Butadiene example sentences

"Butadiene" Example Sentences

1. Butadiene is a key component in the production of synthetic rubber.
2. The polymerization of butadiene is a complex chemical process.
3. Scientists are researching new applications for butadiene.
4. The reactivity of butadiene makes it useful in various chemical syntheses.
5. Butadiene's conjugated double bonds contribute to its unique properties.
6. Exposure to high concentrations of butadiene can be hazardous to health.
7. The industrial production of butadiene involves several steps.
8. Butadiene-based polymers are widely used in tires.
9. Understanding the chemistry of butadiene is crucial for materials science.
10. The price of butadiene fluctuates with market demand.
11. Researchers are exploring sustainable ways to produce butadiene.
12. Butadiene is a colorless gas at room temperature.
13. Many copolymers contain butadiene as a monomer.
14. The molecular structure of butadiene is relatively simple.
15. Butadiene undergoes various reactions, including addition and polymerization.
16. Safety precautions are essential when handling butadiene.
17. Butadiene plays a vital role in the chemical industry.
18. Improper storage of butadiene can lead to accidents.
19. The discovery of butadiene's properties revolutionized polymer chemistry.
20. Butadiene is a highly flammable substance.
21. Butadiene, along with styrene, forms styrene-butadiene rubber.
22. Pure butadiene is rarely used directly.
23. The properties of butadiene-styrene copolymers vary depending on the ratio of monomers.
24. Butadiene is a valuable feedstock for many industrial processes.
25. Careful handling of butadiene is crucial for worker safety.
26. Butadiene is an important building block for various polymers.
27. The environmental impact of butadiene production is being addressed.
28. Butadiene is a versatile chemical compound with many applications.
29. New catalysts are improving the efficiency of butadiene polymerization.
30. Regulations govern the handling and transportation of butadiene.
31. Studies are investigating the long-term effects of butadiene exposure.
32. The future of butadiene production may involve bio-based feedstocks.
33. Butadiene’s versatility makes it indispensable in many industrial processes.
34. Efficiently utilizing butadiene is a goal for many chemical engineers.
35. The reaction kinetics of butadiene polymerization are complex.
36. Innovative research focuses on new butadiene-based materials.
37. Butadiene contributes to the flexibility and elasticity of many polymers.
38. Butadiene is often transported in pressurized containers.
39. Improved methods for purifying butadiene are continually being developed.
40. Butadiene is a key component in the production of nitrile rubber.
41. The potential health risks associated with butadiene are a subject of ongoing study.
42. Butadiene readily undergoes addition reactions with various reagents.
43. Recycling butadiene-based polymers is an area of growing interest.
44. Economical production of butadiene is vital for maintaining its affordability.
45. The chemical properties of butadiene are essential to its industrial applications.
46. Butadiene is a fundamental component in numerous elastomers.
47. The global market for butadiene is quite significant.
48. Butadiene is often used in conjunction with other monomers in polymerization.
49. Understanding the polymerization mechanisms of butadiene is critical.
50. The versatility and reactivity of butadiene make it a crucial chemical intermediate.