Kerone Engineering Solutions Ltd. produces renewable diesel fuels machine that are environmentally clean and sustainable. Our advanced facility, which is situated in the front of the renewable energy revolution, is furnished with the newest biofuel production technologies. By transforming a variety of renewable feedstocks, such as plant oils and animal fats, into high-quality renewable diesel, we are dedicated to lowering greenhouse gas emissions and reducing our reliance on fossil fuels.
It is a seamless and environmentally responsible option for transportation and industrial applications thanks to our novel technology, which guarantees a reduced carbon footprint while keeping the same level of performance and compatibility as conventional diesel. By offering a dependable source of renewable energy that benefits both our clients and the environment, we at Kerone are delighted to contribute to a cleaner and greener future.
An advanced industrial facility dedicated to the production of high-quality, environmentally friendly diesel fuel derived from renewable feedstocks is referred to as a Renewable Diesel Plant, Renewable Diesel Refinery, or Biodiesel Plant. In order to address the growing concerns about climate change and the requirement to lower greenhouse gas emissions in the transportation sector, these plants are crucial.
The processing of feedstock, which can be done with a range of renewable sources, including algae, waste greases, animal fats, and vegetable oils, is the core of a renewable diesel plant. The removal of contaminants from these feedstocks through a thorough cleaning and purifying process ensures a clean and reliable starting point for the production of sustainable diesel.
The process of hydro processing, also known as hydro treating, is used to convert the feedstock once it has been prepared. In this stage, the feedstock is heated, compressed, and exposed to hydrogen, which causes a sequence of chemical reactions to eliminate contaminants and lessen the feedstock’s viscosity. The end result is a product that is cleaner and more stable and may be used as a direct swap for conventional petroleum-based diesel fuel.
To achieve high fuel quality criteria, the hydro treated feedstock is then further refined. To make sure the finished renewable diesel product conforms to environmental regulations and offers outstanding performance qualities, this refining process comprises eliminating any remaining sulfur, nitrogen, and other impurities.