Reliable Bio Power Solutions

 Fully automatic, highly compact and effective, Synod Waste Composting Machine addresses the waste management needs of residential and commercial spaces. Built with sturdy materials, the machine uses micro-organisms to break down organic wet waste into compost in a natural and biological environment, with volume reduction of 85-90% 

 Biogas as an energy source on a large scale has considerable advantages, in comparison with fast depleting fossil fuels traditionally used for energy production. Because of the versatility of biogas as a low pollutant, high yielding, renewable energy source, it can be used to produce electricity, generate heat and bio-methane gas for small and large establishments. 

Our Bio-CNG plant converts organic waste into compressed natural gas (CNG) for use as a clean-burning fuel. This process involves breaking down waste in an anaerobic digester, purifying the resulting biogas, and compressing it to a high-quality, grid-standard gas. Our plants offer a sustainable solution for waste management and energy production 

 Waste collection, primarily the sourcing of solid, wet and dry waste is a significant part of the waste management cycle. Successful solid waste management is one that seamlessly manages the storage, collection, transport, segregation and final disposal of waste. Miura Bio power understands the difficulty and complexity associated and provides curated solutions to its clients.

Miura Biopower waste audit and consultancy service helps organizations understand and improve their waste management practices. This involves analyzing the waste stream, identifying areas for reduction and diversion, and implementing sustainable solutions to minimize environmental impact and potentially reduce costs and develop waste reduction strategies.  

Our team of expert technicians provide operation and maintenance support for Biogas plants which involve managing key parameters for efficient biogas production and ensuring the plant's components remain functional. This includes monitoring temperature, pH, mixing, and retention time within the digester, as well as maintaining the integrity of the digester, gas piping, and other equipment.