How to scrape Google search results with Python

Scraping Google Search delivers essential SERP analysis, SEO optimization, and data collection capabilities. Modern scraping tools make this process faster and more reliable.

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In this guide, we'll create a Google Search scraper using Crawlee for Python that can handle result ranking and pagination.

We'll create a scraper that:

• Extracts titles, URLs, and descriptions from search results
• Handles multiple search queries
• Tracks ranking positions
• Processes multiple result pages
• Saves data in a structured format

Prerequisites

• Python 3.7 or higher
• Basic understanding of HTML and CSS selectors
• Familiarity with web scraping concepts
• Crawlee for Python v0.4.2 or higher

Project setup

1. Install Crawlee with required dependencies:
   

   pipx install crawlee[beautifulsoup,curl-impersonate]
   

2. Create a new project using Crawlee CLI:
   

   pipx run crawlee create crawlee-google-search
   

3. When prompted, select Beautifulsoup as your template type.

4. Navigate to the project directory and complete installation:
   

   cd crawlee-google-search
   poetry install
   

Development of the Google Search scraper in Python

1. Defining data for extraction

First, let's define our extraction scope. Google's search results now include maps, notable people, company details, videos, common questions, and many other elements. We'll focus on analyzing standard search results with rankings.

Here's what we'll be extracting:

Let's verify whether we can extract the necessary data from the page's HTML code, or if we need deeper analysis or JS rendering. Note that this verification is sensitive to HTML tags:

Based on the data obtained from the page, all necessary information is present in the HTML code. Therefore, we can use beautifulsoup_crawler.

The fields we'll extract:

• Search result titles
• URLs
• Description text
• Ranking positions

2. Configure the crawler

First, let's create the crawler configuration.

We'll use CurlImpersonateHttpClient as our http_client with preset headers and impersonate relevant to the Chrome browser.

We'll also configure ConcurrencySettings to control scraping aggressiveness. This is crucial to avoid getting blocked by Google.

If you need to extract data more intensively, consider setting up ProxyConfiguration.

pipx install crawlee[beautifulsoup,curl-impersonate]

3. Implementing data extraction

First, let's analyze the HTML code of the elements we need to extract:

There's an obvious distinction between readable ID attributes and generated class names and other attributes. When creating selectors for data extraction, you should ignore any generated attributes. Even if you've read that Google has been using a particular generated tag for N years, you shouldn't rely on it - this reflects your experience in writing robust code.

Now that we understand the HTML structure, let's implement the extraction. As our crawler deals with only one type of page, we can use router.default_handler for processing it. Within the handler, we'll use BeautifulSoup to iterate through each search result, extracting data such as title, url, and text_widget while saving the results.

pipx run crawlee create crawlee-google-search

4. Handling pagination

Since Google results depend on the IP geolocation of the search request, we can't rely on link text for pagination. We need to create a more sophisticated CSS selector that works regardless of geolocation and language settings.

The max_crawl_depth parameter controls how many pages our crawler should scan. Once we have our robust selector, we simply need to get the next page link and add it to the crawler's queue.

To write more efficient selectors, learn the basics of CSS and XPath syntax.

cd crawlee-google-search
poetry install

5. Exporting data to CSV format

Since we want to save all search result data in a convenient tabular format like CSV, we can simply add the export_data method call right after running the crawler:

from crawlee.beautifulsoup_crawler import BeautifulSoupCrawler
from crawlee.http_clients.curl_impersonate import CurlImpersonateHttpClient
from crawlee import ConcurrencySettings, HttpHeaders

async def main() -> None:
    concurrency_settings = ConcurrencySettings(max_concurrency=5, max_tasks_per_minute=200)

    http_client = CurlImpersonateHttpClient(impersonate="chrome124",
                                            headers=HttpHeaders({"referer": "https://www.google.com/",
                                                     "accept-language": "en",
                                                     "accept-encoding": "gzip, deflate, br, zstd",
                                                     "user-agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/131.0.0.0 Safari/537.36"
                                            }))

    crawler = BeautifulSoupCrawler(
        max_request_retries=1,
        concurrency_settings=concurrency_settings,
        http_client=http_client,
        max_requests_per_crawl=10,
        max_crawl_depth=5
    )

    await crawler.run(['https://www.google.com/search?q=Apify'])

6. Finalizing the Google Search scraper

While our core crawler logic works, you might have noticed that our results currently lack ranking position information. To complete our scraper, we need to implement proper ranking position tracking by passing data between requests using user_data in Request.

Let's modify the script to handle multiple queries and track ranking positions for search results analysis. We'll also set the crawling depth as a top-level variable. Let's move the router.default_handler to routes.py to match the project structure:

@crawler.router.default_handler
async def default_handler(context: BeautifulSoupCrawlingContext) -> None:
    """Default request handler."""
    context.log.info(f'Processing {context.request} ...')

    for item in context.soup.select("div#search div#rso div[data-hveid][lang]"):
        data = {
            'title': item.select_one("h3").get_text(),
            "url": item.select_one("a").get("href"),
            "text_widget": item.select_one("div[style*='line']").get_text(),
        }
        await context.push_data(data)

Let's also modify the handler to add query and order_no fields and basic error handling:

    await context.enqueue_links(selector="div[role='navigation'] td[role='heading']:last-of-type > a")

And we're done!

Our Google Search crawler is ready. Let's look at the results in the google_ranked.csv file:

The code repository is available on GitHub

Scrape Google Search results with Apify

If you're working on a large-scale project requiring millions of data points, like the project featured in this article about Google ranking analysis - you might need a ready-made solution.

Consider using Google Search Results Scraper by the Apify team.

It offers important features such as:

• Proxy support
• Scalability for large-scale data extraction
• Geolocation control
• Integration with external services like Zapier, Make, Airbyte, LangChain and others

You can learn more in the Apify blog

What will you scrape?

In this blog, we've explored step-by-step how to create a Google Search crawler that collects ranking data. How you analyze this dataset is up to you!

As a reminder, you can find the full project code on GitHub.

I'd like to think that in 5 years I'll need to write an article on "How to extract data from the best search engine for LLMs", but I suspect that in 5 years this article will still be relevant.

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