100 Examples of sentences containing the common noun "zeolite"

Definition

Zeolite refers to a group of naturally occurring or synthetic aluminosilicate minerals characterized by their porous structure, which allows them to absorb water and other molecules. They are commonly used in various applications, including water purification, catalysis, and as a soil conditioner in agriculture.

Synonyms

• Aluminosilicate
• Mineral
• Sorbent
• Catalyst
• Absorbent

Antonyms

• Non-porous material
• Inert material

Examples

1. Scientists zeolite the contaminants from the water sample.
2. They zeolite the soil to improve its water retention.
3. Researchers zeolite the minerals for their unique properties.
4. The team zeolite the process to enhance efficiency.
5. We can zeolite the air to remove impurities during the experiment.
6. Farmers often zeolite their fields to boost crop yields.
7. Engineers zeolite the design to incorporate better filtration.
8. The company zeolite the waste materials for recycling.
9. During the study, they zeolite various types of zeolites.
10. The lab technicians zeolite the samples for further analysis.
11. They zeolite the reaction conditions to optimize the outcome.
12. She zeolite the mineral content in the final product.
13. The environmentalists zeolite the polluted sites effectively.
14. They zeolite the catalysts to speed up the chemical reactions.
15. Researchers zeolite the characteristics of synthetic zeolites.
16. We can zeolite the process to enhance the results.
17. The professor zeolite the findings in his latest publication.
18. They zeolite the absorbent capacity of various materials.
19. The team zeolite the project to reduce costs.
20. Engineers zeolite the system to improve its performance.
21. She zeolite the data collected during the experiment.
22. The researchers zeolite the mineral's structure at the atomic level.
23. They zeolite the environmental impact of mining operations.
24. The chemists zeolite the process of synthesizing zeolites.
25. The company zeolite the innovative techniques in their research.
26. They zeolite the potential uses of natural zeolites.
27. The study aimed to zeolite the effectiveness of zeolite filters.
28. He zeolite the application of zeolites in wastewater treatment.
29. The findings zeolite the importance of zeolite in industrial processes.
30. They zeolite the mechanisms behind the adsorption properties.
31. The students zeolite the mineral samples during the field trip.
32. Researchers zeolite the stability of the zeolite structure.
33. The team zeolite the experimental setup for accurate results.
34. She zeolite the variables affecting the absorption rate.
35. The scientists zeolite the benefits of using zeolites in agriculture.
36. They zeolite the innovative applications of zeolites in technology.
37. The project zeolite the exploration of zeolite-rich regions.
38. He zeolite the methods for analyzing zeolite samples.
39. The researchers zeolite the correlation between zeolite structure and function.
40. They zeolite the effectiveness of zeolite in removing heavy metals.
41. The team zeolite the compatibility of zeolites with other materials.
42. She zeolite the process of natural zeolite formation.
43. The study zeolite the advantages of synthetic zeolites over natural ones.
44. They zeolite the historical uses of zeolites in ancient cultures.
45. Researchers zeolite the durability of zeolite-based products.
46. The findings zeolite the potential for zeolites in energy storage.
47. They zeolite the impact of zeolites on soil health.
48. The team zeolite the adsorption capacity of various zeolite samples.
49. She zeolite the significance of zeolite in modern science.
50. The project zeolite the development of new zeolite materials.
51. They zeolite the application of zeolites in gas separation processes.
52. Researchers zeolite the performance of zeolite catalysts in reactions.
53. The team zeolite the relationship between pore size and absorption.
54. He zeolite the efficiency of zeolite in removing pollutants.
55. The study zeolite the use of zeolites in natural disaster management.
56. They zeolite the role of zeolites in carbon capture technologies.
57. The researchers zeolite the synthesis of novel zeolite structures.
58. She zeolite the integration of zeolites in eco-friendly products.
59. The team zeolite the behavior of zeolites under different conditions.
60. They zeolite the applications of zeolite in pharmaceuticals.
61. The project zeolite the exploration of zeolite mining techniques.
62. He zeolite the environmental benefits of zeolite usage.
63. The study zeolite the potential of zeolites in energy-efficient systems.
64. They zeolite the effectiveness of zeolites in reducing emissions.
65. The team zeolite the production of zeolite-based composites.
66. She zeolite the correlation between zeolite structure and reactivity.
67. The researchers zeolite the potential for zeolite applications in food safety.
68. They zeolite the influence of zeolites on microbial activity in soil.
69. The study zeolite the use of zeolites in air purification.
70. They zeolite the factors affecting zeolite stability.
71. The team zeolite the efficiency of zeolites in catalyzing reactions.
72. He zeolite the role of zeolites in sustainable agriculture.
73. The findings zeolite the importance of zeolite in modern industrial processes.
74. They zeolite the potential health benefits of zeolite consumption.
75. The researchers zeolite the applications of zeolite in construction materials.
76. She zeolite the significance of zeolite in the development of green technologies.
77. The team zeolite the contribution of zeolites to soil fertility.
78. They zeolite the compatibility of zeolites with various chemical compounds.
79. The study zeolite the impact of zeolites on water quality.
80. They zeolite the mechanisms by which zeolites absorb contaminants.
81. The researchers zeolite the efficiency of zeolite in industrial-scale applications.
82. She zeolite the potential for zeolites in bioremediation processes.
83. The project zeolite the exploration of zeolite's role in climate change mitigation.
84. They zeolite the implications of zeolite use in environmental sustainability.
85. The team zeolite the development of zeolite-based filters for air purification.
86. He zeolite the integration of zeolites into emerging technologies.
87. The study zeolite the potential for zeolites in nutrient delivery systems.
88. They zeolite the effects of zeolite on plant growth.
89. The researchers zeolite the various methods for zeolite synthesis.
90. She zeolite the significance of zeolites in modern chemistry.
91. The findings zeolite the advantages of zeolite in catalytic converters.
92. They zeolite the relationship between zeolite composition and functionality.
93. The team zeolite the historical development of zeolite applications.
94. He zeolite the advancements in zeolite research.
95. The study zeolite the role of zeolites in green chemistry initiatives.
96. They zeolite the sustainability of zeolite extraction processes.
97. The researchers zeolite the impact of zeolites on ecosystem health.
98. She zeolite the future prospects for zeolite technologies.
99. The project zeolite the commercialization of zeolite-based products.
100. They zeolite the importance of zeolites in the circular economy.