2. FLOW OF PRESENTATION
2
1.INTRODUCTION
2.AIM OF STUDY
3.WHY WE NEED THE AIRPORT
4.AVAILABILITY OF RESOURCES
5. SITE SELECTION
6.HOW AIRPORT PLANNING WILL DONE
7. ENVIRONMENTAL RISK AND MITIGATION MEASURES
8.CONCLUSION
3. Introduction
• Airports are the backbone of global
connectivity, enabling trade, tourism,
and cultural exchange.
• Gujarat has major international airports
(Ahmedabad, Surat, Vadodara) but
North Gujarat lacks direct global
access.
• Patan, with its strategic location,
historic significance, and tourism
potential, can serve as a new
international gateway.
• Establishing an airport here will bridge
the gap between regional strengths and
global opportunities.
3
4. Aim of study
•Assess Feasibility:Analyze geographical, economic, social, and infrastructural suitability
of Patan as an international airport site.
•Global Passenger & Cargo Operations:Plan for handling both passenger and freight
traffic efficiently, supporting long-haul international connectivity.
•Socio-Economic & Cultural Benefits:Study how the airport can promote regional
development, tourism, heritage conservation, and cultural exchange.
•Strengthen Trade & Investment Opportunities: Provide a platform for local
industries (Patola silk, agriculture, handicrafts) to directly access international markets.
•Regional Development & Balanced Growth: Reduce over-dependence on
Ahmedabad and Surat airports, ensuring North Gujarat gets equal access to global
infrastructure.
•Sustainable & Strategic Infrastructure: Propose a future-ready, eco-friendly airport
aligned with global aviation standards and India’s vision for smart cities.
4
5. WHY
WE
NEED
THE
AIRPORT
❑ Tourism Growth
• Patan’s Rani ki Vav (UNESCO
World Heritage site)
• Modhera Sun Temple and ancient
Jain temples already attract global
interest.
• Direct air access can significantly
increase international tourist inflow
and boost hospitality, hotels, and
local economy.
5
7. WHY
WE
NEED
THE
AIRPORT
❑ Business & Trade
Expansion
• Direct global access for Patola silk
(world-famous heritage craft), agricultural
produce (cumin, isabgol, cotton), and local
handicrafts.
• Eliminates reliance on middlemen in
Ahmedabad, lowering logistics costs and
boosting export competitiveness.
[Patola silk]
7
8. WHY
WE
NEED
THE
AIRPORT
❑ Population Demand
• Serves 10+ million residents in North Gujarat and nearby
Rajasthan border districts.
• Provides faster international access for migrant workers
traveling to the Middle East and Europe.
❑ Time & Cost Efficiency→
• Saves long travel time (2–3 hours) to Ahmedabad airport.
• Businesses benefit from quicker cargo handling and reduced
transport delays
8
9. WHY
WE
NEED
THE
AIRPORT
❑ Education & Research
• Patan houses institutions like Hemchandracharya North Gujarat
University.(HNGU)
• An international airport enhances student exchange programs,
research collaborations, and academic tourism.
❑ Regional Connectivity & Decongestion
• Helps reduce pressure on Ahmedabad airport, which is currently
overburdened.
• Creates a new aviation hub for North Gujarat, connecting to
Rajasthan and potentially serving as a transit point for long-haul
flights
9
10. WHY
WE
NEED
THE
AIRPORT
❑ Economic & Global Factors
•Enhances Gujarat’s position in international trade &
logistics
•Gateway for exports (textiles, agriculture, handicrafts)
to Gulf, Europe & US
•International cargo operations reduce logistics costs
10
11. Availability Of Resources
❑ Land Resources
• Outskirts of Patan have large stretches of flat,
open land suitable for a 3,500–4,000 m
runway and expansion zones.
• Low population density in proposed outskirts
= minimal displacement issues.
❑ Human Resources
• Skilled engineers, architects, and aviation
professionals available in Gujarat
(Ahmedabad, Gandhinagar).
• Semi-skilled and unskilled local labor
available for construction and support
services.
• Nearby universities can supply trained
graduates for airport operations, logistics,
and hospitality
11
12. Availability Of Resources
❑ Transport & Connectivity
• National Highway 68 and multiple state highways
connect Patan to Ahmedabad, Mehsana, and Rajasthan.
• Railway line links Patan with Ahmedabad and Kutch.
• Easy access for cargo movement to industrial zones like
Mehsana, Banaskantha, and Gandhinagar.
❑ Utilities & Infrastructure
• Gujarat’s robust power grid ensures reliable electricity
supply; potential to integrate solar farms for green
energy.
• Ample groundwater and scope for water treatment
plants to meet airport needs.
• Telecommunication networks already in place, with
potential for 5G and advanced IT integration
12
13. Availability Of Resources
❑ Government & Policy Support
• Gujarat government’s strong pro-
infrastructure policies (industrial corridors,
logistics hubs).
• Potential eligibility for central government
support under UDAN (regional connectivity)
and international aviation policies.
13
14. SITE SELECTION
1.Location & Accessibility
•Proximity to Patan city, highways (NH-68), and railway lines.
•Easy access for passengers and cargo movement without
causing urban congestion.
2.Topography & Land Characteristics
•Flat terrain with minimal obstacles (no major hills, rivers, or
dense forests).
•Sufficient open land (4,000+ acres) for runway, terminals,
and future expansion.
14
15. SITE SELECTION
3.Environmental & Social Factors
•Minimum displacement of population, agricultural land, or
heritage sites.
•Avoidance of eco-sensitive zones and protected areas.
4.Weather & Climate
•Fewer risks from fog, flooding, or extreme winds.
•Good visibility and favorable flying conditions most of the
year.
5.Airspace Considerations
•Safe distance from other airports (Ahmedabad, Bhuj,
Udaipur) to prevent air traffic conflicts.
•Clear approach paths without tall obstacles (buildings,
towers, hills
15
16. SITE SELECTION
6.Resource Availability
•Access to power, water, fuel supply, and construction
materials nearby.
•Availability of manpower and skilled workforce in the
region.
7.Future Expansion Potential
•Space for additional runways, terminals, cargo hubs, and
maintenance facilities.
•Integration with planned industrial corridors and logistic
hubs in Gujarat.
16
17. HOW AIRPORT PLANNING WILL DONE
1.Preplanning
Considerations
2.Forecasting for
Planning Purposes
3.Site Evaluation
and Selection
6.Technical and
Environmental
Studies
5.Resource
Planning
4.Development of
Master Plan
7.Public
Consultation and
Stakeholder
Engagement
8.Implementation
and Review
17
18. HOW AIRPORT PLANNING WILL DONE
1. Preplanning Considerations:
•Coordination among stakeholders.
•Defining goals and policy objectives.
•Setting up planning organization.
2.Forecasting for Planning Purposes:
•Air traffic projections.
•Determining peak hour and design parameters for infrastructure
needs.
3. Site Evaluation and Selection:
•Reviewing land availability, environmental impact, and
access.
•Conducting studies on noise, safety, and compatibility with
existing structures and population
18
19. HOW AIRPORT PLANNING WILL DONE
4.Development of Master Plan:
•Layout of runways, taxiways, apron, and passenger
terminal.
•Expansion options, phasing, and flexibility.
•Financial plan and schedule for development.
5.Resource Planning:
•Identifying and securing labor, material, equipment, and
technological support.
•Preparing for regulatory and environmental compliance.
6.Technical and Environmental Studies:
•Airside and landside design.
•Environmental impact assessment: waste management,
noise, wildlife conservation.
19
20. HOW AIRPORT PLANNING WILL DONE
7. Public Consultation and Stakeholder Engagement:
• Involving local citizens, businesses, and government officials for
feedback and support.
8.Implementation and Review:
• Developing timelines and monitoring the progress.
• Reevaluating the master plan at regular intervals (yearly/5-yearly)
20
21. Environmental Risks and Mitigation Measures
1. Air Pollution
• Risk: Aircraft emissions, construction dust, and vehicular traffic increase local air pollution.
• Cure: Use green fuels (biofuel blends, electric ground vehicles).
Develop green belt plantations around airport.
Encourage public transport access (metro/bus links).
2. Noise Pollution
• Risk: Aircraft take-off/landing noise affecting nearby villages.
• Cure: Design buffer zones with vegetation barriers.
Implement noise abatement flight paths.
Use quieter modern aircraft (A350, B787).
21
22. Environmental Risks and Mitigation Measures
3. Water Usage & Pollution
•Risk: High water demand for airport operations; potential for wastewater contamination.
• Cure: Install rainwater harvesting systems.
• Treat and reuse wastewater for landscaping, toilets, and cooling.
• Monitor and protect local water bodies.
4. Biodiversity Impact
•Risk: Construction may disrupt local habitats or bird migration patterns.
• Cure:Careful site selection away from eco-sensitive zones
• Develop wildlife hazard management plans to reduce bird strikes.
22
23. Environmental Risks and Mitigation Measures
5. Carbon Footprint
•Risk: Airports are high contributors to CO₂ emissions.
•Cure: Invest in solar power plants and renewable energy. Design eco-friendly
terminals with natural lighting and energy-efficient materials Achieve “Green
Airport Certification” (like IGI Delhi & Cochin).
23
24. Conclusion
•Patan is not just ready for an international airport — it deserves one.
•The project will bridge the connectivity gap in North Gujarat, boost tourism,
trade, and education, and create thousands of jobs.
•With eco-friendly planning and government support, this airport can become
a model of sustainable infrastructure.
•More than a transport hub, it will transform Patan into a gateway between
Gujarat and the world
24