Fixing typos, wording corrections (#13)

* Fixing typos, wording corrections

* capitized Wi-Fi

* Fixed typos per request

* catching full stops

_includes/carbonStandard.html

@@ -45,7 +45,7 @@ <h4 class="mt-4 mb-2 text-lg font-medium">Commercial Software</h4>
       <h4 class="mt-4 mb-2 text-lg font-medium">Hardware Manufacture, Transport and Installation</h4>
       {% include categoryItem.html bgColor="cat-u" icon="./assets/images/icons.svg#devices" description="Employee Hardware (laptops, printers, etc.)" link="/categories/upstream#employee-hardware" %}
       {% include categoryItem.html bgColor="cat-u" icon="./assets/images/icons.svg#router" description="Networking Hardware" link="/categories/upstream#networking-hardware" %}
-      {% include categoryItem.html bgColor="cat-u" icon="./assets/images/icons.svg#storage" description="Data Center and Server Hardware" link="/categories/upstream#data-center-and-server-hardware" %}
+      {% include categoryItem.html bgColor="cat-u" icon="./assets/images/icons.svg#storage" description="Data centre and Server Hardware" link="/categories/upstream#data-center-and-server-hardware" %}
     </div>
     <!-- ARROW DOWN: visible on smaller screens -->
     <div class="w-full lg:hidden h-0 cat-u-arrow-down"></div>

index.html

@@ -12,7 +12,7 @@ <h1>Technology Carbon Standard <small>(Proposed)</small></h1>
 
   <h2>Why a New Standard?</h2>
 
-  <p>The goal of this Technology Carbon Standard is to provide a standardised method for organisations to map, measure, and mitigate the environmental impacts of their technology. This fills a gap between high-level consultancy guidance and specific projects tackling individual areas like cloud computing. Consistent standards facilitate productive conversations between sustainability stakeholders, technology leadership and practitioners.</p>
+  <p>The goal of this Technology Carbon Standard is to provide a standardised model of tech emissions that can help organisations when mapping out, measuring or improving the environmental impacts of their technology estate. This fills a gap between high-level consultancy guidance and specific projects tackling individual areas like cloud computing. Consistent standards facilitate productive conversations between sustainability stakeholders, technology leadership and practitioners.</p>
 
   <p>By delineating an organisation's technology estate into categories analogous to GHG Protocol scopes, technology practitioners can more easily identify the most carbon-intensive areas to prioritise for impact reduction. This is not intended to reinvent existing efforts in sustainability measurement and reporting. Where relevant, the methodology references and integrates with established open-source initiatives for calculating technology emissions.</p>
 </div>
@@ -26,7 +26,7 @@ <h2>Why a New Standard?</h2>
   <p>The standard categorises emissions into three key areas:</p>
   <ul>
     <li><a href="/categories/upstream">Upstream Emissions</a>: Emissions relating to the embodied carbon of hardware and the carbon emissions of the development and distribution of installed software used by the organisation.</li>
-    <li><a href="categories/operational">Operational Emissions</a>: Emissions from the day-to-day running of the organisation's IT infrastructure and services. This encompasses emissions from powering devices, data centers, servers, and cloud services.</li>
+    <li><a href="categories/operational">Operational Emissions</a>: Emissions from the day-to-day running of the organisation's IT infrastructure and services. This encompasses emissions from powering devices, data centres, servers, and cloud services.</li>
     <li><a href="categories/downstream">Downstream Emissions</a>: Emissions arising from customers' use of the organisation's technology outputs and services, such as its public websites and apps.</li>
   </ul>
   <p>Note that the Tech Carbon Standard does not include other aspects of an organisation's carbon footprint. For example, People, Buildings and Travel (i.e. commuting) are not included in the standard.</p>

pages/about.md

@@ -12,7 +12,7 @@ Specifically, the Carbon Standard focuses on quantifying and minimising the carb
 
 By providing a structure to categorise and account for carbon across these different technology facets, the Standard aims to help organisations map out their technology footprint, identify hotspots for reduction opportunities, and track progress over time. It serves as a proposed standard for organisations on their journey toward sustainable technology. Adopting the Technology Carbon Standard brings organisations one step closer to fully understanding and minimising the climate impacts of their digital ecosystem.
 
-The Technology Carbon Standard was developed and is maintained by [Scott Logic](https://www.scottlogic.com) and offered as an open source project. Scott Logic has aligned it's approach with other open-source and science-backed, cross-industry frameworks such as the GHG Protocol and Green Software Foundation.
+The Technology Carbon Standard was developed and is maintained by [Scott Logic](https://www.scottlogic.com) and offered as an open-source project. Scott Logic has aligned its approach with other open-source and science-backed, cross-industry frameworks such as the GHG Protocol and Green Software Foundation.
 
 For more information about Scott Logic and Sustainability, visit:
 - [Scott Logic Sustainable Software](https://www.scottlogic.com/what-we-do/sustainable-software)

pages/categories/operational.md

@@ -17,13 +17,13 @@ Direct emissions are a result of the organisation's direct consumption of grid-s
 Category O (On-premise) emissions can be related to GHG Protocol Scope 2, while Category G (Generators) are GHG Protocol Scope 1.
 
 {% include linkedHeading.html heading="Servers and Storage" level=3 %}
-The energy consumed by on-premise servers and data centers
+The energy consumed by on-premise servers and data centres
 
 {% include linkedHeading.html heading="Networking Devices" level=3 %}
 The energy consumed by networking devices such as:
 - routers
 - switches
-- wi-fi access points
+- Wi-Fi access points
 
 {% include linkedHeading.html heading="Employee Devices" level=3 %}
 The energy consumed by computers (desktops, laptops), monitors, printers and other devices used by employees. 

pages/categories/upstream.md

@@ -25,17 +25,17 @@ Emissions associated with developing and delivering commercial off-the-shelf (CO
 
 
 {% include linkedHeading.html heading="Hardware Manufacture, Transport and Installation" level=2 %}
-Emissions from manufacturing, transport, and installation of all the hardware equipment used within the organisation's technology infrastructure. This spans employee devices, networking gear, and on-premise data centers:
+Emissions from manufacturing, transport, and installation of all the hardware equipment used within the organisation's technology infrastructure. This spans employee devices, networking gear, and on-premise data centres:
 
 
 {% include linkedHeading.html heading="Employee Hardware" level=3 %}
-Laptops, desktops, mobiles, printers and peripherals used by employees
+Laptops, desktops, mobiles, printers and peripherals used by employees.
 
 
 {% include linkedHeading.html heading="Networking Hardware" level=3 %}
-Network routers, switches, wifi access points installed
+Network routers, switches, Wi-Fi access points installed.
 
 
-{% include linkedHeading.html heading="Data Center and Server Hardware" level=3 %}
-Servers, storage systems and data center infrastructure installed on-premise
+{% include linkedHeading.html heading="Data centre and Server Hardware" level=3 %}
+Servers, storage systems and data centre infrastructure installed on-premise.