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1. The price range reflects the uncertainty involved in the novel technology that will be needed to build large syn-gas plants.

2. The catalysed conversion of methanol to ethanol by reaction with syn-gas, is also possible but not yet commercial.

3. However oxygen, rather than air, is used to give a more concentrated syn-gas.

4. These anaerobic bugs make ethanol by voraciously consuming syngas.

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5. Syngas heating value can be enhanced at high pressure and low temperature.

6. The technology was applied in the production of syngas, and can save general expenses by 295.14 yuan per ton syngas.

7. The research progresses of methane partial oxidation to syngas using mixed conducting oxygen- permeable membrane reactor are introduced.

8. Cook up agricultural and local council biowaste, get syngas for fuel, and bury the charcoal.

9. The syngas flows through the straws, and water is pumped across their exteriors.

10. The steam reforming process produces syngas, which is a mixture of hydrogen and carbon monoxide.

11. I do not know how to separate the plastic from the plankton let along make syngas from it.

12. The results show that increasing coal-slurry concentration makes for enhancing cold gas efficiency and syngas heating value at lower gasification temperature.

13. The paper also cites examples to illustrate the popularization and application of the technology of methanol isopiestic synthesis with high-pressure syngas.

14. Carbon Sciences says its test facility is successfully melding CO2 with methane (the primary constituent of natural gas) to produce a syngas that can be converted into ordinary fuels.

15. Most of the major oil companies still have a syngas conversion technology that they may introduce if gasoline becomes prohibitively expensive.

16. A series of supported Mo-based catalysts for methanethiol synthesis from high H 2S-containing syngas were investigated by kinetics and XPS, ESR characterization.

17. Chemical equilibrium in direct synthesis of dimethyl ether from syngas was calculated and analyzed by using an appropriate thermodynamic model.

18. Latest advances in preparation of ethylene glycol(EG) were reviewed, including preparation of EG via catalytic hydration from ethylene oxide(EO) and ethylene carbonate(EC), as well as via syngas.

19. Compared with heated reforming and secondary reformer with oxygen, the catalytic partial oxydation has more advantage in producing CO-rich syngas from natural gas.