Global Gas Engines market is likely to grow driven by the rising demand for sustainable power generation technology coupled. The lower costs and ease of availability of natural gas is encouraging quicker adoption of gas fired power plants. Decentralized generation trend is causing a strong shift from large centralized power plants to micro generation creating market opportunities to gas engines.

1. Introduction
   • Objectives of the Study & Summary
   • Definitions and Market Scope
   • Research Methodology
2. Executive Summary
3. Industry Overview
   • Introduction to the global gas engines industry
   • Market Dynamics
     • Drivers to global gas engines market
     • Market Restraints
     • Key Future Trends
   • Market and competitive landscape
     • Global and regional players snapshot
     • Global Gas Engines market competitive intelligence
     • Market developments
       • Product and Services Development
       • Business Expansion and Partnership
       • Mergers and Acquisitions

4. Global Gas Engines market assessment (USD Million), 2019-2026
   • Assessment by Fuel Type
     • Natural Gas
     • Special Gas
   • Assessment by Application
     • Power Generation
     • Mechanical Drive
     • Cogeneration
     • Others
   • Assessment by Power Output
     • 5 MW–1 MW
     • 1 MW–2 MW
     • 2 MW–5 MW
     • 5 MW–10 MW
     • 10 MW–20 MW
   • Assessment by End-Use Sector
     • Utilities
     • Manufacturing
     • Oil and Gas
     • Others (Commercial Places, Hospitals, and others)
   • Assessment by Geography
     • North America
     • Europe
     • Asia-Pacific
     • ROW

5. Supplier profiles
   • Rolls Royce
     • Overview
     • Product and service offerings
     • Key Recent Developments
   • General Electric
   • Caterpillar
   • MAN SE
   • Cummins
   • Mitsubishi Heavy Industries
   • Siemens
   • Liebherr
   • Kawasaki Heavy Industries
   • IHI Corporation
   • JFE Engineering Corporation
   • Hyundai Engine & Machinery
   • R Schmitt Enertec
6.  Appendix