💡Tackling our biggest sustainability challenges on major infrastructure projects requires innovative thinking and collaboration, and ecologiQ’s Greener Infrastructure Week is the perfect opportunity to showcase sustainability innovation in action!
🚉The Project Beacon Recycled First Competition - a partnership between the Level Crossing Removal Project and ecologiQ – worked with the supply chain to integrate recycled content in smaller applications on Keon Parade Station in Reservoir.
♻️From geopolymer, recycled plastic aggregates and recycled plastic void formers to recycled glass and repurposed timber, learn more about the sustainable products that helped create the new Keon Parade ‘Recycled First Precinct’ and how the project came together with the help of suppliers Robovoid Pty Ltd, Curvecrete, OmniGrip Direct - Australia Wide, CERES Fair Wood, Future Aggregates and Resin8.
🔄ecologiQ works to connect suppliers with contractors, helping identify challenges and provide solutions to drive significant progress towards a circular economy.
🎙️Hear from Kate Rowan on this innovative approach.
The Keon Parade Level Crossing
Removal Project is the removal of one level crossing across
Keon Parade. Which is a six lane highway,
it���s a huge road with the replacement of a brand new station, at Keon Park.
Project Beacon or The Recycled First Competition came about
when LXRP wanted to partner with ecologiQ and said to us, you know,
we want to know what, your biggest sustainability
challenges are on the alliance. So we want to help you
solve those challenges. We worked with the supply chain, around
15 suppliers came to us as part of the competition and told us the issues
that they faced with bringing recycled products onto projects. So you can point in this precinct
and say this is a recycled first precinct. And anywhere you stand,
you can point and say that's recycled, that's made out of recycled products
with the view that, everything done on Keon
Parade is done in a smaller application, that we would solve those challenges
on those small applications and on future projects across the network,
we could expand and do them in a much wider
ranging application as well. So that's the broad intent that we start small, solve
those problems for the wider industry. We worked
with a range of different products, and a range of different suppliers. We had around 7 to 8 suppliers in the end
who made it in the ground into Keon Parade. Some of the more prominent ones
were Robovoid who produce a recycled plastic void
former that went into the Parkiteer slab here at Keon Parade. We worked with Reson8 and Future Agg
who provide a recycled plastic aggregate product
that made it into the precinct mixes. You can see it in some of the exposed environments,
but it's also encapsulated in some of our concrete pavements
where you can't see it, which is really exciting to use
in a couple of different applications. We also worked with Omnigrip
who provide a recycled glass that goes into surface treatment. You can see it on all of our roads
around the precinct. We worked with CERES Fair Wood, who milled some of our landscape timber
and turned it into some of that beautiful precinct furniture here,
which is a really fantastic outcome. We worked with Curvecreate who created
a mould for us for some precinct chairs. Who create basically a no cement
concrete mix and they developed a mould. And hopefully that mold can be used for
chairs and precincts, around the network. So ecologiQ were pivotal
in our partnership, we partnered with ecologiQ, LXRP
and the supply chain equally on this. They basically funnel
all of the suppliers and work with our suppliers
to connect them with contractors. Without ecologiQ we wouldn't have a really full
understanding of some of those issues that suppliers face when trying to work
on infrastructure projects. I think my key message is that
it doesn't have to be hard. I, you know, all power to the project
team. In the end, they were the ones that actually drove the delivery
in a really constrained environment. But they they made it happen. So these things can be done. And, if you've done it once before, push to do it again in a bigger way
and keep pushing the industry. We also partnered with Lee Group,
who helping us develop and design our recycled plastic viaduct screen
so that one is still in development and hopefully it can be rolled out
pretty soon, but looking really, really promising. And in our landscaping we've got over 60 recycled plastic
tray steaks that come from, cacti Group. So that's a really exciting
outcome as well. you know, it doesn't matter
that it's a it's a small use, you know, when you think about recycled
plastic or recycled timbers or recycled crumb rubber at the moment,
you can use them in a wide variety of things. Maybe you can't use them
in a major structure, but that doesn't mean that you shouldn't
push for them to be involved in in low risk applications and really amplify
the use of that as well. So So an example of that is, recycled
plastic aggregate product. We've used that around 5000m�� across
the product. we've got 1% of the aggregate mix
using a recycled plastic aggregate. And on our next projects we're working
with our suppliers to up that. And maybe we can go higher. Maybe we can go 10% of the recycled of the
of the mix as a recycled plastic aggregate. Void. So I spoke about material reduction
so that not just sort of saves the the project in the,
you know, the government money, when you're using less material, you spend
less of this economic benefits there. But the carbon benefit of removing
concrete from an element is really significant. So we, think that we've removed
about 24 to 25%, of the, of the slab
in terms of carbon emissions. So that's really outstanding. And then the void form is himself
so made out of recycled plastic and that comes from the Victorian
waste stream. So when you're, you know, putting your milk bottles or your other,
other plastics in the recycling bin, they're, they're picking that up
and they're working with their own supply chain
to remove waste diverted from landfill or to divert waste from landfill
and use that in their product. So, it's kind of interesting for people
to know that the waste product is now ending up in the ground in our projects,
and we should be celebrating that. yeah. So I think, I think
some unexpected benefits is that a lot of these products can be used
in ways that you don't realize, and asking your supplies
for that information as the innovators, as the people
who want to work with you, you know, they they're going to work really hard
to make sure that it works for us. So don't have set ideas
about how something can work, because as soon as you open yourself
up to that, you can achieve a whole lot of,
benefits that you didn't realize. So maybe you're matching up to supplies in the supply chain
that you didn't realize that has unexpected cost reductions in the future,
or maybe even on your project. Maybe you're setting up partnerships
for a future that you didn't know. So I would say
be open to those sorts of things and, and listen to the people
who are supplying the products because, they're the ones who want to work with us. So some other some not. The outcomes of Project baking,
where that really the, the intent is that hopefully these products are purchased
on, on a bigger scale and that those products become less
expensive over time. So the more that they're used,
the more normalized they'll be, the more
they will become by you on our projects and should become cost comparable
with other products in the market, like Virgin Rock
and Virgin Concrete, that kind of thing. And also more acceptance
of recycled plastics and recycled timbers and other
recycled products in the landscape. So it can be challenging, for,
for projects to adopt something new. It's really easy to do things
the way that you've done them before. And I just sort of want to,
you know, give, give credit to our supply chain, but
also the project team here at Camp Ryde who went from,
you know, this is too hard to to why not? Where can we use it? What are the opportunities we've got to do this, but let's
turn it into something that we want to do. And we really, really,
yeah, we really want to do, for the, for the wider industry. So ecologic helped us set up the initial
workshops with the supply chain. They knew all the people,
they knew all the suppliers. They were able to bring,
those people to us and sort of set up the competition
in a really meaningful way. So the suppliers were asked to submit
some really detailed questionnaires as part of their submissions
to the competition. So we needed to know
that it was actually possible for us to solve those challenges
in the scope of camp. Right. So we had to understand
the technical challenges. We had to understand whether they were
set up to meet our safety requirements. Was there any restrictions to them working in the right environment
that we had to work on? What were the environmental benefits
going to be? Did they have any perceived costs
that we wouldn't understand
initially, those sorts of things. So there was a really detailed multi-criteria analysis that was done
to choose the successful suppliers. And we assessed them based on that. And the assessment team consisted of NTM
as the rail operator, our construction team, our design team,
and input from the Urban Design Advisory Panel as well be. Yes. So the the response to the competition
was really overwhelming. We had 15 suppliers submit a response to the recycled
first competition two Project Baking. And, they ranged in in volume and scope. So we had supplies coming to us
about recycled plastics and how they could use them in concrete. We had suppliers who Weinstein recycled
glass and with that could be used. And then, all the way to recycled timbers
and how we could better use, make use of recycled timber
in the landscape. And they came to us with varying
challenges. You know,
they wanted to talk about type approvals, so they wanted to talk about life
cycle analysis. And they saw that opportunity to really
target some of those key issues for them. And they had to justify that in
a, in a really detailed kind of way. And it was really, really fantastic
to see that the level of response that went into it, they could see and understand
the benefit of what we were trying to do. And the responses reflected that in the
amount of work that they put into them. So a real credit to the suppliers
for coming to us, with their problems and with their challenges and their
willingness to work with us as a program shot. We also partnered with Curve Creek,
who developed a mold for us and able to make, they are able to make your polymer
concrete chair. So that's a almost zero cement
concrete mix. And hopefully that, that,
you know, models can be rolled out across the network to use in a vast
array of applications as well. So we selected Row by Void,
knowing that they had a great intent of reducing
concrete volume on the project. So it's a high sustainability
outcome to remove materials. So that was really something
interesting to us. We came to them and said
we think we've got a good application, a small scale application
at Key on Parade. We're looking to use, you know, a pocket
slab which is about 20m�� of concrete. What can you do for us? It's a cost in situ application. And Robo Void normally do,
precast applications. That's their bread and butter. So this was something new
for them as well. So our design team and our construction
team, we robo void, sat down and worked out how they would apply it
in a costume situ environment. And there was a big design conversation
about how we would appropriately move the Rio around in the slab where the void foam was would
go, what size we would use, and robo would be integral
in that conversation. They were there. The whole time,
discussing the pros and cons and explaining the engineering
opportunities and constraints with us, and we've got a really great outcome now. We used about 1200 cones in the slab,
and we, removed about two meters cubed of concrete
from that small slab alone. So the future application
of that is really exciting So the future application of that is really exciting. So another really key outcome
from our recycled first competition was getting people
to come out and have a look and really see that this has been done
in a really good test case. We talk about Canyon Pride
as a small scale application. But really we've got,
you know, tons of recycled product here. And we've shown that it can be done
and should be done. Yeah. So one of the big challenges that,
we had to face throughout sort of design and construction for the Recycle
First competition was making sure that all of our stakeholders
were satisfied and, and on board, we did involve them from the very beginning, but that doesn't
mean that, little issues pop up, and you've really got to be prepared
to answer some tough questions that you didn't realize
were there at the start. One of the key things
being about recycled plastic and how it might perform
in an exposed environment, does it make you the requirements? Is it going to behave differently
to to rock? Those sorts of things. And working with our suppliers
was really critical for that. And, our, our, our rail train operators and our asset owners
were really receptive to that. They had a lot of questions
and was on us to answer them. And, you know, really being able to solve those sorts of challenges with them
was a really collaborative approach. So that was very exciting. So a key lesson for us was, if you need to do testing on a product,
do it early. You know, we we spent a long time working through the design
and construction of these products, and, it was getting pretty line ball as to
whether they would actually get accepted by our stakeholders
before it went in the ground. And our project team worked really hard
to make sure that we poured some test pause for some of our mixes
and made sure that, everyone was happy
with with how they looked and how they performed
in the testing environment. So that's a very key thing. Go early and go hard and try different
things with your products as well. So some of the original intents
for these products didn't end up being where they landed. So I didn't necessarily expect
that we would use recycled plastic in the, you know, nearly the whole precinct. But, once we worked at,
the challenges and overcame them, you know, our suppliers and our installers
were happy to install that. So that was really exciting Yeah, maybe. I think there's something I'd like to add
is that I say this a lot about project making,
about the recycled first competition. Is that, you really you need a a wide, wide variety of people
willing to get on board and do this. Nothing gets done in isolation. So when I think about the
the people involved in this process, it's in the hundreds, you know, and that's
from starting at the end of 2022 to now. We're still working through the challenges
and opportunities that it faces, and we are trying to work out how we document
and report these sorts of things. So really the, the, the people involved is really,
really significant. They're your biggest resource. And they have been absolutely,
you know, critical in getting this project off the ground. So my name is Kate Rowan, and I'm the sustainability manager
at the northwest Program Alliance.
The Parkes Project, a collaboration between SUEZ RV France, Loop Industries, and SK Geo Centric, is pioneering a revolutionary recycling process in Saint-Avold, Moselle.
This initiative aims to convert 145,000 tonnes of plastic waste into 70,000 tonnes of recycled PET (rPET) annually, using an innovative low-temperature depolymerization technique. 🌍💡
Why It Matters:
Eco-Friendly: Saves 360,000 tonnes of CO2 yearly.
Circular Economy: Supports 100% recycling of single-use plastic packaging by 2025.
Job creation: Generates over 200 direct and up to 1,200 induced jobs.
Get involved: Join the preliminary consultation, and be part of the change.
Learn more and share your thoughts at Concertation Projet Parkes https://lnkd.in/ep7SN3S2. 🗣️💬
Let's embrace this sustainable future together! #ParkesProject#Sustainability#CircularEconomy#InnovationInRecycling
📢 Project Aranyam Unlocks a New Milestone! 🎉
🌱 1000+ trees planted and counting!
📦 Pack8, in collaboration with🌱Grow-Trees.com, have been planting trees under our Sustainability Initiative “Project Aranyam”.
🌱 Within the first three months of the year 2024, we've planted more than 1000 trees, offering the potential to offset over 20 tonnes of carbon emissions so far!
🌱 We aim to increase the number of trees planted in each upcoming tree-plantation drive.
🌱 Our valuable customers play a crucial role in our project, contributing to our collective effort to offset carbon emissions.
🌱 At Pack8, every purchase contributes to a greener, more sustainable future.
🌱 Let's grow together with Pack8! Growing a forest, one tree at a time.
🌱 Get in touch to discover how your business can join this initiative and contribute to a positive environmental impact.
Comment #Aranyam to know more!
#ProjectAranyam#Pack8#Packaging#EcoPackaging#EcofriendlyPackaging#Sustainability#Ecofriendly#PackagingSolutions.
--most inspiring post of this year's 8th March--
6 WOMEN-LED PROJECTS SAVING OUR PLANET 🌎
6. @LivingSeaWalls 🌊
These 3D Printed living seawalls were developed by a team of Australian researchers. They are attached to existing sea defences to help marine life thrive!
5. @ToucanRescueRanch 🦜
This organisation, founded by Leslie Howle, is rescuing, rehabilitating, and releasing animals back into their natural habitats in Costa Rica. They are also working tirelessly to educate locals and tourists about the importance of conservation.
4. Recycled Plastic Bricks @gjenge_makers 🧱
These recycled plastic bricks are reducing plastic pollution in Kenya. Nzambi Matee created these bricks that are stronger than concrete and are a lightweight and low-cost building material.
3. Biodegradable sanitary products 🩸@rafaellab_g
These biodegradable sanitary products are made from banana harvest waste. Rafaella De Bona Gonçalves is tackling widespread period poverty for disadvantaged groups in Brazil.
2. Palm Oil Alternative @gopalmless 🌴
This is a truly sustainable alternative to palm oil, made using yeast! Palm oil production is destroying rainforests around the world. Shara Ticku and her team have developed a solution that can be grown in tanks and scaled without harming vital ecosystems.
1. @MukuruCleanStoves 🔥
Mukuru Clean Stoves repurpose locally sourced waste metal to manufacture safer and more efficient cookstoves for low-income families across Africa. Developed by Charlot Magayi, these stoves are helping to massively reduce household air pollution and save lives.
https://lnkd.in/dmUDjd-3
Your daily dose of corporate sustainability news: Interface, a maker of technically innovative commercial carpet tiling, will stop paying for carbon offsets — which typically fund forest projects in developing countries — to reduce the impact of its greenhouse gas emissions.
Instead, starting in 2025, Interface will direct what it used to spend on offsets toward exploring manufacturing with raw materials that remove or store carbon, in hopes of becoming carbon-negative by 2040 — a goal it set in 2018. It will also boost its circular-economy processes.
Article by Elsa Wenzel.
I love seeing examples of what we're doing in Australia to improve sustainability in our economy. The Bega Valley in NSW is aiming to be the leader in circular economy and a blueprint for others to follow. In simple terms, a circular economy is one where items which would in the past have been considered waste and been part of landfill will instead be recycled, repurposed or reused in some way so that there is no landfill.
I'm sure we will all watch to see how Bega Valley progresses with this amazing goal. For more information, check out this article from the ABC:
https://lnkd.in/enbHrGvq
What do you think you could do in your business to work towards a circular economy?
Did you know seaweed is a game-changer for sustainability? 🌊
It's being used in fashion, packaging, construction, and even energy, creating eco-friendly solutions for a greener future.
𝗙𝗮𝘀𝗵𝗶𝗼𝗻: Keel Labs turns kelp into sustainable yarn.
𝗣𝗮𝗰𝗸𝗮𝗴𝗶𝗻𝗴: Notpla replaces single-use plastics with seaweed materials.
𝗖𝗼𝗻𝘀𝘁𝗿𝘂𝗰𝘁𝗶𝗼𝗻: The Modern Seaweed House on Læsø Island uses seaweed for insulation and cladding.
𝗘𝗻𝗲𝗿𝗴𝘆: Sea6 Energy Pvt Ltd. develops biofuels from seaweed, offering renewable energy alternatives.
As a participant in the Algae Nexus Challenge (by Naviri and Algae Scope), I’ve been diving deep into these topics, exploring how seaweed can transform industries while solving real-world challenges. It's inspiring to see the incredible innovations already underway and brainstorm ways to push the boundaries even further!
Shoutout to Algae Scope for creating bioproducts that clean oceans and promote sustainability. Seaweed’s potential is huge—and it’s just getting started.
---
What do you think? Could seaweed shape our future? 🌱
Did you know? 👇
As we mark Recycling Week 2024, we at Ginjo are reflecting on some of the shocking stats from the construction industry—and how we can work together to reduce our environmental impact.
🏗️ 32% of global waste comes from construction and demolition.
🔄 Using recycled materials in construction can reduce carbon emissions by up to 50%.
🧱 "Every cubic metre of reused concrete can theoretically prevent a new cubic metre from being cast, saving over 250kg of carbon dioxide"
These numbers are a wake-up call. At Ginjo, we believe collaboration is key to tackling these challenges. By working with our partners, clients, and the wider industry, we’re committed to finding innovative, sustainable solutions.
Sources:
📜 #WorldGBC
📜 #EllenMacarthurFoundation
📜 Arup#RecyclingWeek2024#Sustainability#GreenConstruction#CircularEconomy#WasteReduction#CollaborationForChange#ConstructionIndustry#GinjoConstruction
Corporate sustainability news: Interface, a maker of technically innovative commercial carpet tiling, will stop paying for carbon offsets — which typically fund forest projects in developing countries — to reduce the impact of its greenhouse gas emissions.
Instead, starting in 2025, Interface will direct what it used to spend on offsets toward exploring manufacturing with raw materials that remove or store carbon, in hopes of becoming carbon-negative by 2040 — a goal it set in 2018. It will also boost its circular-economy processes.
Article by Elsa Wenzel.
Senior Adviser Communications and Stakeholder Engagement at ecologiQ
1wGreat to see all of the early work on this has resulted in such a fantastic outcome.