On July 2, 2025, MSWsorting hosted a high-profile Indian delegation at its state-of-the-art Waste-to-Refuse-Derived Fuel (RDF/SRF) facility in Zhejiang, China. The visit spotlighted MSWsorting's advanced RDF pelletizing technology, featuring industry-leading 10-20mm diameter pellets specifically designed to meet India's growing demand for compliant alternative fuels.
With India implementing stringent environmental regulations that mandate higher RDF co-processing rates in waste-to-energy plants, MSWsorting's precision-sized RDF pellets provide an optimal solution. The delegation witnessed firsthand how MSWsorting's proprietary system transforms municipal solid waste into RDF – the ideal specification for efficient combustion in India's cement kilns and thermal power plants.
Why MSWsorting's 10-20mm Diameter RDF Pellets Are Ideal for India:
Perfect Combustion Geometry: The engineered 10-20mm diameter ensures optimal air-to-fuel ratios for cleaner, more efficient energy recovery
Material Consistency: Uniform sizing eliminates bridging and feeding issues in combustion systems
Regulatory Ready: Fully compliant with India's new standards for alternative fuel quality (CPCB guidelines)
Higher BTU Yield: Compact pellet structure delivers superior calorific value compared to irregular SRF
The delegation included executives from major Indian waste management firms and energy producers currently transitioning to higher RDF usage. Technical discussions focused on:
Turnkey plant configurations for Indian waste streams
Emission control synergies with India's NCAP (National Clean Air Program)
Custom pellet formulations for different regional waste compositions
Next Steps:
MSWsorting announced plans for a technical workshop in Mumbai to demonstrate Waste-to-RDF discussions with Indian partners.
About MSWsorting:
A global leader in advanced waste processing systems, MSWsorting delivers engineered solutions for the circular economy. Its patented RDF pelletizing technology is deployed across many countries, helping clients transform waste liabilities into clean energy assets.