Joe Brauch

Engineering

1. Hydrogen Production 100%
2. Electrolyzer 95%
3. Water Electrolysis 83%
4. Electric Power Sector 60%
5. Power Sector 50%
6. Polymer Electrolyte Membrane 41%
7. Cost Modeling 41%
8. Design for Manufacture 41%
9. Proton Exchange Membrane 41%
10. Energy Systems 39%
11. Renewables 33%
12. Cost Reduction 32%
13. Capital Cost 27%
14. Water Splitting 19%
15. Industrial Sector 19%
16. Produce Hydrogen 18%
17. Plant Equipment 15%
18. Solar Photovoltaic 13%
19. Future Energy 13%
20. Steel Making 13%
21. Power Generation 13%
22. Green Hydrogen 11%
23. Manufacturing Cost 11%
24. Fossil Fuel 11%
25. Stack Design 10%
26. Engineering 10%
27. Manufacturing Technique 10%
28. Performance Degradation 8%
29. Future Power System 8%
30. Temporal Variation 8%
31. Marginal Costs 8%
32. Design Parameter 5%
33. Coming Year 5%
34. Metrics 5%
35. Scale Production 5%
36. Solar Energy 5%
37. Cost Estimation 5%
38. Renewable Technology 5%
39. Cost Estimate 5%
40. Chemical Plant 5%
41. Energy Transition 5%
42. Gas Fuel Manufacture 5%
43. Balance of Plant Cost 5%
44. Sectoral 5%
45. Capital Equipment 5%
46. Production Method 5%
47. Capacity Factor 5%
48. Advanced Manufacturing 5%
49. Natural Gas 5%
50. Steam Reforming 5%