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Transforming waste into value: 5 pathways to successful sustainable land use

Thought leadership |
 November 27, 2024

Manufacturing is one of the largest sources of pollution worldwide, and this is unlikely to change as consumer demand for products continues to grow. Industrial processes, particularly in mining and manufacturing, have historically been major contributors to soil pollution, and the use of chemicals—excluding pharmaceuticals—is projected to increase by 85 per cent by 2030. However, manufacturers mustn’t be idle when it comes to climate action. They must take an active role in reducing waste and promoting sustainable land use. By reducing waste, communities are better protected and not negatively impacted by enterprises that are spearheading the area’s improved environmental health with activities that decrease pollution and preserve natural ecosystems.

How can manufacturers take a leading role? Firstly, they can decrease their ecological footprints and use land sustainably by reducing waste, beginning with recycling, composting, and responsible consumption. According to McKinsey & Co., the world needs an additional 70-80 million hectares of land to fulfil humanity’s needs for food and fuel. Where will this habitable land come from? While this is a problem for everyone, manufacturers must act swiftly to establish a solid foundation for sustainable land use soon and set the benchmark for other sectors to follow.

Here is how you can adopt green manufacturing techniques and embrace circular economy principles, such as minimising waste, promoting product reuse, and optimising resource efficiency for a more responsible land management and land regeneration approach.

 

5 Ways to Achieve Sustainable Land Use (From Waste to Worth) | INCIT
5 Ways to Achieve Sustainable Land Use (From Waste to Worth)

 

To effectively implement these practices, lean on the Consumer Sustainability Industry Readiness Index (COSIRI), a widely recognised framework for assessing sustainability maturity across key areas like the shop floor, supply chain, logistics, strategy, and risks. It provides CEOs with crucial insights for strategic decision-making, promoting sustainable practices in operations. Ready to make a significant business impact? Explore more about how INCIT can act as your expert guide, supporting your organisation toward more sustainable operations that result in improved land use practices by contacting us.

 

Frequently Asked Questions About Strategies for Sustainable Land Use in Manufacturing

Waste can be transformed into value in industrial land use by repurposing materials, reclaiming brownfield sites, using byproducts for energy or construction, and integrating circular economy principles into site development.

Sustainable land use helps manufacturers reduce environmental risks, lower operational costs, improve compliance with ESG standards, enhance brand reputation, and unlock new revenue through waste-to-value innovations.

Land use planning supports environmental sustainability by reducing habitat disruption, managing resources efficiently, preventing soil and water pollution, and enabling the reuse of existing industrial sites.

The circular economy plays a key role in sustainable land use by promoting material reuse, minimising waste, and encouraging closed-loop systems where land, resources, and infrastructure are optimised for long-term use.

Examples include using manufacturing byproducts for energy generation, converting industrial waste into raw materials for other processes, and reclaiming land for green spaces or renewable energy installations.

Brownfield sites can be repurposed through soil remediation, infrastructure upgrades, and integration of sustainable design principles, turning unused or contaminated land into productive, eco-friendly industrial or community assets.

Sustainable land use contributes to ESG goals by reducing environmental impact (E), supporting local communities through responsible development (S), and aligning land management with transparent governance practices (G).

Challenges include high remediation costs, regulatory complexity, lack of technical expertise, stakeholder resistance, and limited access to sustainable materials or financing options for site redevelopment.

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