ECOFUEL™ PiniKay Heat Logs. 960kg Pallet

ECOFUEL™ Pinikay are extremely dense heat logs made of 100% Oak & Beech sawdust from byproduct waste sourced from the sawmills. Through engineering and manufacturing processes, this sawdust, as a byproduct™, became a heat log.

Pinikay can be a great alternative to traditional logs or coal fires and is a cost-efficient heating source compared to the kWh produced.

We strive to reduce waste where possible and focus on recycling wood waste materials from sustainably managed forests to produce highly energy-efficient heating products.

Pinikay is our first ‘’Zero Packaging’’ heat log, and with every bale of Pinikay sold, we eliminate 3 sq. ft. of single-use plastic. Putting together just 842 bales of Pinikay, we’re eliminating a single-use plastic equal to a size of a tennis court.

ECOFUEL™ Pinikay is a high-energy & cost-efficient product, and heat output produced from a single kilo of Pinikay equals 5.26 kWh of energy.

10kg Bale = 52.6 kWh
960kg Pallet = 5,049 kWh
€1.12 per kg or 21.3c per kWh


Moisture content is extremely low, ranging between 5-6%.

The ash content from these heat logs is less than 1%, and as a 100% natural product, the ashes can also be utilised as fertiliser for your plants in a garden.

As smokeless fuel, Pinikay Heat Logs can be used in all types of solid fuel appliances, including traditional fireplaces and fire pits and can replace the need for fossil fuels like coal or peat.

For quick and easy lighting, we recommend using kiln-dried kindling & 1pc of Waxies.

Our first ‘’Zero Packaging’’ ECOFUEL™ product comes assembled into a bale of 12 x Heat Logs with 96 bales neatly stacked on 800 x 1200 pallets.

Pallet 96 x 10kg = 960kg

Single Bale = 10kg
12 Logs Per Bale
Length = 20cm Long
Diameter = 6.5cm

The bale is held together with two 100% recyclable straps.

We recommend you store your Pinikay Heat Logs in dry storage space. Storing this product incorrectly can result in the total loss of the product.

As a result of improper storage, the heat logs may expand and lose their density, resulting in a poorer burning experience.