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5 Ways Geospatial Technology is Supporting Sustainability

Geospatial technology, complemented by advances in digital technologies, especially the combination of mobile, machine-to-machine and data analytics, will play a big role in enabling Circular Economy practices.

In today’s linear economy, manufacturers work around the take-make-waste model, where natural resources are extracted to create products, and products are disposed when they’re no longer useful. Such model is costly, not only in terms of economic value, it also imposes great loss to the environment.

Circular Economy, on the other hand, ensures that everything has value and nothing is wasted. Products are designed and made to last. Manufacturers adopt reuse-repair-reproduce model, enabling materials to remain in use at their highest value for as long as possible.

Circular Economy requires products to be connected digitally to the manufacturer so the entire product lifecycle can be monitored. The complex circular networks connecting suppliers and partners, too, must be managed seamlessly in order to support Circular Economy collaborative model. Advances in digital technologies, especially the combination of mobile, machine-to-machine and data analytics, will play a big role in matching the supply and demand of underused assets and products.

These are the 5 ways Geospatial technology is supporting and has the potential to support Circular Economy practices:

  1. Supply chain transparency and traceability: In order to use recycled materials repeatedly, it is important to have unprecedented insights into the end-to-end supply chain. Geospatial technology offers interactive visualization of big datasets from raw material to distribution, including extended supply chain discovery, risk analysis, transaction history, and others.

  2. Reducing waste: Recycling is key to reducing waste. In order to create an efficient recycling system, waste has to first be visible, verifiable and valuable. Geospatial technology, complemented by AI and ML, can offer insights into material types, amounts, concentrations, and movements of waste that will benefit waste producers, recyclers, investors and governments.

  3. Extending product lifetime: As consumer preference now shifts towards pay-per-use instead of ownership-based model, businesses need to maintain products for longer and offer new services to keep their competitive advantage. Taking example of pay-per-use car service, technologies such as GPS Telematics and IoT are imperative in providing predictive maintenance, fuel efficiency support, driving behavior report, etc. within this emerging business model.

  4. Recycling/Buyback campaign: In order to minimize environmental impacts in ways that will generate customer loyalty, businesses can use GIS and geo-targeting technology to map their customers in certain area and initiate either a buyback campaign or recycling drop-off campaign at specific phases of product ownership cycle. The rebought/dropped-off products can be fed back into the production cycle as raw material for a new generation of products.

  5. Maximizing the use of underused assets: Sharing economy platforms such as Airbnb, Uber, and Neighbor have demonstrated the best solutions to underused assets. Location data is critical to these platforms in order to match the nearest suppliers to consumers.

This blog was adapted from Geospatial World (21st April 2021) The 5 ways geospatial technology is supporting circular economy practices.



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