reduce urban heat island effect by 4°C

Statistic 24

The adoption of smart grid technology in infrastructure can reduce energy waste by 15-20%

Statistic 25

Replacing conventional bridges with sustainable alternatives can extend lifespan and reduce maintenance costs by 30%

Statistic 26

Water infrastructure upgrades focusing on efficiency can save up to 25% of water use

Statistic 27

Green roofs on infrastructure can reduce building cooling energy needs by 25%

Statistic 28

Energy-efficient pumps in infrastructure reduce operational costs by approximately 20-30%

Statistic 29

Integration of green corridors in urban infrastructure can improve air quality by reducing particulate matter by 18%

Statistic 30

Implementing rainwater harvesting in infrastructure projects can reduce urban water demand by 15%

Statistic 31

Smart sensors in infrastructure can improve maintenance efficiency by 40%, reducing costs and extending lifespan

Statistic 32

Urban green infrastructure can enhance biodiversity by supporting 35% more urban species

Statistic 33

Sustainable infrastructure can reduce noise pollution levels by up to 45% in urban areas

Statistic 34

Better insulation in infrastructure reduces energy needs for heating and cooling by 20-25%

Statistic 35

Green transportation infrastructure can increase cycling and walking commuting by 25%, promoting healthier cities

Statistic 36

Flood mitigation infrastructure with green features can reduce flood damage costs by up to 40%

Statistic 37

Transitioning to low-impact development (LID) practices in infrastructure can decrease runoff volume by 30-50%

Statistic 38

Circular economy approaches in infrastructure can create 20% more jobs in the construction sector

Statistic 39

The global market for eco-cities and sustainable urban infrastructure is expected to grow at a CAGR of 12% through 2030

Statistic 40

Infrastructure retrofits focused on sustainability can reduce overall energy use in public buildings by 30%

Statistic 41

The use of eco-friendly transportation corridors can decrease commute times and reduce emissions by 20%

Statistic 42

The deployment of energy-efficient HVAC systems in infrastructure reduces energy consumption for climate control by 25-30%

Statistic 43

Green infrastructure projects can create up to 50% more local jobs compared to traditional infrastructure projects

Statistic 44

The carbon footprint of infrastructure can be cut by 45% by switching to sustainable materials and design practices

Statistic 45

Smart water management systems integrated into infrastructure can save up to 20% of water used

Statistic 46

Urban infrastructure policies that promote green space inclusion can improve mental health and social cohesion by 35%

Statistic 47

Eco-friendly infrastructure can reduce ambient noise levels in cities by up to 45%

Statistic 48

Upgrading piping systems with sustainable materials can decrease leakages by 35%, resulting in substantial water and energy savings

Statistic 49

Implementation of circular economy principles in infrastructure can generate additional revenue streams by reducing waste disposal costs

Statistic 50

Sustainable urban infrastructure can improve public health outcomes by reducing air and water pollution levels by up to 40%

Statistic 51

Incorporation of naturalized water channels in infrastructure reduces the need for artificial drainage and decreases maintenance costs by 25%

Statistic 52

The global infrastructure sector accounts for approximately 60% of total energy consumption

Statistic 53

Approximately 55% of new infrastructure projects globally now include sustainable features

Statistic 54

Transportation infrastructure accounts for roughly 30% of global energy use

Statistic 55

Approximately 70% of new infrastructure investments are planned to incorporate eco-friendly designs by 2025

Statistic 56

Nearly 65% of infrastructure projects in the EU now prioritize climate adaptation strategies

Statistic 57

The global market for sustainable infrastructure is projected to reach $3 trillion by 2030

Statistic 58

85% of large infrastructure projects worldwide now incorporate sustainability standards

Statistic 59

Global investments in water infrastructure to increase by 20% over the next five years for sustainability

Statistic 60

The use of microgrids in infrastructure can increase energy resilience by 80%

Statistic 61

Sustainable infrastructure investments can generate up to 15% higher returns than traditional investments

Statistic 62

Infrastructure resilience investments are expected to increase global economic stability and reduce recovery costs by 25%

Statistic 63

The use of drone technology in infrastructure inspections can increase safety and efficiency by 50%

Statistic 64

Sustainable infrastructure investments in emerging economies are projected to grow at an annual rate of 10% through 2025

Statistic 65

Renewable energy infrastructure investments reached over $500 billion in 2022

Statistic 66

Solar-powered street lighting can decrease carbon emissions from public lighting by up to 90%

Statistic 67

Energy recovery systems in infrastructure reduce waste-to-energy inefficiencies by 60%

Statistic 68

Infrastructure that incorporates local renewable resources can reduce dependency on fossil fuels by 50%

Statistic 69

Incorporating solar panels into infrastructure can generate up to 50% of the energy needed for operations

Statistic 70

Infrastructure projects utilizing solar-powered systems decrease reliance on grid electricity by up to 60%

Statistic 71

The adoption of renewable energy-powered construction equipment can reduce lifecycle emissions of infrastructure projects by 20%

Statistic 72

Nearly 45% of new infrastructure projects in developing countries now include social sustainability components

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Key Highlights

The global infrastructure sector accounts for approximately 60% of total energy consumption
Infrastructure projects contribute nearly 40% of global greenhouse gas emissions
Green building materials can reduce construction waste by up to 70%
Approximately 55% of new infrastructure projects globally now include sustainable features
Renewable energy infrastructure investments reached over $500 billion in 2022
Implementing green infrastructure can reduce urban stormwater runoff by up to 80%
The use of recycled materials in infrastructure projects can save up to 30% of the usual costs
Transportation infrastructure accounts for roughly 30% of global energy use
LED lighting in infrastructure minimizes energy consumption by up to 75%
Upgrading existing infrastructure to be more energy-efficient could reduce operational emissions by 20%
Construction accounts for about 40% of global material consumption
Flood defenses made from sustainable materials can increase resilience by 50%
Use of pervious concrete in infrastructure can reduce urban heat island effect by 4°C

As the infrastructure industry accounts for nearly 60% of global energy consumption and contributes about 40% of greenhouse gases, embracing sustainable practices offers a transformative pathway toward eco-friendly growth, cost savings, and climate resilience.

Construction Materials and Technologies

Infrastructure projects contribute nearly 40% of global greenhouse gas emissions
Green building materials can reduce construction waste by up to 70%
The use of recycled materials in infrastructure projects can save up to 30% of the usual costs
Construction accounts for about 40% of global material consumption
Flood defenses made from sustainable materials can increase resilience by 50%
Circular economy principles in infrastructure construction can reduce waste by 60%
Use of low-carbon cement can decrease greenhouse gas emissions by up to 40%
Materials with higher thermal mass in infrastructure can lower cooling costs by up to 15%
Use of biodegradable materials in infrastructure can decrease pollution and landfill waste by 50%
Cross-laminated timber (CLT) used in infrastructure construction can reduce carbon footprint by up to 50% compared to concrete and steel
Use of eco-friendly and recycled steel in infrastructure can reduce carbon emissions by up to 50%
The global demand for sustainable construction materials is expected to grow at a CAGR of 8% through 2030

Construction Materials and Technologies Interpretation

Achieving truly sustainable infrastructure demands a seismic shift towards greener materials and circular practices, as nearly 40% of global emissions stem from construction itself, yet with innovative solutions like recycled, biodegradable, and low-carbon materials cutting costs and emissions by up to 50%, the industry stands at a crossroads between continued harm and resilient, eco-friendly growth.

Environmental Integration in Infrastructure Projects

60% of urban infrastructure projects now include climate risk assessments
Implementation of eco-efficient construction practices can cut resource use by 35%
The adoption of eco-friendly lighting in infrastructure projects reduces carbon footprint of lighting systems by 80%
Implementing sustainability standards can increase project approval speed by 30% due to better stakeholder alignment
Implementing sustainable design standards in infrastructure projects can increase their lifespan by an average of 25 years
Incorporating nature-based solutions in infrastructure enhances climate resilience by up to 60%
Integration of green infrastructure in highway design can reduce runoff pollution by up to 60%

Environmental Integration in Infrastructure Projects Interpretation

As sustainability becomes an infrastructure industry staple, embracing eco-efficient practices and nature-based solutions is not just environmentally sound but also accelerates approvals, extends longevity, and dramatically reduces pollution—proving that a greener blueprint is indeed a smarter one.

Green Infrastructure and Urban Sustainability

Implementing green infrastructure can reduce urban stormwater runoff by up to 80%
LED lighting in infrastructure minimizes energy consumption by up to 75%
Upgrading existing infrastructure to be more energy-efficient could reduce operational emissions by 20%
Use of pervious concrete in infrastructure can reduce urban heat island effect by 4°C
The adoption of smart grid technology in infrastructure can reduce energy waste by 15-20%
Replacing conventional bridges with sustainable alternatives can extend lifespan and reduce maintenance costs by 30%
Water infrastructure upgrades focusing on efficiency can save up to 25% of water use
Green roofs on infrastructure can reduce building cooling energy needs by 25%
Energy-efficient pumps in infrastructure reduce operational costs by approximately 20-30%
Integration of green corridors in urban infrastructure can improve air quality by reducing particulate matter by 18%
Implementing rainwater harvesting in infrastructure projects can reduce urban water demand by 15%
Smart sensors in infrastructure can improve maintenance efficiency by 40%, reducing costs and extending lifespan
Urban green infrastructure can enhance biodiversity by supporting 35% more urban species
Sustainable infrastructure can reduce noise pollution levels by up to 45% in urban areas
Better insulation in infrastructure reduces energy needs for heating and cooling by 20-25%
Green transportation infrastructure can increase cycling and walking commuting by 25%, promoting healthier cities
Flood mitigation infrastructure with green features can reduce flood damage costs by up to 40%
Transitioning to low-impact development (LID) practices in infrastructure can decrease runoff volume by 30-50%
Circular economy approaches in infrastructure can create 20% more jobs in the construction sector
The global market for eco-cities and sustainable urban infrastructure is expected to grow at a CAGR of 12% through 2030
Infrastructure retrofits focused on sustainability can reduce overall energy use in public buildings by 30%
The use of eco-friendly transportation corridors can decrease commute times and reduce emissions by 20%
The deployment of energy-efficient HVAC systems in infrastructure reduces energy consumption for climate control by 25-30%
Green infrastructure projects can create up to 50% more local jobs compared to traditional infrastructure projects
The carbon footprint of infrastructure can be cut by 45% by switching to sustainable materials and design practices
Smart water management systems integrated into infrastructure can save up to 20% of water used
Urban infrastructure policies that promote green space inclusion can improve mental health and social cohesion by 35%
Eco-friendly infrastructure can reduce ambient noise levels in cities by up to 45%
Upgrading piping systems with sustainable materials can decrease leakages by 35%, resulting in substantial water and energy savings
Implementation of circular economy principles in infrastructure can generate additional revenue streams by reducing waste disposal costs
Sustainable urban infrastructure can improve public health outcomes by reducing air and water pollution levels by up to 40%
Incorporation of naturalized water channels in infrastructure reduces the need for artificial drainage and decreases maintenance costs by 25%

Green Infrastructure and Urban Sustainability Interpretation

Embracing sustainable infrastructure not only slashes urban water runoff, emissions, and heat effects by staggering margins but also boosts biodiversity, health, and economic resilience—proving that eco-friendly development isn’t just green in color but rich in lasting, measurable impact.

Market Demand and Investment Trends

The global infrastructure sector accounts for approximately 60% of total energy consumption
Approximately 55% of new infrastructure projects globally now include sustainable features
Transportation infrastructure accounts for roughly 30% of global energy use
Approximately 70% of new infrastructure investments are planned to incorporate eco-friendly designs by 2025
Nearly 65% of infrastructure projects in the EU now prioritize climate adaptation strategies
The global market for sustainable infrastructure is projected to reach $3 trillion by 2030
85% of large infrastructure projects worldwide now incorporate sustainability standards
Global investments in water infrastructure to increase by 20% over the next five years for sustainability
The use of microgrids in infrastructure can increase energy resilience by 80%
Sustainable infrastructure investments can generate up to 15% higher returns than traditional investments
Infrastructure resilience investments are expected to increase global economic stability and reduce recovery costs by 25%
The use of drone technology in infrastructure inspections can increase safety and efficiency by 50%
Sustainable infrastructure investments in emerging economies are projected to grow at an annual rate of 10% through 2025

Market Demand and Investment Trends Interpretation

As the infrastructure sector embraces greener designs—accounting for 60% of energy use, with 85% of large projects adopting sustainability standards—it's clear that saving the planet isn't just a moral imperative but also a profitable and resilient blueprint for the future.

Renewable and Sustainable Energy Infrastructure

Renewable energy infrastructure investments reached over $500 billion in 2022
Solar-powered street lighting can decrease carbon emissions from public lighting by up to 90%
Energy recovery systems in infrastructure reduce waste-to-energy inefficiencies by 60%
Infrastructure that incorporates local renewable resources can reduce dependency on fossil fuels by 50%
Incorporating solar panels into infrastructure can generate up to 50% of the energy needed for operations
Infrastructure projects utilizing solar-powered systems decrease reliance on grid electricity by up to 60%
The adoption of renewable energy-powered construction equipment can reduce lifecycle emissions of infrastructure projects by 20%

Renewable and Sustainable Energy Infrastructure Interpretation

With over half a trillion dollars invested in renewable infrastructure in 2022, solar-powered systems slashing emissions by up to 90%, and renewable resource integration cutting fossil fuel dependence in half, the infrastructure industry is clearly sprinting toward a sustainable future—though, at this rate, it’s unlikely to happen before the next construction boom!

Urban Sustainability

Nearly 45% of new infrastructure projects in developing countries now include social sustainability components

Urban Sustainability Interpretation

With nearly 45% of new infrastructure projects in developing countries integrating social sustainability, it seems the industry is finally realizing that building better communities is as crucial as building better roads.