What is 3D Printing’s Role in Combating Climate Change?

Formnext

Share this Article

We already have heard enough about climate change that I don’t have to drag you through the litany of clim1weather-related changes we have already seen or the futuristic scenarios that anticipate rising sea levels and an increase in extreme weather events such as tsunamis, hurricanes, tornadoes, and earthquakes. There’s also been a lot of talk that humanity will not be able to work its way out of these issues via quick technological fixes: there needs to be a great shift in social priorities that seek ways to turn the situation around, and some think it may already be too late.

Well, although it would be a mistake to presume we can fix our way out of the problem, it is interesting to consider how 3D printing can be a positive part of the solution. But this makes sense when you consider how efficient 3D printing can be. As the Bulletin of Atomic Scientists explains, “the ability to print replacement parts for generators, water filters, or temporary shelters—on site—may become a critical and inexpensive tool of climate adaptation, particularly in zones of instability and conflict.” And another advantage 3D printing has in the fight against climate change is that it can allow for cost-effective greenhouse gas reduction for societies seeking greater energy efficiency in manufacturing processes and products.

clim4

There are many examples of the military’s knowledge, testing, and use of 3D printing in extreme conditions; these conditions give us a glimpse of possible scenarios attached to climate related catastrophes. Since 1997, the US Agency for International Development’s (USAID) Office of US Foreign Disaster Assistance has partnered with the National Oceanic and Atmospheric Administration (NOAA) to predict and prepare for weather events in the Global South. (Some critics would say that this preparation is nowhere near what it should be today.) Recently, as an example of an application of 3D printing, 3D printed weather stations are cutting costs and increasing the ability to print replacement parts quickly in remote locations. This makes sense, right?

But we don’t just want to kick back and think that it’s all in the military’s hands and that poor clim2countries of the Global South can rest assured that wealthier countries have their backs when it comes to climate disaster preparedness.  In fact, the great thing about 3d printing is that it empowers civilians to take things into their own hands and design and print the devices and items they envision using to confront extreme weather conditions. The ability to share open-source designs and empower grassroots knowledge of the technology is probably 3D printing’s greatest overall contribution to combating climate change.

According to the Bulletin of Atomic Scientists, there are other characteristics of 3D printing that make it amenable to climate change preparedness: it can de-globalize hazards, making it easier to enact on-site local production of parts instead of shipping costly items around the world. It can increase accessibility of goods in more remote areas that are difficult to reach. It can enhance energy efficiency since on average additive manufacturing uses 50% less energy and can save up to 90% in material costs. Also, it allows you to only print the parts required, and shipping costs are greatly reduced with on-site production capabilities. Also, 3D printed parts can be made lighter than original parts, and lighter objects require less fuel.

clim8

While the verdict is still out on how seriously the world’s wealthiest governments are taking climate change science and recommended preparation measures, it’s clear that 3D printing can contribute in multiple arenas in helpign us prepare for the possibility of increasing catastrophic weather events. We only hope that all of this can be done in time.

Do you think that 3D printing will have a major role in combating climate change?  If so how?  Discuss in the 3D Printing and Climate Change Forum thread on 3DPB.com.

 



Share this Article


Recent News

3D Printed Drone Accelerator Firestorm Labs Continues Its Tear With $47M Series A

AM Research Reports $3.58B AM Market in Q1 2025, Upgrades Metal Forecast



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

XJet Sells Metal 3D Printer to Mold Maker, Deepens Partnership with Youngstown Business Incubator

Back in 2017, XJet, the Israel-based original equipment manufacturer (OEM) of metal and ceramic additive manufacturing (AM) systems, sold its first machine in the North American market, a Carmel 1400C...

Featured

Croom Medical Signals Potential for 3D Print Diversification in Nuclear Fusion

As international interest in reshoring continues to mount, the additive manufacturing (AM) industry clearly has key advantages to offer suppliers scrambling to develop alternatives to traditional supply chains. One of...

Featured

From Concept to Reality: Nikon AM CEO Hamid Zarringhalam on Executing a Metal 3D Printing Strategy

There are countless metrics you can use, whether quantitative or qualitative, to judge the success of an organization. One of the most important may simply be the organization’s ability to...

Havaianas Collaborates with Zellerfeld to Launch 3D Printed Flip-Flops

The shoe of the summer is undoubtedly the flip-flop. Easy on, easy off, your feet won’t get sweaty because there’s not much material, and they’re available in a veritable rainbow...