Sustainability

FSC Certificate

In addition to our existing sustainability initiatives such as CO2 calculations and Regreener’s tree planting programme, we are proud to announce that we have recently obtained the FSC certification.

This certification verifies that the forest-based materials we use in our projects are sourced responsibly. From now on we can display the FSC label on our finished products and use FSC trademarks in our promotional materials.

We look forward to continuing to work with brands that aim to confidently create retail experiences that meet environmental standards and contribute to the protection of forests worldwide.

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Partnership with Regreener

For us as an organization, there’s a continuous commitment to taking actionable steps toward reducing the carbon footprint and operating more sustainably. Aligned with this commitment, we are excited to announce our partnership with Regreener. By providing *data-based CO2 calculations to our clients, we show a pathway for carbon offsetting.

Our participation in Regreener’s tree planting initiative helps mitigate the environmental impact of our projects. For each ton of CO2, Impact will acquire 10 trees and send a compensation certificate.

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Ecovadis

We are proud to carry an Ecovadis Gold rating, recognizing our commitment to responsible business practices. Ecovadis is a leading rating platform for the Environment, Labour & Human rights, and Ethics.

Environment

By using renewable and recycled materials, reducing waste, and minimizing our carbon footprint, we have earned a high rating in the Environment category.

Labor & Human Rights

We are dedicated to creating a positive work environment and implementing policies focused on Labor & Human Rights.

Ethical standards

Holding ourselves to high ethical standards, we at Impact are committed to conducting our business transparently and responsibly.

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Sustainable Design and Development

By prioritizing sustainability in design & development, we reduce material use and waste, minimize environmental impact, and create a more sustainable future. We are driven by making practical reductions in CO2 emissions and end-of-life waste management.

Flat-packing solutions

During our design process, we take into account that our designs can be translated into flat-packing solutions. As a result production and logistics processes are improved which gives a much lower carbon footprint.

100% recycled paper packaging

A variety of foams, plastics, and cardboard are commonly used, resulting in various waste streams on-site. As a result, we focus on providing 100% recycled paper packaging that offers the same level of protection and quality.

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CO2 Calculator Beta

By making CO2 calculations of our designs we get detailed insight into the carbon footprint which helps us take the right decisions in the whole development process.

These insights allow us to improve on important topics like optimizing dimensions, usage of (mono) materials, ease of (dis)assembly, modularity, and logistics. We base our calculations on data from Bath University, Delft University, and European Union agencies.

Sustainable Material database

Our dedicated sustainability team, experienced in multiple fields is continuously exploring latest developments on sustainability. That suggests new insights into our processes, production techniques, and sustainable materials. We established a material database to support our clients in their projects. We recognize three categories of sustainable materials that can contribute to the environmental footprint we leave behind.

Recycables

Recyclable materials are those that can be processed and turned into new products after their original use has ended. In the context of retail design, this can include materials such as metal, wood, cardboard, paper, glass, and certain plastics.

Biodegradables

These materials are designed to break down naturally through biological processes, without leaving any harmful or toxic substances behind. Examples of biodegradable materials include natural fabrics such as cotton and linen, hemp, as well as plant-based plastics such as polylactic acid (PLA).

Circular

Circular refers to materials that are designed to be used in a closed loop system, where they are reused, recycled, or repurposed, rather than being discarded as waste. We promote a circular economy, where resources are kept in use for as long as possible, minimizing waste and reducing the demand for new resources.

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