RDF has a higher and more consistent calorific value than raw MSW because non-combustibles (glass, metal, stones) and wet organics are removed. This allows for higher efficiency and smaller furnace designs.

Depending on the processing level, the GCV of RDF ranges from 2500 to 3800 Kcal/kg, making it a powerful alternative to low-grade coal and biomass.

Yes. All our RDF boilers are manufactured under Indian Boiler Regulations (IBR), ensuring they meet the safety standards required for high-pressure industrial steam and power generation.

Our boilers can be configured to fire RDF Fluff (loose shreds) or RDF Pellets/Briquettes. Fluff is often used in larger traveling grate boilers, while pellets are ideal for smaller industrial units.

We typically recommend a Traveling Grate or Reciprocating Grate. These systems provide the constant agitation needed to prevent the plastic content in RDF from melting and sealing off the airflow.

Plastics create high-intensity heat. We design the furnace with water-cooled walls and specialized refractory to manage the rapid thermal release and protect the boiler structure.

Yes. Many plants co-fire RDF with Coal or Biomass. Our control systems can manage "Mixed Fuel" ratios to maintain steady steam pressure regardless of the fuel blend.

RDF ash can be sticky due to low melting point silicates. We use larger tube pitches and integrated Soot Blowers to ensure that ash deposits are regularly removed from the heat transfer surfaces.

To ensure complete destruction of complex organic molecules and odors, we design our furnaces to maintain a temperature of 850°C to 1000°C for at least 2 seconds.

Burning RDF releases Chlorine (HCl), which is highly corrosive. We use Inconel cladding on critical superheater tubes and maintain the tube skin temperature within a "safe zone" to prevent acid attack.

RDF fluff can be "stringy." We use Non-clogging Drag Chain Conveyors and rotary air-lock feeders to ensure a consistent, jam-free flow of fuel into the furnace.

RDF typically produces 10% to 15% ash. We provide automated Dry or Wet Ash Handling Systems to manage this volume efficiently.

No. By using VFD-controlled ID/FD fans and secondary air nozzles, we ensure a perfect air-to-fuel ratio for clean, complete combustion.

Due to the chemical nature of the fuel, we recommend quarterly internal inspections and an annual shutdown for detailed checking of the refractory and superheater sections.

Beyond high-temperature combustion, we provide Activated Carbon Injection and Lime Scrubbers to neutralize acid gases and capture heavy metals and toxins.

Industries often receive RDF at a lower cost than coal (sometimes even receiving a "tipping fee" to take it). Most plants recover their capital investment in 18 to 24 months through fuel savings.

Absolutely. Using RDF contributes to the Circular Economy and significantly reduces the carbon footprint by diverting waste from landfills, which is a major win for corporate sustainability goals.

A typical setup includes a Multi-cyclone Collector, a Dry/Semi-Dry Scrubber, and a High-Efficiency Bag Filter to meet the most stringent environmental norms.

Based in Ahmedabad, we have extensive experience in handling difficult, high-volatile fuels. We offer a rugged, IBR-certified design that is specifically optimized for the unique chemical profile of Indian RDF.