Translation of 'boiler' in English
- ⇄
- ⇄
Word 'boiler' in Other Languages
- boiler in Assamese অসমীয়া
- boiler in Bengali বাংলা
- boiler in Bodo बड़ो
- boiler in Dogri डोगरी
- boiler in English
- boiler in Gujarati ગુજરાતી
- boiler in Hindi हिन्दी
- boiler in Kannada ಕನ್ನಡ
- boiler in Kashmiri कॉशुर
- boiler in Konkani कोंकणी
- boiler in Maithili মৈথিলী
- boiler in Malayalam മലയാളം
- boiler in Manipuri মৈতৈলোন্
- boiler in Marathi मराठी
- boiler in Nepali नेपाली
- boiler in Oriya ଓଡ଼ିଆ
- boiler in Punjabi ਪੰਜਾਬੀ
- boiler in Sanskrit संस्कृतम्
- boiler in Santali
- boiler in Sindhi سنڌي
- boiler in Tamil தமிழ்
- boiler in Telugu తెలుగు
- boiler in Urdu اُردُو
Boiler
Part of Speech
Noun
Pronunciation
/ˈbɔɪlər/
Definitions
- Noun: A large container or device that heats water or other liquids, often used for generating steam, heating buildings, or providing hot water for industrial purposes.
- Alternative Definition: A piece of equipment used in various industries for maintaining heat and pressure, typically for the purpose of energy production or heating.
Usage Examples
- "The boiler in the factory needs to be serviced regularly to ensure its efficiency."
- "The house was kept warm by a modern, energy-efficient boiler system."
- "He was responsible for overseeing the installation of the new boiler in the hotel."
Etymology
The word "boiler" originates from the Old French word "boillier" (meaning "to boil"), which is derived from the Latin word "bullire" (meaning "to bubble or boil"). The term became associated with a vessel used to heat water or other liquids in the 17th century as steam power became more widely used.
Synonyms
- Heater
- Furnace
- Water heater
- Steam generator
Antonyms
- Cooler
- Chiller
- Refrigerator
Translations
Language | Translation | Pronunciation |
---|---|---|
Spanish | Caldera | /kalˈdeɾa/ |
French | Chaudière | /ʃo.djɛʁ/ |
German | Kessel | /ˈkɛsl̩/ |
Italian | Caldaia | /kalˈdaːja/ |
Portuguese | Caldeira | /kaʊˈdɛɾɐ/ |
Russian | Котёл | /kɐˈtʲɵl/ |
Chinese (Simplified) | 锅炉 | /guōlú/ |
Japanese | ボイラー | /boirā/ |
Korean | 보일러 | /boilreo/ |
Arabic | غلاية | /ɣalāyah/ |
Hindi | बॉयलर | /ˈbɔɪlər/ |
Bengali | বয়লার | /bɔɪlər/ |
Telugu | బోయిలర్ | /boilər/ |
Tamil | பாயிலர் | /paayilar/ |
Regional Pronunciation Variations
The pronunciation of "boiler" is generally consistent across English-speaking regions, but regional accents may slightly alter the vowel sound or stress. For instance, in some parts of the UK, the first syllable might be pronounced more like "boy" (/bɔɪ/), while in American English it might be heard as /boʊ/. Additionally, non-native English speakers may pronounce the word differently, influenced by their native language.
Historical Usage
The use of boilers dates back to the 17th century, during the development of steam engines. Boilers became integral to the industrial revolution, powering locomotives, factories, and later, power plants. Initially, boilers were constructed from iron and steel, designed to withstand high pressure and heat. As technology advanced, so did boiler efficiency and safety mechanisms.
Cultural Nuances
In some regions, the word "boiler" is more commonly used to refer specifically to residential hot water systems or heating systems. In contrast, in industrial contexts, "boiler" refers to larger machines used for energy generation. The cultural significance of boilers is also linked to the history of industrialization and the reliance on steam power in many countries, particularly in Europe and North America.
More Information
Boilers are essential components in many industries, ranging from home heating to large-scale power generation. They function by converting water into steam through the application of heat, and the steam is then used to power engines, turbines, or for heating purposes. Modern boilers are equipped with sophisticated safety features to prevent overpressure or overheating, and they continue to evolve in response to environmental and efficiency concerns. The design and function of boilers have a deep historical connection with the development of steam power, making them a critical technology in the industrialization of many nations.