DIN Peat Pellets For Heating

DIN Peat Pellets For Heating

Quality: DIN
Diameter (mm): 6,8,10,14 mm
Ash (%): ≤ 1.0% max 3%
Moisture (%): ≤ 12
Packaging: 15 kg, 16 kg, 25 kg, 40 kg, Big Bags, Loose
Length (mm): 3,15 ≤ L ≤ 40
The heat of combustion (MJ / kg): ≥ 17,5
Bulk density (kg/m3): ≥ 700-750

Category:

Description

DIN peat pellets are compressed biomass products made primarily from peat and are often used as a heating fuel. They are similar to wood pellets but have distinct characteristics due to the properties of peat. Here’s a detailed overview of DIN peat pellets:

### Features of DIN Peat Pellets:
1. **Composition**:
– Made from naturally decomposed organic material (peat), harvested from bogs.
– Often processed to meet specific moisture and density requirements.

2. **DIN Certification**:
– The **DIN** (Deutsches Institut für Normung) certification indicates that the pellets meet high standards for quality, uniformity, and combustion performance.
– Certification ensures compatibility with modern pellet stoves and boilers.

3. **Heating Efficiency**:
– Peat has a high calorific value, often ranging between **4.5 to 5.5 kWh per kilogram**, depending on the moisture content and quality.
– Pellets burn efficiently and produce steady heat.

4. **Moisture Content**:
– Typically lower than raw peat due to processing, resulting in better combustion efficiency.
– Moisture content usually falls below **10%** in certified products.

5. **Ash Content**:
– Peat generally produces more ash than wood pellets. Ash content can range from **1% to 6%** depending on the source material.
– Ash needs to be managed properly, and some modern stoves and boilers are designed to handle higher ash levels.

6. **Environmental Impact**:
– Peat harvesting can have ecological implications, as it involves extracting material from bogs, which are important carbon sinks.
– It’s less sustainable than wood pellets unless sourced from managed and restored peatlands.

7. **Applications**:
– Used in residential pellet stoves, boilers, and industrial heating systems.
– Suitable for regions where peat is readily available and economically viable.

8. **Advantages**:
– High energy density.
– Steady and consistent burn.
– Compatible with many pellet heating systems.

9. **Disadvantages**:
– Higher ash production compared to wood pellets.
– Environmental concerns due to peatland extraction.
– May not be as widely available as wood pellets in some regions.

### Key Considerations:
– Ensure your heating system is designed or adjusted to accommodate the specific combustion properties of peat pellets.
– Check local regulations and certifications to ensure compliance with environmental standards.
– Compare costs with other biomass fuels like wood pellets to determine economic viability.

 

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