Improving the climate resilience of food production with better soils
CategoriesSustainable News

Improving the climate resilience of food production with better soils

Spotted: The Food and Agriculture Organization of the United Nations found that about one-third of the world’s soils are already degraded. This threatens global agricultural production and food security. But one company is aiming to improve soil quality. 

Initially founded in 2020 by Azadeh Farajpour Javazmi with the support of the European Union (EU) parliament, the BetterSoil movement launches national and international projects to improve the quality of soils for improved climate resilience and sustainable food production. The company aims to promote sustainable agriculture both in practice and the political environment, by mobilising decision-makers at the level of the European Parliament. 

The initiative’s goal is to close the gap between theory and practice in terms of knowledge about soils and their quality in sustainable agriculture. BetterSoil connects science and research with the knowledge of farmers around the world to understand how to best improve soil fertility and build up soil humus – a nutrient-rich substance made from decomposed plant and animal matter.

Video source BetterSoil

Working closely with scientific advisors, BetterSoil develops tailored soil recipes for different regions, since each country has its own specific climate, crops, and needs. All soils are created with the BetterSoil science-derived principles in mind: appropriate soil management and agroforestry, and the use of compost and biochar. 

BetterSoil also offers education on sustainable development in order to raise public awareness, motivating people to rethink how they use resources and contribute to sustainable development. The company addresses individuals, companies, teams, and schools – it is also launching a BetterSoil Inhouse Academy. 

Healthy soil is integral to the world and its inhabitants, and improving and maintaining soil quality is vital for sustainable and reliable food production. Springwise has also spotted pre and probiotics that improve soil health and plant patches that monitor crop stress.

Written By: Anam Alam

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Solar-powered street carts for food vendors
CategoriesSustainable News

Solar-powered street carts for food vendors

Spotted: Street vendors are a big part of Kenyan culture and a significant source of livelihood for many Kenyans, particularly in the capital, Nairobi. But, for some 100,000 street food vendors in the city, it can be both economically challenging and environmentally damaging to keep food at the right temperature. Many vendors rely on charcoal, which releases high levels of carbon dioxide, carbon monoxide, and pollutants.

Instead, Nairobi-based startup Zuhura Solutions has introduced the Halisi Trolley, a solar-powered vending car that allows food to be kept warm for longer using an alternative, clean energy source.  

The stored solar energy is converted into heat that freely warms the food to ensure it’s kept at the necessary temperature for safe eating. Surplus energy that is generated powers LED lights, so vendors can sell them for hours into the night. There are also charging ports that can be used to power customers’ mobile phones at an extra cost – allowing vendors to easily earn additional income. 

Zuhura sells adverting space on the carts to fund its production and subsidised the final cost for vendors. The startup only uses durable, high-quality materials to create the carts, which are available in customised or modular versions, or can be sold in bulk.  

The startup offers vendors a flexible pay-as-you-go plan of $80 (around €73) a month with a 10 per cent initial down payment. Zuhura also connects vendors with technicians who can quickly service their trolleys in the event of a malfunction. 

Food insecurity is a growing concern, particularly for areas without the infrastructure to store produce safely. Springwise has spotted many innovations working to ease this pressure, including a solar-powered refrigerator to cut food spoilage for fishermen and farmers, and another sustainable refrigeration unit that can generate continuous refrigeration for up to four days.

Written By: Anam Alam

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Visualising food supply chains to improve consumer trust
CategoriesSustainable News

Visualising food supply chains to improve consumer trust

Spotted: Many small sustainable businesses offer great products, but lack the tools and resources to tell the full story of their items. In a world filled with products, it is easy for these manufacturers to lose out. German startup Seedtrace has developed a platform that allows food companies to prove their product’s sustainability, as well as manage and communicate their social and environmental impact to consumers.

Seedtrace’s platform includes a supply chain software solution that provides transparency to every stage of a food product’s journey. It also includes tools that allow businesses to then incorporate this transparency information into an online store, or other marketing materials. The cloud-based infrastructure allows high scalability, privacy, and security, allowing users to access their supply chain data ‘whenever and wherever’.

The platform helps small businesses bring transparency into complex supply chains, helping organisations validate their claims by tracing products ‘from seed to shelf’. By helping businesses better manage, prove, and communicate value chain information, Seedtrace enables businesses and consumers to better understand the positive impact of sustainable products. Product transparency is turned into a unique selling point.

On its website, the company describes its product as helping organisations with “customer communication at every stage of the sales process and at all [their] customer touchpoints”. This allows brands to build strong relationships with their customers quickly.

Provable transparency is becoming a vital component in supply chain management, and Springwise has spotted a number of projects focusing on this area. These include everything from a marketplace connects verified buyers and sellers of scrap metal to reduce carbon emissions to digital tags for shellfish that ensure seafood traceability.

Written By: Lisa Magloff

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An app helps families avoid food waste
CategoriesSustainable News

An app helps families avoid food waste

Spotted: Around 70 per cent of all food waste in the UK comes from households, which equates to around 6.6 million tonnes a year. To help tackle this, Kitche was launched to help families avoid throwing away food. The company has found that the most effective strategies are preventative, so aims to target food waste at the source.  

Kitche has developed an app that lets users import their food to keep track of what they have at home, and users can also scan supermarket receipts to update their virtual inventory. Based on what is recorded on the app, Kitche will send reminders of when foods need to be eaten or frozen, and lets users move products between “To buy”, “At home” and “Ditch” lists. The app also has recipes to help customers use up all their products efficiently.

Since launching three years ago, Kitche has had nearly 65,000 downloads in the UK and earlier this year, the app had a re-launch with new features. For instance, the new Impact Section allows users to see the results of tracking their food waste, including water, CO2, food, and money savings. To make the app even more convenient, Kitche has also made it possible to add food products to the app by voice or scanning by barcode. Other new features include an Explore Section, which includes a lifestyle magazine-style collection of top tips and recipes, and a Community Section where people can connect and become Kitche Ambassadors to earn unique elements both in and outside the app. 

There are so many innovations out there helping to tackle food waste. Springwise has spotted a startup turning wasted fresh produce into healthy snacks and another transforming broccoli waste into plant protein.

Written By: Anam Alam

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Combining machine learning and ancestral wisdom to uncover plant-based food ingredients 
CategoriesSustainable News

Combining machine learning and ancestral wisdom to uncover plant-based food ingredients 

Spotted: According to the UN, the Earth’s population will likely reach 8.5 billion by 2030. At the same time, climate change is going to make it more difficult to grow food, requiring a rapid and collaborative approach to the global food industry. For startup, The Live Green Company, the answer can be found in plants. The company has developed a way to use biotechnology and machine learning to replace animal, synthetic, and ultra-processed foods with precise plant-based alternatives.  

Live Green’s platform, dubbed Charaka, uses machine learning to analyse data about thousands of plants and find appropriate plant substitutes for animal-based and artificial ingredients. Charaka’s algorithms analyse complex data about the phytochemical compounds, bioactive molecules, and nutritional profiles of various plants. The company claims that the platform can “uncover hidden and non-linear relationships and predict innovative functionalities and uses” of different ingredients to find a perfect plant-based substitute.  

Developing these substitutes involves creating blends of natural plant ingredients like sunflower protein, banana, and flax meal without changing the taste, texture, or mouthfeel of the finished product. In addition, Live Green’s platform also identifies more sustainable local alternatives to vegetarian ingredients like avocado. From the idea stage to putting a new all-plant product on the shelf can take as little as 90 days. 

Live Green has thus far piloted several product lines – including burger mixes, baking mixes, frozen burgers, ice-creams, and protein bars – that are plant-based and free of additives, allergens, gluten, cholesterol, and trans fats.  

Other recent food and drink innovations spotted by Springwise include fungal fermentation for natural food colourings, protein and umami extracted from cabbages, and microbial protein for people with modified diets.

Written By: Lisa Magloff

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A connected vegetable garden for growing food at home
CategoriesSustainable News

A connected vegetable garden for growing food at home

Spotted: With food price inflation remaining at historically high levels, many consumers are seeking savings wherever they can find them. While the isolation of the Covid-19 pandemic has largely eased, some of the habits acquired during that time, such as grow-your-own herbs and veg, remain strong. To help new growers access the advantages of home-grown, organic produce, French company Urban Cuisine designed a stylish indoor hydroponic garden container that makes it fun and easy to cultivate fruits, vegetables, and herbs.  

Named Liv, the connected garden comes with an app and the choice of over 17 different plants. The app guides growers through the set-up and planting process, provides regular advice on the growth of each variety, and includes an FAQ section and connections to Urban Cuisine’s horticulturalists for urgent queries. The garden’s sleek design fits a self-contained water tank, a micro-climate, ventilation controlled by integrated sensors, and a low-power LED light panel.  

When setting up a garden, growers choose Grow Pods based on how long they want to wait for a harvest and what they want to use the produce for. Each organic Grow Pod contains the essential substrate and nutrients for the seeds to grow. Liv is available as the garden alone, as a subscription of monthly deliveries of Grow Pods, or as a garden and subscription together.  

Other ways that Springwise has spotted innovators improving local food systems include an automated indoor herb garden and a no-smell countertop compost system.

Written By: Keely Khoury 

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Fungal fermentation for natural food colouring
CategoriesSustainable News

Fungal fermentation for natural food colouring

Spotted: The global food system accounts for over a third of annual greenhouse gas emissions. And the problems don’t stop at sustenance-free ingredients: even food colouring contributes to emissions, especially those derived from petrochemicals. Danish biotech company Chromologics hopes to change this, proving that this aesthetic additive can instead be environmentally friendly. 

Instead of extracting colours from high-value raw materials like tomatoes, potatoes, insects, or beetroot, to create natural food colourings, Chromologics harnesses a fungus to create a low-carbon, natural red powder. Along with sugar and other nutrients, Chromologics ferments the fungus in water, which makes it produce a red colour. The company then filters away the fungus before processing the remaining fermentation liquid into a concentrated red powder.

The result is a pH- and temperature-stable, tasteless, water-soluble, vegan food dye – called Natu.Red – that uses renewable materials at a high production rate. And according to Chromologics, this concept can quickly become circular by running the fermentation process on green energy and recycling the water. 

Chromologics recently raised €12.6 million in seed funding, of which €7.1 million will accelerate the commercialisation of its natural red food colouring. 

Springwise has previously spotted other innovations aimed at revolutionising the food industry, including research that shows food can be grown using artificial sunlight, and a mycelium farm that creates an alternative to bacon.

Written By: Georgia King

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A platform for tracking the climate footprint of food products
CategoriesSustainable News

A platform for tracking the climate footprint of food products

Spotted: The global food market is worth more than $9 trillion (about €8.5 trillion) and is going to continue growing. This volume of food has an equivalently large carbon footprint, something growers are aware of and working to change. Helping to capture those improvements is French software-as-a-service (SaaS) company Carbon Maps. Carbon Maps’ platform automates emissions calculations for food products. 

Such complex calculations rely heavily on algorithms, and Carbon Maps uses internationally recognised data standards and scientific models for its computations. Product life cycle assessments (LCAs) examine data from basic growing techniques to water usage, processing systems, recycling and more. By utilising the power of artificial intelligence (AI), Carbon Maps enables large industrial food distributors to assess the sustainability of a range of their products, even those that use a multitude of ingredients.  

As well as providing eco-scores for each foodstuff, the Carbon Maps system allows for easy updates of LCAs as information changes. A grower may alter their farming practices meaning less water is needed, so the automated emissions calculation system makes it easy for that improvement to be included in the scores for the many products that use those crops.  

Carbon Maps includes details such as biodiversity, animal welfare, and soil health in its calculations, allowing for a much more holistic view of the sustainability of an item. The company is currently working with two businesses on pilot programmes, and recently closed a €4 million seed funding round that will be used to expand its operational capacity. 

Reducing carbon emissions is such a global priority that – as Springwise has spotted– innovations in two of the worst polluting industries, food and fashion, are pushing the technology and tracking capabilities ahead as quickly as possible.

Written By: Keely Khoury

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Upcycling food waste into dried fruit snacks
CategoriesSustainable News

Upcycling food waste into dried fruit snacks

Spotted: Faced with the knowledge that California throws away more peaches than the entire state of Georgia produces in a year, The Ugly Company founder Ben Moore wanted to help put a stop to such waste. Rather than discarding fruits that are too misshapen to be sold to supermarkets, The Ugly Company upcycles them into healthy dried fruit snacks.  

Run by a team with close ties to the farming industry, the startup sources most of its product locally from the San Joaquin Valley in California. Cherries, peaches, apricots, kiwis, and nectarines are dried and packaged for sale in individual snack packs. It takes eight pounds of fresh fruit to create one pound of dried fruit, so each pack of Ugly fruit represents two and a half pounds of fruit rescued from waste.  

As well as preventing food waste, the company adds value to the local farming economy. Farmers no longer have to pay for the collection and dumping of their unused fruit. Instead, The Ugly Company pays growers for crops that are good to eat but deemed ‘too ugly’ for general wholesale, whether that be because they are too small, or have an odd colour or shape. 

Buyers can find the fruit in several grocery chains, including Krogers’s, Hy-Vee, and Whole Foods, as well as online and via subscription boxes. Thanks to a recent Series A funding round that raised $9 million (about €8.4 million), the company plans to expand its processing capacity and keep up with growing national demand.  

Other ways in which Springwise has spotted innovations reducing food waste include turning broccoli stems into alternative proteins, and using AI-powered scanners to track the freshness of produce.

Written By: Keely Khoury

Reference

Mill bin dries and shrinks food waste so it can be sent off for reuse
CategoriesSustainable News

Mill bin dries and shrinks food waste so it can be sent off for reuse

US start-up Mill aimed to create the ultimate solution to household food waste when designing this bin, which dries out any leftovers so they can be posted to the company and given a new purpose.

Developed by two former Nest employees, the Mill bin slowly heats and mixes any food waste on a low-power cycle to dehydrate and shrink the scraps, allowing the bin to be emptied less often.

Photo of the Mill food waste bin in a kitchen
The Mill bin offers a new way to deal with kitchen food scraps

After a few weeks, when the bin is full, the user tips the resulting “food grounds” into a prepaid box and schedules a pick-up to have it posted back to Mill as part of a membership-based service.

The process presents an alternative to sending food to landfill and composting, which can require specific conditions or combinations of waste to work effectively.

Photo of a woman tipping a tray of food grounds into a carboard box labelled Mill
The bin heats and dehydrates leftovers to become food grounds

The company is currently working through the scientific and regulatory processes to turn the grounds into a commercial chicken feed ingredient.

Mill’s goal is to keep leftovers in the food system and reuse them in the most valuable, resource-efficient way.

Mill box in front of a door
The dried food grounds can be placed into a prepaid box and sent to Mill for reuse

While the bin is in use, Mill promises that there should be no noticeable smell – even as the food scraps are heated.

The evaporating water and air from the bin are pushed through an odour management system that incorporates a charcoal filter before the air is expelled through an exhaust fan at the rear of the bin.

Rendering of three phone screens showing the Mill app showing how the app monitors the grinding of food scraps and schedules pickups of the boxes from members' front doors
Pickups can be scheduled via an accompanying app

Mill was founded by Matt Rogers and Harry Tannenbaum at the start of the pandemic, when the duo found themselves “stuck at home staring at and smelling our own trash”, and becoming increasingly obsessed with waste, according to Tannenbaum.

“We looked at what makes up landfills,” he told Dezeen. “The single largest inhabitant is food and our kitchens at home are the number one source.”

Photo of the Mill food waste bin in a kitchen
The design has a “friendly and approachable” pill shape

“And what’s worse is that, when food ends up in a landfill, not only do we waste all the nutrients and resources that went into growing it and getting it to your plate, it releases methane,” he continued.

Methane accounts for about 20 per cent of global greenhouse gas emissions but because of its potency, it is estimated to trap approximately 86 times more heat in the atmosphere than an equivalent amount of carbon dioxide on a 20-year timescale.

Rogers and Tannenbaum started by thinking about all the ways that the experience of dealing with home food waste could be improved – “no smell, no flies, less trips taking out the trash” – and tried to deliver all these solutions in one package.

“Some of these things are built into the hardware, where the bucket is transformed into a bottomless pit,” Tannenbaum said. “80 per cent of food is water, so it shrinks down significantly when dehydrated so you have to take out the trash less.”

Boy putting stickers on a white Mill bin
A wood veneer lid conceals its inner workings

“Some are more subtle, like the impact tracking so you can see how much you’re wasting and become a better buyer and start saving money at the grocery store,” he continued.

The duo designed the bin in-house, aiming for a minimalistic look and a “friendly and approachable” pill shape, with the LED display interface hidden underneath a wood veneer lid so as not to command attention.

Photo of a girl sliding food scraps into the Mill bin in her family kitchen
The product is currently only available in the US

Mill has recently launched and is currently only available in the US.

Other innovations in waste disposal in recent years include the Townew bin that automatically seals and changes bin bags and the prototype Taihi bin, which composts waste using a Japanese fermentation method.

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