Compare Air Products & Chemicals, Inc. (APD) vs Nuscale Power Corporation (SMR) Price & Performance
Price performance (Past 24H)
Key statistics
Key statistics
Air Products & Chemicals, Inc. vs Nuscale Power Corporation — how do they compare? Air Products & Chemicals, Inc. trades at $308.56 (market cap $68.88B), while Nuscale Power Corporation trades at $9.86 (market cap $4.06B). The key difference: Air Products & Chemicals, Inc. is far larger — about 17× Nuscale Power Corporation's market cap, and Air Products & Chemicals, Inc. pays a 2.34% dividend while Nuscale Power Corporation pays none. Which is the better fit depends on your goals.
| APD | SMR | |
|---|---|---|
Market Cap | $68.88B | $4.06B |
Sector | Basic Materials | Utilities |
52-Week High | $314.19 | $53.43 |
52-Week Low | $230.42 | $7.59 |
Enterprise Value | $86.06B | $2.99B |
Dividend Yield | 2.34% | — |
Returns comparison
Trailing returns across standard periods
Returns comparison
Trailing returns across standard periods
Top news
Latest headlines on both assets
Top news
Latest headlines on both assets
About Air Products & Chemicals, Inc.
Since its founding in 1940, Air Products has become one of the leading industrial gas suppliers globally, with operations in 50 countries and 19,000 employees. The company is the largest supplier of hydrogen and helium in the world. It has a unique portfolio serving customers in a number of industries, including chemicals, energy, healthcare, metals, and electronics. Air Products generated $10.3 billion in revenue in fiscal 2021.
Read more on APD →About Nuscale Power Corporation
NuScale Power Corporation is a leading developer of Small Modular Reactor (SMR) technology. The company's flagship product is a light water reactor SMR designed to generate clean, reliable, and scalable nuclear power. NuScale's technology is poised to address the global demand for carbon-free energy by offering a safer, smaller, and more flexible alternative to traditional large-scale nuclear power plants, with applications in electricity generation, desalination, and process heat.
Read more on SMR →
