18
Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser Infrastructure Connectivity NITI Aayog

Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

  • Upload
    others

  • View
    4

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Developing Sustainable and

Resilient Infrastructure

August 3, 2016

Dr. Manoj Singh

Adviser – Infrastructure Connectivity

NITI Aayog

Page 2: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

MASTER PLAN FOR THE DEVELOPMENT OF RAIL INFRASTRUCTURE IN THE NORTHEAST REGION

Page 3: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

LEGEND :-

A. Roads under Arunachal Package 1. Trans Arunachal Highway(NH-229, 52 & 52B)

2. Roads connecting remaining 5 DHQs

3. Road stretches proposed on Annuity basis

B. Roads under Phase ‘A’

Other National Highways

East West Corridor

DISTRICT HEADQUARTER TOWN

Baihata

Charali

To Srirampur

ITANAGAR

ZORAM

MAHADEVPUR

BIMLAPUR

BALIPARA

RUPAI

AKAJAN

NECHIPU

SADIA

DHOLA

NUMALIGARH

DIBRUGARH

Roads covered for improvement in Arunachal Pradesh under SARDP-NE

GOHPUR

SILGHAT

TINSUKIA

Tawang

Bomdila

Seppa

Koloriang

Daporijo

Aalong

Yingkiong

Anini Roing

Tezu

Hawai Ziro

Yupia

Khonsa

Changlang

Pasighat

SIBSAGAR

NAMCHIK

MARIYUNG

JONAI

PANGSU PASS

JAIRAMPUR

GUWAHATI

KANUBARI

TO

SILCHAR

Hoj

NAGAON

NORTH

LAKHIMPUR

BANDER DEWA

Potin

PAKA BAME

PANGIN

BOMJIR

CHOWKHAM

Being improved to 2 lane by BRO

under China Study Group(CSG)

Aalong

PANGIN

Koronu

Paya

Lalpul

TASHIGAONG

LUMLA

TAHILA

TATO

LUNGTE

PONGO

MIGGING

GORGING

BILE

BISHING

JIDO

SINGA

SAKRAM POINT

229

229

52

52

52B

153

52B 52B

229

HOLONGI

ROUTE OF 4 LANE CONNECTIVITY

OF ITANAGAR WITH EAST WEST

CORRIDOR AT NAGAON

37

Ext

Page 4: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Resilient Infrastructure

Resilience is “the ability to adapt to changing conditions and prepare for, withstand, and rapidly recover from disruption.”

Resilience is defined as “the capacity of a system to absorb disturbance and still retain its basic functions and structure.”

Resilience is the ability of a system to survive and thrive in the face of a complex, uncertain and ever-changing future. It is a way of thinking about both short term cycles and long term trends: minimizing disruptions in the face of shocks and stresses, recovering rapidly when they do occur, and adapting steadily to become better able to thrive as conditions continue to change.

It is a powerful companion to sustainable development thinking.

Page 5: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Gurugram

Page 6: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Uttarakhand

Page 7: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Mumbai Suburban

Page 8: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Creating Resilient Systems The creation of resilient infrastructure systems may require large scale changes to the way infrastructure is planned, designed, managed and maintained. In many cases, advanced technology and instrumentation can facilitate the development of systems with greater ability to withstand and respond to sudden impacts.

Page 9: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Creating Resilient Infrastructure

How do we understand what constitutes resilient infrastructure? How can we compare designs to see how they would contribute to resilient system? Is there a role for infrastructure rating systems in improving our understanding?

We can learn from some of the international rating systems: Australian Green Infrastructure Council (AGIC) rating system

These are early days and we can try to take leadership position

Page 10: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Resilience: The Indian Dimension

Financial Dimension: Financial Sustainability and Resilience

• MUTP – IIII

• DMRC

Page 11: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI
Page 12: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

So how do we understand what constitutes resilient infrastructure? How can we compare designs to see how they would contribute to a resilient system? Is there a role for infrastructure rating systems in improving our understanding?

There are several infrastructure sustainability rating tools available: the Australian Green Infrastructure Council (AGIC)’s IS tool, the Institution of Civil Engineers’ CEEQUAL tool and the Institute of Sustainable Infrastructure’s ENVISION tool. Other infrastructure rating tools are in development elsewhere. AGIC is in early discussions about establishing a ‘World Council of Sustainable Infrastructure’ to encourage the alignment of these different tools.

Page 13: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI
Page 14: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

1.Why Resilient? 2. Creating Resilient Infrastructure 3. Case Study: a) Gurugram, b) Uttarakhand c) Mumbai Suburban

Page 15: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

City-based residents and businesses depend on the effective and reliable operation of infrastructure systems. Cities need a new way of thinking about how they plan, design, build and manage this essential infrastructure under more challenging conditions. This can be understood by the principle of resilience.

Page 16: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Heavy rains, jam in Gurgaon paralyses city Commuters on the Delhi-Gurgaon Expressway were stuck in a traffic jam for hours.

Page 17: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Case Studies

Page 18: Developing Sustainable and Resilient Infrastructure · Developing Sustainable and Resilient Infrastructure August 3, 2016 Dr. Manoj Singh Adviser – Infrastructure Connectivity NITI

Uttarakhand Uttarakhand has witnessed landslides, cloudbursts and flash floods due to incessant rain. These events destroys houses, kills people