Startup
Feeding the future: Upcycled food as a sustainable alternative in animal diets
Upcycled food refers to the practice of repurposing surplus or by-products from the human food supply chain into nutritious animal feed. This innovative approach tackles the pressing issue of food waste and offers a sustainable alternative for enhancing animal nutrition while reducing the environmental footprint of agriculture.
The problem of food surplus and environmental impact
Food loss and waste is a global challenge of monumental proportions, with about one-third of all food produced for human consumption lost or wasted annually. This inefficiency squanders valuable resources such as water, energy, and land and contributes significantly to greenhouse gas emissions when food decomposes in landfills.
Traditional livestock farming exacerbates these issues. Conventional animal feed production relies heavily on monoculture crops like soy and corn, which necessitate extensive agricultural land use, water consumption, and inputs such as fertilisers and pesticides.
This intensive production contributes to deforestation, biodiversity loss, and water pollution, exacerbating environmental degradation.
Upcycled food: nutritious and sustainable
Upcycled food offers a sustainable alternative by redirecting surplus food that would otherwise be discarded into high-quality animal feed.
Surplus fruits, vegetables, bakery products, and by-products from food processing industries are carefully selected, processed, and formulated to meet the nutritional requirements of various animal species. It ensures optimal health and performance and supports sustainable agricultural practices.
Environmental benefits
- Reducing food loss: Upcycled food helps minimise methane emissions and reduces the overall environmental impact associated with wasted food by diverting surplus food from landfills and incinerators. It contributes to a more circular economy and conserves resources that would otherwise be lost.
- Lower carbon footprint: The production of upcycled food generates fewer greenhouse gas emissions compared to conventional feed production. It reduces the need for additional land and water resources while mitigating the environmental footprint of agriculture, making it a more sustainable choice for feeding livestock.
- Resource conservation: Utilising surplus food for animal diets reduces the demand for new agricultural land and helps conserve biodiversity. It minimises the pressure on natural ecosystems and promotes more efficient resource utilisation within the food system.
Benefits to animals
Besides its environmental advantages, upcycled food offers significant benefits to animal health and welfare:
- Nutritional quality: Upcycled food can be enriched with vitamins, minerals, and other essential nutrients through advanced processing techniques, ensuring animals receive a balanced diet that supports their growth, immunity, and overall well-being.
- Palatability and digestibility: Many upcycled feed ingredients are highly palatable and easily digestible, making them suitable for a wide range of animal species. It improves feed conversion efficiency and reduces the occurrence of digestive issues, enhancing animal health outcomes.
- Disease prevention: Some upcycled ingredients contain bioactive compounds that can contribute to disease prevention and immune system support in animals. It helps reduce the need for antibiotics and veterinary interventions in livestock farming by promoting overall health.
Future innovations
The future of upcycled food lies in continued research and innovation. Advances in technology and processing techniques will further optimise the nutritional quality, safety, and consistency of upcycled feed ingredients.
Collaborations between food manufacturers, agricultural producers, and research institutions will drive these advancements, expanding the range of upcycled food products available for animal diets.
Moreover, policies that support sustainable agricultural practices and promote the circular economy will incentivise businesses to adopt upcycled food solutions as part of their sustainability strategies. Initiatives aimed at reducing food waste throughout the supply chain will complement efforts to enhance the availability and accessibility of upcycled food for animal consumption.
Conclusion
Upcycled food represents a promising solution to the dual challenges of food waste and environmental degradation in livestock farming.
We can reduce greenhouse gas emissions, conserve natural resources, and promote a more sustainable food system for future generations by repurposing surplus food into nutritious animal feed. Embracing upcycled food benefits the environment and contributes to global efforts towards achieving sustainable development goals.
As we strive to feed a growing population while preserving our planet’s finite resources, upcycled food stands out as a testament to innovation and sustainability in agriculture. We can create a more resilient and efficient food system that nourishes animals and the environment by harnessing the potential of surplus food.
In conclusion, upcycled food is not just a solution for today but a pathway towards a more sustainable future—one where efficiency, conservation, and innovation converge to feed the world responsibly.
Saket Dave is the Founder and CEO of Wastelink.
(Disclaimer: The views and opinions expressed in this article are those of the author and do not necessarily reflect the views of YourStory.)
Startup
Flipkart’s delivery arm Instakart reports widening losses, lower revenue in FY24
Flipkart’s delivery service arm Instakart’s FY24 losses increased multifold to Rs 1718.4 crore, from Rs 324.6 crore in the previous year, hurt by higher expenses and marginally lower revenues.
The company, which is in the logistics, warehouse, courier and allied services business, clocked an operating revenue of Rs 12,115.3 crore in FY24, 5% lower than Rs 12,787.4 crore it posted a year ago, according to filings made with Toefler.
During the period, the company’s total expenses increased 6% to Rs 14,149.4 crore, mainly driven by employee benefit and other expenses.
Logistics services accounted for the majority (about 78%) of Instakart’s total operating revenues, with Rs 9,429.8 crore, marginally lower than what it collected in the previous year.
Warehousing services, which accounted for about 10% of total operating revenues, witnessed a 28.4% drop in revenue, while collection services, which accounted for 12%, remained stable.
Just a week ago, Flipkart Internet reported a 21% rise in FY24 revenue at Rs 17,907.3 crore helped by rising income from its advertising services.
Flipkart India Ltd, which is Flipkart’s business-to-business (B2B) arm, reported a 26.4% rise in revenue from operations at Rs 70,541.9 crore in FY24.
Startup
Google Cloud to boost support for early-stage AI startups with new programmes, partnerships
has rolled out a range of programmes and partnerships to accelerate the growth of AI startups In India. The initiatives, announced at an AI Startups Summit in Bengaluru, will support early-stage AI founders in building, scaling, and expanding their customer base through the utilisation of Google Cloud services.
The tech giant recently introduced Emerging ISV Partner Springboard—a 12-week programme designed to fuel growth for AI startups. Participants will benefit from hands-on support in creating go-to-market assets, consultations with Google AI experts for product refinement, guidance on technical architecture best practices, and streamlined onboarding to Google Cloud Marketplace.
“Google is committed to empowering AI startups to drive innovation and growth. These initiatives demonstrate our dedication to providing critical support and resources to early-stage founders, helping them build and scale successful AI-powered businesses,” said Manish Gupta, Senior Director, Research, Google DeepMind.
During a fireside chat at the Global Google Cloud Summit, Google Cloud CEO Thomas Kurian applauded startups leveraging AI and cloud technology.
“At Google Cloud, our mission is to support these pioneers by providing the essential tools, resources, and mentorship they need to thrive. Through strategic partnerships, tailored programs, and advanced infrastructure, we are committed to enabling businesses to scale their impact and drive the next wave of digital transformation,” said Kurian.
Early-stage founders will receive enhanced support through the Google for Startups Cloud Program, which will offer $200,000 in Google Cloud credits over two years. AI-based startups will receive even greater support, receiving $350,000 in credits to address the demanding computational needs of advanced AI development, the company said in a statement.
In addition, Google has collaborated with Y Combinator to provide exclusive access to NVIDIA H100 GPUs and Google Cloud TPUs, along with cloud credits, support, and mentorship for its Summer 2024 group of AI-focused startups.
Furthermore, the tech giant is also joining forces with early-stage accelerators and incubators such as 500, StartX, and Berkeley Skydeck to provide early-stage founders with a special package, including Google Cloud credits, expert advice, and technical workshops
Earlier, the California-headquartered firm also announced the launch of Startup School: GenAI, a four-week training programme designed to help startups leverage AI.
Startup
Future in the Making: Top 10 Mega Projects Shaping Our World Beyond 2030
Mega projects represent the pinnacle of human ambition and engineering prowess, often involving colossal investments and extensive timelines. As we look beyond 2030, several monumental undertakings are set to reshape our world. Here’s an in-depth exploration of the top 10 most expensive megaprojects slated for completion after 2030.
10. Microsoft and OpenAI Data Center and Supercomputer – $100 Billion
In a bold move to advance artificial intelligence, Microsoft and OpenAI are collaborating on a data center project estimated at $100 billion. Dubbed “Stargate,” this U.S.-based facility aims to house an AI supercomputer equipped with millions of specialized chips, pushing the boundaries of AI capabilities. The project is currently in the planning stages, with operations expected to commence by 2028.
9. Forest City in Malaysia – $100 Billion
Forest City, a visionary urban development in Johor, Malaysia, encompasses four man-made islands spanning 30 square kilometers. Designed as a smart and green city, it integrates vertical greenery and cutting-edge technology to create an idyllic living environment. Despite initial challenges, including low occupancy rates, recent initiatives such as the establishment of a duty-free zone aim to revitalize the project and attract both residents and investors.
8. California High-Speed Railway – $100 Billion
The California High-Speed Rail project seeks to connect major cities across the state with a fast, efficient transportation system. With an estimated cost of $100 billion, the project has faced delays and budget overruns. However, construction is progressing, with segments in the Central Valley under development. Completion is anticipated in the 2030s, promising to transform travel within California.
7. Delhi-Mumbai Industrial Corridor – $100 Billion
The Delhi-Mumbai Industrial Corridor (DMIC) is an ambitious infrastructure project aimed at developing industrial zones between India’s capital, Delhi, and its financial hub, Mumbai. Spanning 1,500 kilometers, the corridor includes smart cities, industrial clusters, and high-speed freight lines. With an investment of $100 billion, the project is set to boost economic growth and is expected to be completed in phases, extending beyond 2030.
6. King Abdullah Economic City – $100 Billion
Located along Saudi Arabia’s Red Sea coast, King Abdullah Economic City (KAEC) is a massive development project covering 173 square kilometers. With an investment of $100 billion, KAEC aims to diversify the nation’s economy by attracting global businesses and tourists. The city features residential areas, industrial zones, and a major port. While parts of the city are operational, full completion is projected for the 2030s.
5. Silk City in Kuwait – $132 Billion
Kuwait’s Silk City, or Madinat al-Hareer, is a planned urban area intended to transform the nation’s economy. With an estimated cost of $132 billion, the project includes the construction of the world’s tallest tower, residential areas, and a free trade zone. The development aims to position Kuwait as a regional hub for commerce and tourism, with completion expected after 2030.
4. New International Space Station – $230 Billion
As the current International Space Station (ISS) approaches the end of its operational life, plans are underway for a new space station. With an estimated budget of $230 billion, this next-generation orbital platform will support scientific research, commercial activities, and international collaboration. Construction is expected to begin in the late 2020s, with full operations commencing in the 2030s.
3. Gulf Railway – $250 Billion
The Gulf Railway project aims to connect the six Gulf Cooperation Council (GCC) countries—Saudi Arabia, Kuwait, Bahrain, Qatar, the United Arab Emirates, and Oman—through a 2,177-kilometer rail network. With an estimated cost of $250 billion, the railway will facilitate trade and travel across the region. While progress has been slow, recent commitments suggest completion is targeted for the early 2030s.
2. Neom City – $500 Billion
Neom is Saudi Arabia’s flagship mega-project, envisioned as a futuristic city powered entirely by renewable energy. With a staggering budget of $500 billion, Neom aims to incorporate smart city technologies, sustainable living, and advanced robotics. The project includes The Line, a 170-kilometer linear city designed to house 9 million residents. Construction is underway, with significant milestones expected in the 2030s.
1. Trans-European Transport Network (TEN-T) – $600 Billion
The Trans-European Transport Network (TEN-T) is an ambitious initiative by the European Union to enhance connectivity across the continent. With an estimated investment of $600 billion, the project encompasses roads, railways, airports, and waterways, aiming to facilitate the seamless movement of goods and people. The comprehensive network is slated for completion by 2050, with significant progress expected post-2030.
These mega projects exemplify human ingenuity and the relentless pursuit of progress. As they come to fruition in the coming decades, they promise to reshape economies, enhance connectivity, and pave the way for a more interconnected world.
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