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Climate Innovation

Organizationβ€’Switzerland

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Accelerator & Incubator

Spotlighting groundbreaking solutions from around the world that are tackling climate change. We curate and share innovations in clean energy, carbon reduction, and environmental resilience to inspire action and accelerate a sustainable future. *All content here is from third-party sources. If you’d like something removed, please email [email protected] and we’ll take it down within 48 hours.

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A basketball court designed to prevent flooding 🏟🌧️ In Rotterdam, Benthemplein doubles as both a public square and climate infrastructure. Three sunken basins collect rainwater from surrounding streets and rooftops, storing around 1.7 million litres during heavy rainfall and reducing pressure on the city’s drainage system. On dry days, the space is used for basketball, skating, and socializing. When heavy rain arrives, the courts temporarily transform into water storage before gradually draining and returning to everyday use. Could more cities turn everyday spaces into climate infrastructure? www.urbanisten.nl/work/benthem... #climateresilience #urbandesign #sustainablecities #climateadaptation #futurecities #urbaninnovation
Turning an invasive weed into an alternative to plastic πŸŒΏβ™»οΈ Kenyan startup HyaPak transforms water hyacinth, an invasive plant that can choke waterways and disrupt local ecosystems, into plant-based packaging. Working with local fishermen to harvest the weed also creates an additional source of income for surrounding communities. HyaPak uses the material to produce packaging and biodegradable seedling bags that can be planted directly into the soil. In trials, seedlings grown in the bags developed 21 to 23% faster. The company says it has already cleared around 20 acres of water hyacinth. Would you choose this over plastic?Β Let us know in the comments πŸ’¬ hyapak.com #circulareconomy #plasticfree #sustainability #biomaterials
A smarter way to grow trees in dry landscapes 🌿🏜️ Dutch company Landlife developed the Cocoon, a biodegradable planter designed to help young trees survive in dry and degraded landscapes. Made from recycled cardboard, it stores water around a seedling and gradually delivers moisture to its roots while protecting it from harsh conditions. With a reported 95% survival rate, the Cocoon uses a fraction of the water required by traditional planting methods. Landlife combines the technology with satellite data, drones, and soil analysis and has already planted more than 7 million trees worldwide. Could solutions like this make large scale reforestation possible in even the harshest environments? landlifecompany.com #reforestation #restoration #climatetech #sustainability #greeninnovation
Bringing ancient forests back to life🌲🌿 Archangel Ancient Tree Archive is preserving the genetics of some of the world's oldest trees to help restore native forests. By propagating ancient sequoias and redwoods from small branch cuttings, the nonprofit is growing resilient trees that have survived thousands of years of wildfires, droughts, and disease. These forests store large amounts of carbon, improve water and soil quality, and provide habitats for countless species. With restoration projects already underway in seven countries, the initiative aims to help safeguard these ecosystems for future generations. 🌎 Could preserving ancient genetics become a key strategy for restoring forests worldwide? www.ancienttreearchive.org #reforestation #climateaction #biodiversity #nature
A surfboard grown from mushrooms πŸ„πŸ»β€β™‚οΈπŸ„ Surfer and mushroom farmer Steve Davies has developed a fully biodegradable surfboard using mycelium, the root structure of mushrooms. By combining agricultural waste with a 3D-printed frame, he creates a lightweight, durable alternative to traditional surfboards made from fiberglass and polystyrene. The process takes as little as 21 days and offers a glimpse into how nature-inspired materials could reduce waste across entire industries. From packaging to furniture, mycelium is already proving its potential as a sustainable building block for the future. Could mushroom based materials become a mainstream alternative to plastic and foam? #sustainability #biomaterials #circulareconomy #climatetech #mushrooms thesustainableagency.com/blog/an-inte...
Restoring Andean forests, one tree at a time 🌳🏞️ Constantino founded Accion Andina after recognizing that only 10 percent of the Andes' native forest remains, lost to deforestation, grazing, and mining. Working with 150 indigenous communities across five countries, the initiative has planted over 10 million trees and restored more than 15,000 hectares. The focus is on polylepis, a native tree whose moss-covered bark captures water critical to local communities as glaciers retreat. Beyond ecology, communities are building nurseries and microbusinesses, turning restoration into a source of income. The goal is 1 million hectares restored by 2045, a model that ties biodiversity, water security, and human livelihoods together. Can community-led reforestation become the most effective climate adaptation tool we have? #reforestation #biodiversity #climateaction #indigenouscommunities #sustainability accion-andina.org
Paint made from pollution 🎨🌊 In Appalachia, a project called True Pigments is transforming toxic runoff from an abandoned coal mine into usable paint pigments. For decades, acid mine drainage has released millions of pounds of iron oxide into Sunday Creek, severely damaging the ecosystem. Now, a partnership between Rural Action and Ohio University is cleaning the water by removing sulfuric acid and heavy metals, then repurposing those materials into pigments for paints and tints. Revenue from the pigments helps fund restoration efforts while creating local jobs and supporting the regional economy. Could turning waste into valuable materials become a new model for environmental recovery? #circulareconomy #sustainability #waterrestoration #cleantechnology www.truepigments.com
πŸͺΈπŸ”ŠHealthy coral reefs have a sound of their own. Scientists are using underwater speakers to help restore damaged reefs by broadcasting the acoustic signature of thriving coral ecosystems. From snapping shrimp to the calls of reef fish, these sounds guide coral larvae toward safe places to settle and grow. Researchers found that degraded reefs exposed to healthy reef soundscapes attracted up to 7 times more coral settlement than silent reefs. As coral reefs continue to disappear worldwide, this approach could become a powerful new tool for protecting marine biodiversity and coastal communities. Could sound become one of the most important tools in ocean restoration? #coralreef #oceaninnovation #marinebiology #sustainability #climateaction

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