Organic Recycling Systems Ltd

The order has been classified as a large-scale contract, with an estimated value in the range of Rs 50'100 crore. The proposed facility will have a production capacity of 10 tonnes per day (TPD) of CBG using agro-based feedstock and will form part of a larger integrated modern gaushala project, the company said. Under the contract, ORSL will undertake equity participation and execute the project on an end-to-end EPC basis. The scope includes detailed engineering, technology integration, supply of critical equipment, construction, installation and commissioning of the plant. The project marks a strategic collaboration between the two companies and is part of a broader plan to deploy 10 such integrated projects across various locations in Madhya Pradesh over the next three years. The total planned investment for these projects is estimated at Rs 500'600 crores. The development strengthens ORSL's presence in the compressed bio-gas and sustainable waste-to-energy segment. Sarang Bhand, Managing Director, ORSL, said: This project reinforces ORSL's commitment to delivering scalable, future-ready infrastructure that bridges agriculture, sustainability, and renewable energy. Our collaboration with Shreyam Manek Agro Product demonstrates the growing industry confidence in integrated circular economy solutions, and we look forward to executing this project with the highest standards of engineering excellence. Pankaj Tanwar, CEO - Bioenergy of ORSL, said: 'This project reflects the strength of ORSL's integrated agri-energy infrastructure where engineering excellence meets long-term operational sustainability. We remain focused on delivering reliable, highperformance solutions that create measurable environmental and economic value for all stakeholders.'. Organic Recycling Systems engaged in the business of providing Infrastructural Facilities. On a full-year basis, the company's standalone net profit declined 8.6% to Rs 3.42 crore in FY25, even as revenue from operations surged 39.2% to Rs 25.23 crore compared with FY24. Powered by Capital Market - Live

Organic Recycling Systems (ORSL) has secured a large-scale order from Shreyam Manek Agro Products  for the construction of a state-of-the-art Integrated Compressed Bio-Gas (CBG) and biofertilizer project in Damoh, Madhya Pradesh. The facility is designed to produce an output of 10 TPD (Tons Per Day) of CBG using agro feedstock and is part of larger integrated modern gaushala. As per the company's project classification, the order is valued between Rs 50 crore to Rs 100 crore. Under the scope of this contract, ORSL will undertake equity participation, end-to-end EPC execution, encompassing detailed engineering, technology integration, supply of critical equipment, construction, installation, and commissioning of the facility. The project reflects a strategic collaboration and is part of a larger plan of 10 (ten) such integrated project to be deployed in various locations of Madhya Pradesh with a total outlay of 500-600 Cr INR within a period of 3 years. Powered by Capital Market - Live

Organic Recycling Systems (ORSL) announced that its Research & Innovation Centre (RIC) at MIDC Mahape, Navi Mumbai, has been accredited under ISO/IEC 17025:2017 by the National Accreditation Board for Testing and Calibration Laboratories (NABL), certifying the laboratory's technical competence in testing and calibration. The accreditation enables ORSL to offer globally accepted, independent testing and validation services, significantly expanding the commercial and revenue-generating scope of its R&D infrastructure. Powered by Capital Market - Live

Organic Recycling Systems (ORSL), though it research and innovation centre has signed a landmark Memorandum of Understanding (MoU) with the Indian Institute of Technology (Banaras Hindu University) Varanasi [IIT (BHU) Varanasi], one of India's premier research institutions, to jointly pursue advanced research, technology development, and innovation in the bioenergy and waste valorisation sectors. The partnership aims to build a robust industry-academia ecosystem focused on solving real-world challenges in anaerobic digestion, improving biomethanation efficiencies, developing innovative digestate-based products, engineering modular AD systems, and accelerating commercialization of next-generation waste valorisation solutions. This MoU reflects ORSL's long-term vision to strengthen its R&D capabilities, expand collaboration with scientific leaders, and drive sustainable energy solutions across India. Key Areas of Collaboration ' Anaerobic Digestion & Feedstock Innovation - Feedstock characterization, high-solids/dry AD optimization, and improved reactor design to enhance biogas yield. ' Microbial Dynamics & Bioaugmentation - Metagenomics-based microbial profiling, development of specialized microbial consortia, and early-warning tools for plant stability. ' Process Modelling & Control Systems - Kinetic and ML-driven models, predictive performance tools, and adaptive control strategies for reliable digester operation. ' Digestate Valorisation - Converting digestate into fertilizer-grade products, improving nutrient balance, dewatering, and integrating biochar.Powered by Capital Market - Live

Organic Recycling Systems will hold a meeting of the Board of Directors of the Company on 11 November 2025.Powered by Capital Market - Live

Organic Recycling Systems has revised the meeting of the Board of Directors which was scheduled to be held on 11 November 2025. The meeting will now be held on 12 November 2025.Powered by Capital Market - Live

Organic Recycling Systems will hold a meeting of the Board of Directors of the Company on 12 November 2025.Powered by Capital Market - Live

Organic Recycling Systems has revised the meeting of the Board of Directors which was scheduled to be held on 11 November 2025. The meeting will now be held on 12 November 2025.Powered by Capital Market - Live

Organic Recycling Systems announced a significant milestone in advancing Compressed Biogas (CBG) technology. The MethanoBoost Catalyst (MBC) developed by ORS has been validated by the Sardar Swarn Singh- National Institute of Bio-Energy (SSS-NIBE) for its potential to enhance biomethane yield and process efficiency. The MBC is a proprietary catalyst designed to enhance biomethane yield & digestate enrichment in anaerobic digestion systems. Its advanced formulation, enriched with dispersed nanoparticles, facilitates in-situ CO'' methanation, thereby boosting overall methane production. The breakthrough validation by SSS-NIBE marks a step forward in sustainable CBG production, where MBC, derived from biomass residues, acts as an accelerator to improve microbial activity and optimize bio-methane yield. Independent laboratory evaluations and subsequent pilot-scale trials by SSS-NIBE validated MBC's efficacy in enhancing biomethane generation. Mechanistically, MBC improves redox conductivity, enhances direct interspecies electron transfer (DIET), and stabilizes pH buffering-key factors that underpin efficient hydrolysis and methanogenesis. Overall, MBC increases methane yield by up to 30%, while simultaneously improving process stability and substrate-to-biogas conversion efficiency. The MBC demonstrates a scalable, robust, and sustainable solution for intensifying bio methanation efficiency, especially in systems utilising lignocellulosic substrates like Napier Grass & Paddy Straw. Its dual impact-enhancing Biomethane yield and digestate enrichment- positions it as a transformative catalyst for integrated waste-to-Bioenergy and biofertilizer applications. The incremental methane yield directly improves profitability and supports more sustainable CBG plant operations. Powered by Capital Market - Live

Organic Recycling Systems announced that the 17th Annual General Meeting(AGM) of the company will be held on 11 September 2025.Powered by Capital Market - Live