Reinis

Supplier: Lignine pellets

Supplier: Sunflower pellets, lignin pellets, peak briquettes.

The best of both worlds. Higher heat output from the softwood, with the stable burn of hardwood. More than 8600 BTUs per pound and under one percent ash create a hot, yet clean fire. This pellet is also available in 20lbs bags to make it a little easier on your back. We source our softwood pellet raw materials from softwood residues from sawmills and other softwood processing. No whole trees are used in Energex wood pellets. Softwood has a lower density than hardwood in its original form, so it burns faster at a higher temperature. However, this changes once the softwood is densified into a wood pellet and has the same density as a hardwood pellet. The biggest difference comes with the extra lignins in softwood pellets make them burn hotter than hardwood, meaning production quality truly decides what you will get out of your pellets. It is not determined based on the wood species.

Donot underestimate our Hardwood Premium wood pellet. We took a wood stove staple that provides a high BTU value and ash levels on par with higher-end options while keeping an affordable price. Get over 8500 BTUs and enjoy an ash level under one percent. Hardwood fuel pellets come from sawmill residuals of hardwood lumber or other residuals from hardwood processing. Due to a higher density in its original form, hardwood tends to burn longer and slower than softwood, but at a lower temperature. However, once hardwood and softwood become pellets, they are compressed to a similar density and burn in a much more similar manner. However, hardwood pellets will not burn quite as hot as softwood pellets due to a lower concentration of lignins in the wood. What matters, in the end, is quality whether hardwood or softwood, a wood pellet is only as good as the company making it. The species of wood for the pellets is never the deciding factor.

We are the direct supply of this certified Dinplus Wood Pellet. As a renewable fuel, wood is the perfect solution for a secure, sustainable heating supply. Unlike fossil fuels, burning wood pellets is broadly carbon neutral. Burning wood pellets releases the same amount of carbon dioxide (COâ??) as the tree absorbed when it was growing. The carbon cycle therefore remains in equilibrium. Wood pellets are a genuine alternative to fossil fuels and, averaged over the long-term, cheaper than comparable fuels. In addition, prices are less prone to fluctuation than fuels such as heating oil and natural gas. Our pellets and briquettes are subject to constant internal and external quality controls, which guarantee a continuously consistent top quality. As a result, quality products achieve test results that far exceed the requirements of current standards. Manufactured to:DIN EN 14961-2 A1; 6mm Ash melting point:> 1.350 �°C Average length:23mm Diameter:6mm High density:>1,12 kg/dm�³ Low abrasion/dust content:

Wood Pellets are a type of biomass fuel made from compressed sawdust, wood shavings, and other wood residues. They are widely used as a renewable energy source for heating and power generation. The process of making wood pellets involves drying, compressing, and extruding the wood material into small, cylindrical pellets, typically measuring 6-10 mm in diameter and 10-30 mm in length. Their high energy content and consistent size make them an efficient and convenient fuel source. Key Characteristics of Wood Pellets: 1. Composition: - Raw materials: Wood pellets are typically made from sawdust, shavings, and residues from sawmills or wood processing industries. Hardwood or softwood can be used, though the type of wood affects the pellet's burning characteristics. - Binders: During the pelletizing process, the natural lignin in the wood acts as a binder, so no additional chemicals are usually needed. 2. Energy Content: - High calorific value: Wood pellets have an energy content of approximately 4,000 to 5,000 kcal/kg, depending on the type of wood and the moisture content. - Low moisture content: Typically, wood pellets have a moisture content of less than 10%, which contributes to their high efficiency when burned as fuel. 3. Environmental Benefits: - Renewable: Wood pellets are considered a renewable energy source because they are made from natural and abundant wood residues. - Carbon neutral: When burned, wood pellets release CO2, but since this carbon was absorbed by the trees during their growth, the process is considered carbon neutral, contributing less to global warming compared to fossil fuels. - Sustainable production: Many producers source wood from sustainably managed forests, ensuring the long-term availability of raw materials. 4. Applications - Residential heating: Wood pellets are commonly used in pellet stoves and boilers to heat homes. They are a clean, efficient, and cost-effective alternative to traditional wood logs or coal. - Industrial energy: Large-scale power plants and industrial facilities use wood pellets to generate heat or electricity. Some countries, especially in Europe, use wood pellets in co-firing processes with coal to reduce carbon emissions. - District heating: In some countries, wood pellets are used in district heating systems that provide heat to multiple buildings from a central plant. 5. Advantages: - High energy density: Wood pellets are dense, making them more efficient for transport and storage compared to other biomass fuels like wood chips or logs. - Low ash content: When burned, wood pellets produce very little ash (less than 1%), making them cleaner to handle and easier to maintain in heating systems. - Consistency: Their uniform size and moisture content ensure consistent combustion, making them easier to regulate in automated heating systems.