Integrated And Smart Infrastructure Systems

Smart city,Productivity,Coordination,Climate change adaptation,Clean environment,

6

Goal

33

Objective

The use of innovative and smart technology in infrastructure systems that have developed recently provides advantages such as increased efficiency and productivity and remote intervention in inter-institutional coordination. In addition, integrating infrastructure systems through smart technologies offers significant benefits in maintenance-repair and investment costs while enabling sustainable use of natural values.

Infrastructure elements, critical for the continuity of urban and rural life, are becoming the essential tools for cities and Istanbul against the effects of the climate crisis. Applications such as the capacity of infrastructure systems to prevent floods caused by excessive precipitation, the development of sustainable water systems against drought and the reuse of water, and the use of energy efficiency and renewable energy systems in the face of energy insecurity are the most critical factors in adapting to the impacts of the climate change and protecting living and physical assets.

In line with the changing working models and digitalized services worldwide, information and communication infrastructure has become a fundamental right. Simultaneously, technology-based developments in data production have become one of the actual phenomena in terms of both the planning and efficiency of urban and rural services and transparency. In line with these factors, Istanbul, which operates with “integrated and smart infrastructure systems” in 2050, is aimed.

Goals

Partial approaches in infrastructure cause problems such as human-induced errors in service provision and continuity, duplicated practices, cost increases, and loss and leakage. For this reason, the inter-institutional integration and the coordination in different components of infrastructure systems, such as water, energy, telecommunication, and waste, and the effective and autonomous intervention in case of damage and failure are indispensable objectives for achieving efficiency in infrastructure systems.

Objectives

1

Establishing smart management systems to ensure effective cooperation, coordination, and efficiency in infrastructure management

Infrastructure,Coordination,Productivity,Smart city,Collaboration,

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2

Ensuring integrated financial management of infrastructure services

Finance,Monitoring Auditing,Transparency,Infrastructure,

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3

Developing technologies to minimise human and system errors in the control, the detection, and the intervention of infrastructure systems

Infrastructure,Technology,Resilience,Smart city,

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4

Creating Istanbul's digital twin to foresee future needs, potentials, and problems

Infrastructure,Technology,Smart city,Resilience,

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The energy sector has the highest share of greenhouse gas emissions, and it causes significant destruction of natural resources. Therefore, the widespread use of renewable energy worldwide has become one of the most basic approaches to eliminating energy precarity in energy-dependent cities. In addition, ensuring energy efficiency, especially in economic activities, is essential for energy consumption and efficiency.

Objectives

1

Establishing renewable energy systems in structures and encouraging grid integration

Clean energy,Technology,Infrastructure,

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2

Increasing the use of renewable energy systems in public buildings and urban amenities, ensuring energy efficiency

Clean energy,Urban area,Productivity,

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3

Establishing a common infrastructure for the use of renewable energy in industrial areas, especially in organised industrial zones

Clean energy,Industry,Infrastructure,

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4

Promoting the use of solar energy systems for roofs and facades in large structures

Clean energy,Urban area,Productivity,

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5

Increasing the number of wind power plants considering the ecological boundaries, cultural heritage and residential areas

Clean energy,Ecology,Cultural heritage,Urban area,

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6

Increasing the use of biomass energy

Clean energy,Productivity,Infrastructure,

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7

Developing innovative methods by cooperating with R&D centres and universities for renewable energy

Clean energy,Research and development,Innovation,Technology,

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The sudden effects of the climate crisis, such as excessive precipitation, prolonged drought and irregular precipitation, pose significant risks for Istanbul, which is currently dependent on neighbouring provinces for water supply. As water is the most basic need for the continuity of life, securing water as an asset is an essential objective. For this reason, reduction of water consumption, prevention of loss-leakage rates, which are already at critical levels, and using sustainable rainwater, greywater systems, and wastewater treatment technologies are crucial.

Objectives

1

Reducing water consumption per capita

Social awareness,Water resources,Innovation,Productivity,Climate change adaptation,

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2

Meeting the need for clean and accessible water for all Istanbulites

Social awareness,Water resources,Accessibility,

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3

Reducing water loss and leakage

Water resources,Productivity,Infrastructure,

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4

Reducing water consumption in industrial activities and ensuring the recovery of industrial wastewater

Industry,Productivity,Water resources,Sustainability,

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5

Increasing the use of efficient irrigation techniques in agriculture

Agriculture,Productivity,Water resources,Sustainability,

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6

Increasing sustainable rainwater solutions

Sustainability,Water resources,Infrastructure,

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7

Making the use of greywater systems more prevalent

Productivity,Sustainability,Water resources,Infrastructure,

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8

Obtaining fresh water for general use from seawater

Sea Coastal Areas,Productivity,Water resources,Research and development,

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9

Increasing the amount of water recovered through biological and advanced biological wastewater treatment

Sustainability,Industry,Monitoring Auditing,Productivity,Infrastructure,

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With increasing population and changing consumption habits, alongside the amount of waste increasing with industrial activities and conventional methods used in waste disposal, environmental pollution and natural resource consumption are also growing. Practices for recycling and recovering waste and the circularity approaches align with these objectives to ensure effective waste management and reduction of waste.

Objectives

1

Reducing and separating waste generation at the source

Sustainability,Social awareness,Productivity,Clean environment,

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2

Increasing the recycling and recovery of wastes

Sustainability,Productivity,Clean environment,Infrastructure,

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3

Establishing a waste collection system throughout the city to reduce the carbon footprint of waste collection activities

Climate change adaptation,Carbon neutral,Clean environment,Infrastructure,

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4

Ensuring sustainable waste management and circularity in industrial activities

Industry,Climate change adaptation,Ecology,Circularity,Sustainability,

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Throughout its history, Istanbul has seen many disasters, including earthquakes, floods, and fires. Therefore, reducing risks such as earthquakes, an actual reality in Istanbul; excessive precipitation, the effects of which are increasing due to the climate crisis; and cyber-attacks accompanying digitalisation and preventing them from turning into disasters are important objectives set to help support the resilience of infrastructure systems.

Objectives

1

Increasing the resilience of urban infrastructure systems against disaster risks

Resilience,Security,Infrastructure,

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2

Establishing and integrating early warning systems

Resilience,Coordination,Smart city,

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3

Increasing security against cyber-attacks in infrastructure systems and organisations

Security,Resilience,Smart city,Data management,Infrastructure,

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4

Introducing storage systems for basic needs for post-disaster

Resilience,Healthy life,Society,

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In an increasingly digitalising world, human relations, consumption patterns, and the continuity of economic activities have become indispensable components. The importance of information and communication infrastructure and inequalities in having access to internet services have become visible during the COVID-19 pandemic. However, the digitalised world poses significant threats to personal data security, poses risks of selection bias in the increased data production and creates significant inequalities in accessing internet services.

Objectives

1

Providing data generation that includes all city residents, including disadvantaged groups, protects personal data.

Security,Data management,

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2

Developing integrated data collection, monitoring, and evaluation tools across all urban services

Monitoring Auditing,Data management,Coordination,Smart city,

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3

Promoting digital city applications that will allow for transparent and fair data sharing

Data management,Transparency,Smart city,

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4

Processing and use of data by considering social 2ice and ethical principles

Just,Society,Data management,

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5

Developing information and communication technologies infrastructure and offering more comprehensive free internet service

Technology,Urban life,Disadvantaged groups,

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