Waste Paper Pellet Machine

waste-pellet
waste-pellet

Save Costs by Converting Waste Paper into Fuel Pellets

Transforming waste paper into fuel pellets offers substantial cost savings and environmental benefits. Studies reveal impressive daily savings of $500 in landfill disposal and over $6,000 in ash handling and other variable costs. Additionally, it reduces future coal purchases. Each 1.5 tons of paper pellets equals the energy of a ton of coal, slashing fuel expenses by $45 per ton.

To achieve these savings, consider purchasing the waste paper pellet machine offered by XUEZAO MACHINERY. Our reliable waste paper pellet machines, ideal for industrial fuel or home heating, have been rigorously tested and proven effective. We recommend two popular models suited for small and medium-scale pellet producers: the XZLM300 Small Pellet Mill with an electric motor and the XZ-300D Flat Die Pellet Press with a diesel engine.

paper_pellet_mill
paper_pellet_mill
Model
Power
Engine
Capacity(kg/h)
Dimension(mm)
XZLM300 Small Pellet Mill with Electric Motor
11kw
Electric motor
300-360
1270*520*1070
XZ-300D  Flat Die Pellet Press
55HP
Diesel engine
2270*620*1260

 

 

 

waste_paper_for_paper_pellet_mill
waste_paper_for_paper_pellet_mill
paper_pellets
paper_pellets

However, before feeding the waste paper into the pellet machine, ensure the material size is under 5mm. If not, utilizing the XZ420 waste paper hammer mill becomes necessary. This machine grinds paper into the required size efficiently.

Technical data of AZS420 hammer mill

Model
AZS420
Capacity
300-400 kg/h
Speed of main spindle
3500 r/min
Rotor diameter
420mm
No. of hammers
20
Diameter of sieve pore
2-6mm
Size of sieve
275*720mm
Power
7.5kw/ 4 phase/ 1450r/min
Weight
160kg
Dimension
1620*730*960mm

 

 

 

 

 

 

 

paper_crushing_machine
paper_crushing_machine

Waste paper proves highly suitable for biofuel pellet production due to its ease of separation from the waste stream, homogeneity, and minimal noncombustible content. It requires minimal processing for direct conversion into efficient fuel pellets, making storage and combustion hassle-free. Furthermore, burning waste paper pellets releases low sulfur and nitrogen oxides emissions.

An array of waste paper types is suitable for the waste paper pellet machine. These include newspaper, glossy paper, white office paper, colored office paper, envelopes, tissue, treated paper (NCR), beverage and waxed milk boxes, kraft paper, boxboard, and cardboard. Each type possesses distinct calorific values, further enhancing their utility for fuel production.

The calorific values per pound for various waste paper types range from 5228 to 7803 Btu/lb, making them viable and energy-efficient options for fuel production.

The advantages of waste paper pellets are manifold:

1. Conversion into fuel pellets reduces the demand for landfill space significantly, offering an alternative to the conventional disposal method for waste paper.

2. Burning waste paper pellets directly reduces fuel costs, making it an economical choice.

3. Waste paper pellets produce fewer hazardous emissions compared to coal, minimizing nitrous oxides and sulfur dioxide that contribute to acid rain.

4. These pellets are easy to handle with equipment designed for coal, particularly in stoker or circulating fluidized bed boilers.

Opting for waste paper pelletization not only yields substantial cost savings but also contributes positively to environmental sustainability by repurposing waste into a valuable energy resource. Consider investing in a waste paper pellet machine to harness these economic and ecological benefits.

Related Post

1 Ton Coconut Shell Pellet Production Line | Henan Xuezao Machinery

1 Ton per Hour Coconut Shell Pellet Production Line As a professional biomass equipment manufacturer, Henan Xuezao Machinery Equipment Co., Ltd. provides a complete solution for producing 1 ton of coconut shell pellets per hour, from raw material crushing to final packaging. Coconut shells are an excellent raw material for biomass pellets, known for their high calorific value and low ash content, making them an ideal coconut shell fuel for industrial boilers and power generation. Why Choose Coconut Shell for

Sugarcane leaf pellets

Converting Sugarcane Trash to High-Quality Ruminant Feed with a Sugarcane Trash Pellet Machine

In Indonesia’s vast agricultural landscape, sugarcane is a powerhouse commodity. However, the true untapped potential often lies not in the cane stalk, but in the millions of tonnes of fibrous waste left behind in the fields—the sugarcane trash (leaves and tops). Traditionally, this residue is either burned, contributing to air pollution, or left to decompose. Yet, for Indonesia’s burgeoning livestock sector, this discarded material represents a solution to one of its biggest challenges: the stable, affordable supply of roughage for

Sugarcane leaf pellets

Maximizing Profit with a High-Capacity Sugarcane Bagasse Pellet Machine

Indonesia, the archipelago nation, stands at a pivotal moment in its energy trajectory. With ambitious targets to increase renewable energy share, the transition away from fossil fuels is not just an environmental imperative—it is a massive economic opportunity. At the heart of this opportunity lies the country’s abundant agricultural waste, particularly the millions of tonnes of sugarcane bagasse and trash generated annually. For industrial investors and savvy entrepreneurs, converting this low-value residue into high-value biomass fuel pellets represents the true

Complete Guide to a 2 Ton/Hour Chicken Feed Pellet Production Line

Producing chicken feed pellets has become a modern trend in poultry farming. Compared to powder feed, pellets provide better digestibility, less waste, and consistent nutrition. In this article, we’ll explain how to build a 2 ton/hour chicken feed pellet production line, and what you need to know about feed formulation and equipment setup. 1. Choosing raw materials The most common raw materials include corn, soybean meal, rice bran, fish meal, and minerals.Each plays an important nutritional role: Corn – main