5. The Associated and Stranded Gas-to-Liquids Market 2013-2023
5.1 How much associated and stranded gas will be monetised?
5.2 Associated Gas
5.3 Stranded Gas5.4 Development of the Associated and Stranded Gas GTL Market 5.5 Associated and Stranded Gas GTL Drivers & Restraints 5.6 Disclosed Small-Scale GTL Facilities in Construction or Operation 6. PEST Analysis of the Gas-to-Liquids Market 2013-2023 7. Expert Opinion 7.1 CompactGTL 7.1.1 Commercial Use Of CompactGTL Technology 7.1.2 Preferability Of CompactGTL Technology 7.1.3 CompactGTL Supply Chain 7.1.4 CompactGTL GTL Facility OPEX 7.1.5 CompactGTL Competitors 7.1.6 Potential of Associated and Stranded Gas For GTL 7.1.7 Flared Gas Regulations 7.1.8 Valuation of Stranded and Associated Gas Markets 7.1.9 Areas for Growth in the Gas-to-Liquids Market 7.1.10 Constraints on the Gas-to-Liquids Market 7.1.11 Drivers for the Gas-to-Liquids Market 7.1.12 Investment in Liquefied Natural Gas versus Gas-to-Liquids 7.2 Oxford Catalysts / Velocys (Oxford Catalysts Group) 7.2.1 Commercial Use of Oxford Catalysts Group Technology 7.2.2 Description of Oxford Catalysts Group Technology 7.2.3 Preferability of Oxford Catalysts Group Technology 7.2.4 Primary Markets for Oxford Catalysts Group Technology 7.2.5 Use of Oxford Catalysts Group Technology Onshore and Offshore 7.2.6 Cost of a Gas-to-Liquids Plant 7.2.7 Flared Gas Market Potential For GTL 7.2.8 Stranded Gas Market Potential For GTL 7.2.9 Location of Gas-to-Liquids Facilities 7.2.10 Gas-to-Liquids Market Expansion 7.2.11 Cost of a Gas-to-Liquids Facility 7.2.12 Drivers of Gas-to-Liquids Market 7.2.13 Value of Gas-to-Liquids Market 7.3 Infra Technology 7.3.1 Infra Technology and the Gas-to-Liquids Market 7.3.2 Infra Technology Main Competitors 7.3.3 Current Focus and Use of Infra Technology's GTL Technology 7.3.4 Benefits of Infra Technology's GTL Technology 7.3.5 CAPEX of Infra Technology's GTL Technology 7.3.6 OPEX of Infra Technology's GTL Technology 7.3.7 Primary Markets of Infra Technology's GTL Technology