Seamlessly Integrate Our Hybrid Work Sustainability Calculator
Free Net-Zero Hybrid Work Sustainability Website Widget
Embed our powerful estimating, modeling and calculation tool to help your stakeholders and employees estimate and model carbon emissions and offset, time, and expenses related to hybrid working, while contributing to global and net-zero sustainability goals.
Introduction
Free ReX’Carbon Hybrid Working Sustainability Estimation and Modeling Calculator
Welcome to the ReX’Carbon Hybrid Working Sustainability Estimation and Modeling Calculator Integration Guide! This page provides step-by-step instructions on how to seamlessly integrate our Net Zero Hybrid Work carbon calculator into your website. By embedding this powerful tool, you can help your audience estimate and model carbon emissions and offsets related to hybrid working, contributing to global sustainability goals.
Why Integrate Our Calculator?
Achieving Net-Zero Carbon Emissions (Scope 3: Category 7) for your employee Hybrid Work programs is the goal. The ReX’Carbon Hybrid Working Sustainability Modeling and Estimation application for organizations and individuals provides the ability to estimate and model Hybrid Working related carbon emissions from employee commuting, carbon offsets resulting from commute avoidance, as well as estimated calculations for employee related commuting time, and expenses associated with Hybrid Working.
This intuitive calculator helps organizations achieve sustainability goals by determining Net-Zero Carbon Emissions for Hybrid Work setups. Users can input key data points such as average commute distance, total staff, and commute methods to calculate carbon offsets and emissions. On the path to achieving Net-Zero for Hybrid Work, this calculator can be an invaluable estimation and modeling tool on your organizational path to achieving 100%+ Net-Zero for Hybrid Work.
Copy the iFrame Code
First, copy the provided iFrame code snippet to your clipboard. This code is essential for embedding the calculator into your website.
<div>
<iframe src=”https://cloud.rexlytics.com/HybridWorkCarbonCalculatorFrame” height=”1050″ width=”100%” frameborder=”0″ marginwidth=”0″ marginheight=”0″ scrolling=”no”>
</iframe>
</div>
Open Your HTML Editor
Next, access the HTML editor of the web page where you want to embed the calculator. This can be done through your website’s content management system (CMS) or by directly editing the HTML files.
Paste the iFrame Code
Paste the copied iFrame code into the desired location within your HTML editor. Make sure it is placed within the
section of your HTML document.Example Integration
Embedded Calculator Preview
Below is an example of how the embedded calculator will appear on your website. This visual representation helps you understand the integration outcome and ensures that the calculator is displayed correctly for your users.
About the Calculator
Comprehensive Hybrid Work Sustainability Analysis
The ReX’Carbon Hybrid Working Sustainability Estimation and Modeling Calculator is a powerful tool designed to help organizations and individuals estimate and model carbon emissions related to hybrid working. By inputting key data points such as average commute distance, total staff, and commute methods, users can calculate carbon offsets and emissions. This calculator provides detailed metrics, including greenhouse gas emissions and significant employee time and expense savings from reduced commuting. With default values to guide the process, the tool offers actionable insights for optimizing hybrid work policies while minimizing the carbon footprint. Enter your hybrid working details and press ‘Calculate’ to get a comprehensive analysis of your sustainability progress and impact.
Start Your Sustainability Journey Today
Take the first step towards a greener future by integrating the ReX’Carbon Hybrid Working Sustainability Estimation and Modeling Calculator into your website. Follow our simple instructions to embed this powerful tool and help your audience achieve their sustainability goals. Together, we can make a significant impact on reducing carbon emissions and promoting sustainable hybrid work practices.