Latest news with #organicwaste
National Post
3 days ago
- Business
- National Post
Anaergia Singapore Pte. Ltd. Signs Conditional Contract to Design and Build Biogas Facility in Jeju Island, South Korea
Article content SINGAPORE & BURLINGTON, Ontario — Anaergia Inc.'s ('Anaergia', the 'Company', 'us', or 'our') (TSX:ANRG) (OTCQX:ANRGF), subsidiary, Anaergia Singapore Pte. Ltd., has received a contract from New Jeju Bio Co. Ltd. ('New Jeju Bio') to design and build the Jeju Bio Energy Biogas Plant ('Facility'), to be constructed in Jeju Island, South Korea. The contract consists of a main agreement worth approximately C$30 million plus a supplement agreement valued at approximately C$10 million, and the company currently anticipates that the project will be completed in mid- to late-2027. The contract is subject to a number of routine conditions, including that the client arrange the financial close of this project. Article content This development represents an expansion of Anaergia's involvement, previously disclosed on September 3, 2024, when a Letter of Award for this Facility was announced. The increase in Anaergia's projected revenues from the amount disclosed at that time reflects both the expanded scope and the increased project size. Article content The Facility aims to convert approximately 54,000 tons per year of organic waste, including waste from slaughterhouses and undigested sludge from local sewage treatment plants, into about two (2) megawatts of renewable energy. The biogas produced will be used to power a combined heat and power (CHP) system, providing electricity and heat to support various operations, including digestion, pasteurization, evaporation, and digestate drying. Additionally, the wastewater generated will be treated and recycled on-site, adhering to strict discharge regulations, while significantly reducing greenhouse gas emissions and promoting waste recycling across Jeju Island. Article content 'New Jeju Bio chose Anaergia for this project due to its proven ability to deliver integrated, complex solutions,' said Sae Hyun Cho, CEO of New Jeju Bio. 'Throughout the design process, we expanded our use of Anaergia's technologies to address the diverse organic waste streams generated on Jeju Island and optimally transform them into valuable resources.' Article content 'Finalizing the contract with New Jeju Bio marks an even more significant achievement than we had previously envisioned,' said Assaf Onn, CEO of Anaergia. 'Not only is this a very significant project in a key new market, but it also clearly demonstrates how our industry-leading, integrated suite of technologies provides a proven, comprehensive solution for project developers seeking reliable, innovative organic waste to energy systems.' Article content About New Jeju Bio Article content New Jeju Bio Co Ltd is a developer of organic waste to energy and recycling projects leading to production of biogas and fertilizer in South Korea. Its mission is to support the 2021 Declaration of '2030 Waste Free Jeju.' It believes in creating environmental value through co-evolution of Jeju's natural environment and humanities. Founded with the principles of developing state of the art biogas facilities by integrating advanced and proven technologies, New Jeju Bio intends to be the leading biogas player not only in Jeju but also in South Korea. Article content About Anaergia Article content Anaergia is a pioneering technology company in the renewable natural gas (RNG) sector, with over 250 patents dedicated to converting organic waste into sustainable solutions such as RNG, fertilizer, and water. We are committed to addressing a significant source of greenhouse gases (GHGs) through cost-effective processes. Our proprietary technologies, combined with our engineering expertise and vast experience in facility design, construction, and operation, position Anaergia as a leader in the RNG industry. With a proven track record of delivering hundreds of innovative projects over the past decade, we are well-equipped to tackle today's critical resource recovery challenges through diverse project delivery methods. As one of the few companies worldwide offering an integrated portfolio of end-to-end solutions, we effectively combine solid waste processing, wastewater treatment, organics recovery, high-efficiency anaerobic digestion, and biomethane production. Additionally, we operate RNG facilities owned by both third parties and Anaergia. This comprehensive approach not only reduces environmental impact but also significantly lowers costs associated with waste and wastewater treatment while mitigating GHG emissions. Article content For further information please see: Forward-Looking Statements This news release contains forward-looking information within the meaning of applicable securities legislation, which reflects Anaergia's current expectations regarding future events. Forward-looking information is based on a number of assumptions, including, but not limited to counterparty contractual performance and its procurement of the financing that is a necessary condition to proceed with detailed engineering and construction of the Facility, the capability of the Company's technology and performance with respect to the project objectives, the sufficient sourcing of food waste, heat and power generation, and the sufficient production of digestate and recycled water for the project objectives. The Company is subject to a number of risks and uncertainties, many of which are beyond the Company's control. Such risks and uncertainties include, but are not limited to, the factors discussed under 'Risk Factors' in the Company's annual information form for the fiscal year ended December 31, 2024, and under 'Risks and Uncertainties' in the Company's most recent management's discussion and analysis. Actual results could differ materially from those projected herein. Anaergia does not undertake any obligation to update such forward-looking information, whether as a result of new information, future events or otherwise, except as expressly required under applicable securities laws. Additional information on these and other factors that could affect Anaergia's operations or financial results are included in Anaergia's reports on file with Canadian regulatory authorities. Article content Article content
Yahoo
3 days ago
- Business
- Yahoo
Biogas Industry Outlook, Key Trends and Competitive Landscape Report 2025: Production Shows 19% Growth: Can It Quadruple by 2030?
Biogas Outlook 2025: With 105 billion tonnes of organic waste produced annually and 98% untreated, biogas offers a viable clean energy solution. Challenges include high capital costs and policy uncertainty. Sector growth is notable at 19% (2017-2022), but accelerated progress is crucial to meet 2030 targets. Dublin, June 09, 2025 (GLOBE NEWSWIRE) -- The "Biogas Outlook, Trends and Key Players - 2025" report has been added to offering. Global biogas and biomethane outlook and trends, breakdown of biogas demand by sector and country, breakdown by biomethane demand by sector, analysis of feedstock energy potential and GHG abatement potential, breakdown of biogas production by country and by feedstock type, overview of biogas plants currently under construction, breakdown of implemented biogas policies by country, analysis of deal activity relating to biogas by quarter and country, breakdown of key players exploring and/or investing in biogas. Humans, directly or indirectly, contribute to the generation of over 105 billion tonnes of organic waste globally each year, all of which produce methane and other greenhouse gases directly into the atmosphere during their decomposition. 98% of that waste goes untreated and unrecycled, presenting an opportunity to leverage biogas technologies to convert these wastes into clean energy. However, these technologies are not without their challenges. High capital costs, especially for large-scale biogas plants, a lack of sustainable feedstock availability, policy and regulatory uncertainty, and limited supporting infrastructure are all impacting the commercial viability of biogas. Biogas and biomethane are renewable energy technologies produced from the anaerobic digestion process. This process of converting waste to energy promotes circular economies, energy independence, food security and sustainable agriculture. However, these technologies are not without their challenges. High capital costs, especially for large-scale biogas plants, a lack of sustainable feedstock availability, policy and regulatory uncertainty, and limited supporting infrastructure are all impacting the commercial viability of biogas. The market outlook for biogas shows some growth. According to the World Biogas Association, between 2017 and 2022, the biogas sector experienced a growth rate of 19%. The production was concentrated in the European, American, Chinese and Indian markets, with Europe responsible for around half of this production. However, to meet the IEA's 2030 NZE Scenario targets, this pace of growth will need to nearly quadruple. To achieve this target, countries must increase their biogas ambitions and resolve its implementation challenges. Governments and governing bodies must ensure coordinated policy-making across agriculture, waste management, energy and transport to deliver an integrated approach to developing biogas. Key Highlights According to the World Biogas Association, between 2017 and 2022, the biogas sector experienced a growth rate of 19%, reaching 445TWh in 2022. In 2018, almost two-thirds of biogas production was demanded to generate electricity and heat. Only 9% was demanded to upgrade to biomethane. The potential to generate energy from currently available major feedstocks is around 12,000TWh. According to the WBA, this energy is enough to meet around 6-9% of the world's primary energy consumption. According to the IEA, compared with 2017-2022, global biogas production growth is expected to accelerate over the 2023-2028 period, with a CAGR of 5%. There are 127 biogas projects under construction, with the majority being held in the planning stage (53). Reasons to Buy Understand the benefits and challenges of biogas technologies and its development Identify the market trends within biogas production and sectoral demand for biogas Understand the key geographies leading the development of biogas production and the key regions driving biogas demand. Identify which companies are exploring and/or investing in developing biogas. Learn about the policy developments and funding opportunities that are shaping biogas development. Key Topics Covered: Executive Summary Introduction to biogas and biomethane technologies Technology Introduction Benefits of biogas and biomethane Biogas industry challenges that pose a barrier to development Biogas and biomethane market outlook Global biogas production vs 2030 NZE Scenario Outlook for biogas and biomethane to 2040 Analysis of sector demand for biogas and biomethane in the STEPS and SDS Feedstock potential for biogas production Analysis of biogas technologies Region and country biogas outlook Sector demand for biogas by country or region Global historical and forecast production for biogas Analysis of biogas project construction trends Biogas feedstock outlook by country and region Biogas policy outlook Key biogases players: company and deal analysis Biogas deal activity summary Key players interested in biogases European biogas case studies Rest of world biogas case studies Key Data European biogas policy outlook Rest of world biogas policy outlook Global historical and forecast production for biogases and net zero emissions scenario target for 2030 Breakdown of global bioenergy demand in STEPS and SDS 2018-2040 Global biogas demand by sector in STEP and SD scenarios 2018-2040 Global biomethane demand by sector in STEP and SD scenarios 2018-2040 Potential energy generation from various feedstocks Potential GHG abatement from various feedstocks Average costs of commercial scale biogas production technologies per unit of energy produced 2018 Demand for biogases by country/region and sector main cases 2023-2030 Global historical and forecasted production of biogases by region/country 2018-2028 Count of biogas projects under construction by country as of April 2025 Project stages for biogas plants under construction by region as of April 2025 Biogas project value by project stage and region as of April 2025 Biogas production by region and by feedstock type 2018 Production potential for biogas or biomethane by feedstock source 2018 Biogas deal trends Q1 2022-Q2 2025 Distribution of biogas deals by country 2022-2025 Number of biogas mentions within company filings Q1 2024-Q1 2025 Competitive Landscape IEA World Biogas Association BP Archea Energy Greenlane Renewables OPAL Fuels Aemetis Montauk Renewables Global Green Growth Insitute Transition Evergreen Snam FPA Energy TruAlt Bioenergy Emvolon HoSt Energy Systems Five Bioenergy Anaergia Capwatt CycleO TotalEnergies Cristal Union NatUp Air Products Delorean Corporation Supagas EnviTec Biogas SJI Renewable Energy Ventures Reliance Industries For more information about this report visit About is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends. CONTACT: CONTACT: Laura Wood,Senior Press Manager press@ For E.S.T Office Hours Call 1-917-300-0470 For U.S./ CAN Toll Free Call 1-800-526-8630 For GMT Office Hours Call +353-1-416-8900Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Sustainability Times
4 days ago
- Business
- Sustainability Times
'From Ice Cream to Electricity': This U.S. Facility Converts Dessert Waste Into Clean Energy That Powers Thousands of Homes
IN A NUTSHELL 🍦 Ben & Jerry's is converting its organic waste into clean energy through a collaboration with PurposeEnergy . is converting its organic waste into clean energy through a collaboration with . 🔋 The high-tech facility in Vermont produces 8.75 million kilowatt-hours of renewable electricity annually, enough to power hundreds of homes. 🌿 The project reduces emissions, road traffic, and phosphorus pollution, supporting both environmental and economic sustainability. 🌍 The model could be a blueprint for other industries, showcasing the potential of industrial symbiosis in waste management. In a groundbreaking move, Ben & Jerry's is transforming its organic waste into a valuable resource, generating clean energy for Vermont's power grid. Through a partnership with PurposeEnergy, a cutting-edge anaerobic digestion facility in St. Albans is converting waste from the iconic ice cream brand into renewable energy. This initiative not only reduces waste but also aids in lowering emissions, setting a sustainable example for the industry. As the plant produces substantial renewable electricity annually, it underscores the potential of industrial symbiosis and renewable energy innovations. Turning Food Waste into Power The partnership between Ben & Jerry's and PurposeEnergy is a prime example of industrial symbiosis, where food production waste is turned into clean energy. This closed-loop system benefits both the environment and the local economy. Initiated by an agreement in 2021, the collaboration involves Ben & Jerry's supplying organic waste, including wastewater and out-of-spec products, to the facility. At the heart of this process is the high-tech anaerobic digestion facility in St. Albans, Vermont. Here, waste is piped directly from Ben & Jerry's factory to the digester, where it is broken down without oxygen. This decomposition produces methane-rich biogas, which is captured and used to generate electricity and heat. The plant is expected to produce 8.75 million kilowatt-hours of renewable electricity annually, enough to power hundreds of Vermont households. By feeding this electricity into the state's power grid, the facility contributes to a cleaner energy future. 'China Moves Decades Ahead': World's First Fusion-Fission Hybrid Reactor Set to Eclipse U.S. Efforts by 2030 Fueling the Future Beyond electricity, the plant also generates up to 45,000 million British thermal units of renewable thermal energy each year. This energy helps heat the digester and supports on-site operations, enhancing the plant's efficiency. Jenna Evans, PurposeEnergy's global sustainability manager, emphasized that this project reinforces Ben & Jerry's commitment to environmental sustainability, offering a long-term solution for organic waste management. By reducing road traffic, lowering greenhouse gas emissions, and decreasing phosphorus pollution, the facility marks a significant step towards a more sustainable future. Other regional food producers, such as Casella and Evergreen Services, are also contributing waste to the plant, indicating its growing influence in the area. The plant's success could make the St. Albans Industrial Park an attractive hub for other food manufacturers seeking sustainable waste disposal solutions. 'US on High Alert': Russia's Nuclear Icebreaker Invasion of the Arctic Threatens to Redraw Global Trade and Power Maps Investment and Impact The PurposeEnergy facility was developed with funding from Quinbrook Infrastructure Partners, a specialized investment manager focused on renewable energy. Officially opened in December 2024, the plant quickly began exporting electricity to the state grid. This initiative marks PurposeEnergy's most significant project since its acquisition by Quinbrook in April 2023. By integrating waste management and renewable energy production, the facility serves as a model for similar initiatives worldwide. If successful, this model could be replicated to help food producers reduce emissions and convert waste into clean energy. The facility not only highlights the potential for innovative waste solutions but also underscores the importance of strategic investments in renewable infrastructure. Japan Stuns the World with 310,000-Ton Oil Behemoth That Shatters Records and Reinvents the Future of Energy Transport Expanding the Model The success of the plant in St. Albans presents an opportunity to expand this model to other regions. Built on land from the Franklin County Industrial Development Corporation, the facility represents a new direction for waste management and renewable energy in Vermont. The integration of multiple food producers into this system enhances its sustainability and economic viability. As more companies join this initiative, the potential for reducing emissions and promoting clean energy grows. PurposeEnergy hopes that this centralized solution will inspire other food manufacturers to adopt similar practices. By providing a ready-made, sustainable waste disposal and energy system, the plant can serve as a blueprint for future projects. This approach could revolutionize how industries handle waste and contribute to a more sustainable world. The innovative collaboration between Ben & Jerry's and PurposeEnergy demonstrates the power of industrial symbiosis in creating sustainable solutions. By turning food waste into renewable energy, the facility not only reduces environmental impact but also boosts local economies. As other companies consider similar initiatives, what other industries could benefit from adopting such a sustainable approach to waste management? Our author used artificial intelligence to enhance this article. Did you like it? 4.5/5 (29)
CNET
5 days ago
- General
- CNET
9 Sneaky Household Items That Actually Clog Your Drains
As a proud new homeowner, I've learned the hard way about what not to pour down my drains. There are obvious drain-cloggers you should avoid disposing of in the kitchen or bathroom sink. But what about the sneakier culprits that aren't always mentioned until it's too late? Hopefully, you can learn from my mistakes and avoid clogged drains. The goal of this article is to rid you of the headache of cleaning up a mess or, even worse, having to resort to an expensive plumber. I adamantly suggest you never pour these nine common household items down the drain. However, accidents happen, so I also provide tips on how to conquer water that starts to backup in your sink. 9 household items that will clog your drain Vegetable peels Carrot, potato and other vegetable peels may fit down the drain but that's about the worst place you can put them. That organic refuse will cause backups and clogged drains faster than you can say "compost pile." Speaking of which, a compost pile or organic waste processor is exactly where those materials should go. Here's how to start a compost pile if you're new to the game. Oil and grease Bacon fat shouldn't be poured down the sink, but it can be saved and used in your next recipe. Talisman Oil and grease are two of the most common drain-clogging substances. Large amounts of cooking oil left in the skillet or a mound of leftover bacon fat from breakfast are surefire ways to build up gunk in your kitchen pipes over time. Oil should be fully cooled and placed in a sealed receptacle before being tossed. Pork fat and bacon grease can be used to flavor your next recipe or season a cast-iron skillet. Read more: 8 Ways to Use Leftover Bacon Fat Oil-based foods: Salad dressing, mayo, marinades, chili crisp Try to avoid putting large amounts of mayo or salad dressing down the kitchen drain. MemoriesThe same goes for oily foods including salad dressing, mayonnaise, marinades and more. A small spot of mayonnaise may not cause an issue, but dumping a whole bottle of past-its-prime balsamic dressing or teriyaki marinade could cause problems. Heavily oil-based foods can't be composted and should be tossed in the garbage. Coffee grounds Coffee grounds can be composted but they shouldn't go in the sink. Chris Monroe/CNET If you make a pot of coffee every morning, disposing of the grounds is just part of the routine. Coffee grounds can be composted, but they should not go down the drain. Over time, coffee grounds will build up in the pipes and cause a backup. If you don't have one, consider starting a compost pile to keep food scraps from ending up in the sink and garbage. Use this helpful trick to avoid that compost pile stench in your kitchen. Or add a countertop food scrap processor like the Lomi or Mill Bin if composting isn't in the cards. Flour Extra flour should be composted or thrown away. iStockphoto/Getty Images If you've seen what happens to flour when it mixes with water, you know why it's not a good idea to pour it down the drain. Imagine a dense bread dough trying to make its way through your pipes. Not pretty. If you have leftover flour from a baking project or a recipe, you should compost it or else throw it away. Dirt and soil Fight the urge to flush excess potting soil down the kitchen drain. Justin Tech/CNET I'm admittedly guilty of this one. The kitchen sink seems like the perfect place to transfer an indoor plant from pot to pot, but soil and other dirt types can very easily clog your drain. If you can do it without letting more than a few granules down the sink, you'll probably be OK. If heaps of potting are involved, you'd be wise to take the project outside. Rice and pasta Be it cooked or uncooked, rice does not belong in your pipes. Compost it instead. Brian Bennett/CNET Unless you have a garbage disposal, no food scraps should be going down the drain. Rice and small pasta are especially tricky since they can sneak past your drain guard and end up in pipes they shouldn't be. To stop a starch-based clog before it happens, discard leftover grains and pasta in the compost pile or trash bin if you're not composting. Paper products Paper products, no matter how thin, do not go down the kitchen drain. Angela Lang/CNET There are no paper products that should go down the drain, even those made from thin compostable. Certain kitchen products like plates, bowls and napkins can be composted, but check carefully before adding them to your kitchen pile or smart kitchen bin. Otherwise, they should be tossed. Paint Oil-based paint is about the worst thing you could pour down the kitchen sink. Try mixing it with kitty litter until it dries before disposing of it.I've been guilty of this one, too but it's time to break the habit. Because paint is liquid, it might seem like a candidate for the kitchen sink but it's not. Paint adheres to pipes and if it dries, it becomes a serious plumbing problem. One genius hack for disposing of old paint: kitty litter. Mix some litter with the old paint can until it turns solid and toss it in the garbage. Check with your local sanitation service for certified disposal facilities for oil-based paints. How to unclog a drain with household items Is there anything baking soda and vinegar can't do? Angela Lang/CNET If your drain does clog, try a combination of vinegar, baking soda and boiling water water. There are many reports from LifeProTips and Lifehacks Reddit threads of this quick fix saving homeowners in a pinch. There are also chemical drain cleaners to help get things moving -- although a plumber we spoke to told us why you should be cautious with chemical drain cleaners. To stop food and solids from getting into the kitchen drain, a $10 sink strainer will save you grief later on. Most important is knowing which foods and household materials to keep out of the kitchen sink and avoid a clogged pipe catastrophe in the first place. FAQ
