US Energy.gov Data Scraper

🚀 Get articles, press releases, and documents from the U.S. Department of Energy website. The tool collects titles, dates, office names, and content types for you. No manual copying or searching needed. Target Audience: Energy researchers, journalists, policy analysts, government contractors, market researchers Primary Use Cases: Energy policy research, market analysis, content aggregation, regulatory monitoring ## 📊 What Does Energy.gov Scraper Do? This tool collects article and content data from Energy.gov using search filters. It delivers: - ✅ Article titles and URLs - ✅ Publication dates and article types - ✅ DOE office affiliations - ✅ Content type classifications - ✅ And more Business Value: Stay informed about energy policy, research, and developments with up-to-date data from the U.S. Department of Energy. Perfect for tracking policy changes, research publications, and energy industry news. ## 🎥 How to use the Energy.gov Scraper - Full Demo [YouTube video embed or link] Watch this 3-minute demo to see how easy it is to get started! ## ⚙️ Input To start collecting data from Energy.gov, simply fill in the input form. You can filter articles by: - maxItems - Maximum number of articles to collect. Free users: Limited to 100. Paid users: Optional, max 1,000,000. - keywords - Search keywords to find specific topics (e.g., "renewable energy", "nuclear", "solar") - articleType - Filter by article type (Press Releases, Blog, Document, Bulletin, Success Story, etc.) - language - Filter by language (English, Spanish) - office - Filter by DOE office or organization (157 options available) - sort - Sort order (Date or Relevance) Here's what the input configuration looks like in JSON: json { "maxItems": 10, "keywords": "renewable energy", "articleType": "1", "office": "Office of Science", "sort": "date" } Pro Tip: 💡 Use the advanced filters to target specific article types, offices, or languages for more focused results. You can combine multiple filters for precise searches. ## 📤 Output After the Actor finishes its run, you'll get a dataset with the output. The length of the dataset depends on the amount of results you've set. You can download those results as an Excel, HTML, XML, JSON, and CSV document. Here's an example of scraped Energy.gov data you'll get if you decide to scrape articles: json { "uuid": "89254d43-a59e-48d7-979c-65dbc88f46be", "title": "Before the House Committee on Science, Space, and Technology", "url": "https://www.energy.gov/congressional/articles/house-committee-science-space-and-technology-14", "type": "Article", "offices": "Office of Congressional and Intergovernmental Affairs", "date": "December 10, 2025", "scrapedTimestamp": "2025-12-10T20:47:25.868Z" } What You Get: Complete article information including titles, URLs, publication dates, office affiliations, and article classifications for comprehensive energy research Download Options: CSV, Excel, or JSON formats for easy analysis in your business tools ## ⚡ Why Choose the Energy.gov Scraper? - 🎯 Comprehensive Data Collection: Extract all available article information from Energy.gov in one go - 🔍 Advanced Filtering: Filter by article type, office, language, and keywords - ⏰ Real-Time Data: Get the latest articles and content directly from Energy.gov - 👥 User-Friendly: No coding needed - just configure your filters and go - 📈 Scalable: Process from 10 to 1,000,000+ articles depending on your plan Time Savings: ⏰ Save hours of manual research compared to browsing Energy.gov manually Efficiency: ⚡ Collect hundreds or thousands of articles in minutes instead of days ## 🚀 How to Use 1. Sign Up: Create a free account w/ $5 credit (takes 2 minutes) 2. Find the Scraper: Visit the Energy.gov Scraper page 3. Set Input: Add your search filters (keywords, articleType, office, language, etc.) 4. Run It: Click "Start" and let it collect your data 5. Download Data: Get your results in the "Dataset" tab as CSV, Excel, or JSON Total Time: 5 minutes setup, 10-30 minutes for data collection No Technical Skills Required: Everything is point-and-click ## 💼 Business Use Cases Energy Researchers: - 📚 Track new research publications and findings - 📰 Monitor energy policy developments - 🔬 Collect data for academic research - 💾 Build comprehensive energy databases Journalists: - 📰 Stay updated on energy news and press releases - 📞 Find sources and contact information - 📊 Track energy policy changes - 📈 Research energy industry trends Policy Analysts: - 🏛️ Monitor DOE policy announcements - 📋 Track regulatory changes - 📊 Analyze energy program developments - 💰 Research energy funding opportunities Market Researchers: - 🔍 Collect competitive intelligence - 📈 Analyze energy market trends - 📰 Monitor industry developments - 💾 Build market databases Government Contractors: - 💰 Track funding opportunities - 📢 Monitor program announcements - 🏢 Research DOE offices and programs - 🎯 Identify business opportunities ## 🔧 Using Energy.gov Scraper with the Apify API For advanced users who want to automate this process, you can control the scraper programmatically with the Apify API. This allows you to schedule regular data collection and integrate with your existing business tools. - Node.js: Install the apify-client NPM package - Python: Use the apify-client PyPI package - See the Apify API reference for full details ## ❓ Frequently Asked Questions Q: How does it work? A: Energy.gov Scraper is easy to use and requires no technical knowledge. Simply configure your search parameters and let the tool collect the data automatically. Q: How accurate is the data? A: We collect data directly from Energy.gov in real-time, ensuring the most up-to-date and accurate information available. Q: Can I schedule regular runs? A: Yes! Use the Apify API to schedule daily, weekly, or monthly runs automatically. Perfect for ongoing energy research and monitoring. Q: What filters are available? A: You can filter by article type (13 options), language (2 options), office (157 DOE offices), keywords, and sort order. Q: Can I scrape all articles? A: Yes! Paid users can process up to 1,000,000 articles. Free users are limited to 100 articles per run. Q: What if I need help? A: Our support team is available 24/7. Contact us through the Apify platform. Q: Is my data secure? A: Absolutely. All data is encrypted in transit and at rest. We never share your data with third parties. ## 🔗 Recommended Actors Looking for more data collection tools? Check out these related actors: | Actor | Description | Link | |-------|-------------|------| | GSA eLibrary Scraper | Collects government documents and publications from GSA eLibrary | https://apify.com/parseforge/gsa-elibrary-scraper | | PR Newswire Scraper | Extracts press releases and news content from PR Newswire | https://apify.com/parseforge/pr-newswire-scraper | | FINRA BrokerCheck Scraper | Collects broker and investment advisor information from FINRA | https://apify.com/parseforge/finra-brokercheck-scraper | | FAA Aircraft Registry Scraper | Extracts aircraft registration data from the FAA registry | https://apify.com/parseforge/faa-aircraft-registry-scraper | | GreatSchools Scraper | Collects school information and ratings from GreatSchools | https://apify.com/parseforge/greatschools-scraper | Pro Tip: 💡 Browse our complete collection of data collection actors to find the perfect tool for your business needs. ## 🔌 Integrate Energy.gov Scraper with any app and automate your workflow Last but not least, Energy.gov Scraper can be connected with almost any cloud service or web app thanks to integrations on the Apify platform. These includes: - Make - Zapier - Slack - Airbyte - GitHub - Google Drive - and much more. Alternatively, you can use webhooks to carry out an action whenever an event occurs, e.g. get a notification whenever Energy.gov Scraper successfully finishes a run. Need Help? Our support team is here to help you get the most out of this tool. --- > ⚠️ Disclaimer: This Actor is an independent tool and is not affiliated with, endorsed by, or sponsored by the U.S. Department of Energy or any of its subsidiaries. All trademarks mentioned are the property of their respective owners.