82+ Inspiring small galley corridor kitchen design layout Trend Of The Year

Welcome to our top list article showcasing the best small galley corridor kitchen design layouts. As the heart of a home, the kitchen plays a crucial role in daily living and functionality. However, designing a small galley kitchen can be a daunting task. That's why we have curated this list to guide you through some of the most professional and well-organized designs that make the most out of limited space. From maximizing storage to creating a functional work triangle, our top picks feature clever solutions and inspiring ideas for your own galley kitchen. So let's dive in and explore the best small galley corridor kitchen designs that will surely leave you impressed and inspired. Small galley corridor kitchen design layouts have never been this stylish and efficient!

Small Galley Corridor Kitchens: Tips for Efficient Design and Layout

Small Galley Corridor kitchens, also known as corridor kitchens, are a popular choice for homes with limited space. This type of kitchen features two walls or parallel countertops with a narrow walkthrough in between. While some may see this layout as limiting, there are actually many ways to maximize efficiency and functionality for a small galley corridor kitchen. In this article, we'll be discussing the top 10 small galley corridor kitchen design layout tips to help make the most of your space.

$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - tall 1$ $""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - tall 2$ $""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - tall 3$

""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return '

$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 1$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 2$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 3$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 4$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 5$

$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 1$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 2$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 3$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 4$
$""" import requests import re from bs4 import BeautifulSoup keywords = 'small+galley+corridor+kitchen+design+layout' # using requests to get url links url = ('https://www.google.com/search?q=' + keywords + '&num=' + str(10)) print(url) top_links = requests.get(url) soup = BeautifulSoup(top_links.content, features="html.parser") links = soup.find_all('a', {'href': re.compile('^/url\?q=http*')}) url_list = [re.match(r'.*http', re.findall(r'.*&',str(l))[0])[0].rstrip('&') for l in links] result = list() for url in url_list: small_galley_corridor_kitchen_responses = requests.get(url) small_galley_corridor_soup = BeautifulSoup(small_galley_corridor_kitchen_responses.content, features="html.parser") # pull all of the text from the article small_galley_corpus = small_galley_corridor_soup.find_all('p') small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex1 = re.findall(r'((?<=galley)[\s][\w,]*).*?((?<=corridor)[\s][\w,]*)',small_galley_corpus) for i in small_galley_regex1: result.append(i) small_galley_corpus = str(small_galley_corpus) # clean up apostrophes small_galley_corpus = small_galley_corpus.replace('\\', '') # create a list small_galley_regex2 = re.findall(r'((?<=corridor)[\s][\w,]*).*?((?<=kitchen)[\s][\w,]*)', small_galley_corpus) for i in small_galley_regex2: result.append(i) special_indices = [i for i, a in enumerate(result) if 'small' in result[i][0] and 'galley' in result[i][0] and 'corridor' in result[i][1] and 'kitchen' in result[i][1]] primary_small_galley_corpus = [] for idx in special_indices: primary_small_galley_corpus.append(' '.join(result[idx])) return ' - wide 5$

1. Optimize Kitchen Storage

In a small galley corridor kitchen, every inch of space counts. That's why it's important to optimize your kitchen storage. Consider installing tall cabinets that reach up to the ceiling to make use of vertical space. You can also add additional storage by using stackable shelves and baskets inside cabinets and drawers.

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The Advantages of a Small Galley Corridor Kitchen Design Layout

Focusing on Functionality and Efficiency

A galley corridor kitchen design layout is a popular choice among homeowners who prioritize functionality and efficiency in their kitchen space. This type of layout is characterized by two parallel countertops and a walkway in between, resembling the narrow passageway of a ship's galley. Despite its compact size, a small galley corridor kitchen offers several advantages that make it a practical and efficient option for modern homes.

Maximizing Limited Space One of the main advantages of a galley corridor kitchen design is its ability to maximize limited space. This layout makes use of the often-neglected area in the middle of a kitchen and turns it into a functional workspace. With everything within reach, it eliminates the need for excessive movement, maximizing every inch of the kitchen. This is especially beneficial for small homes or apartments where space is at a premium.

Efficient Workflow The parallel countertops in a galley corridor kitchen create a natural workflow that makes cooking and preparing meals a breeze. With the sink, stove, and refrigerator all in close proximity, it minimizes the time and effort needed to move around the kitchen. Plus, the narrow aisle between the two countertops ensures that everything is conveniently within reach, reducing the risk of accidents and spills.

Enhanced Storage Options Another advantage of a galley corridor kitchen design is the ample storage options it provides. With cabinets and shelves lining both sides of the kitchen, it offers plenty of storage space for kitchen essentials, making it an ideal choice for those who love to cook and entertain. The vertical storage options also make good use of otherwise underutilized space, keeping the kitchen clutter-free.

A Visually Appealing Design Contrary to popular belief, having a small kitchen doesn't mean sacrificing aesthetics. In fact, a well-designed galley corridor kitchen can be visually appealing and stylish. By incorporating clever design elements such as lighting, hardware, and backsplash, it can create a sense of depth and openness in a small space. The uniformity and symmetry of the parallel countertops also add a touch of elegance and sophistication to the design.

In conclusion, a galley corridor kitchen design layout may be compact, but it offers numerous advantages for homeowners. From its efficient use of limited space to its practical workflow and enhanced storage options, this layout is a great choice for anyone looking to maximize their kitchen's functionality without compromising on style. Whether you have a small home or simply prefer an efficient and organized kitchen, this layout is definitely worth considering.