From the soil beneath our feet to the way we produce energy, discover practical applications for biochar and its co-products.
Talk to our team
01Explore biochar amendments for water retention, nutrient availability and soil structure, with a range of formats for different growing practices.
02Discover La Bonne Terre for bedding and discuss feed-related applications with the FORCHAR team.
03Explore FORCHAR charcoal, available bag formats and options for bulk orders.
04Explore pyrolysis oils and other co-products, alongside biochar applications in filtration, materials and industry.
05Discover biomass conversion, energy recovery and cogeneration within FORCHAR’s large-project approach.
Tell us about your application, the quantity you need and your delivery location.
Get a quote on WhatsAppAlso known as bio-crude or bio-oil, is a synthetic fuel substitute for petroleum (under investigation). It remains an interesting source of biochemicals and renewable compounds with significant market interest.
Please contact Admin. Or Purchasing At (+1 (437) 343-7339 for a quotation. Thank You
Commonly known as pyroligneous acid or wood vinegar, this liquid compound is produced through the precisely controlled pyrolysis of wood biomass. Utilizing shredded lumber waste as feedstock, the pyrolysis process yields high-quality, value-added oils with a wide range of applications, including use as natural food flavorings, plant protection agents, and growth enhancers
Please contact Admin. Or Purchasing At +1 (437) 343-7339 for a quotation. Thank You
Syngas, or Synthetic Natural Gas. We produce Syngas as a byproduct when producing Biochar through pyrolysis of dry shredded lumber waste. Syngas is combustible and can be used as a fuel for internal combustion engines to run turbines to generate electricity.
Syngas is a crucial intermediate resource for producing hydrogen, ammonia, methanol, and synthetic petroleum for fuel or lubricant.
Please contact Admin. Or Purchasing At +1 (437) 343-7339 for a quotation. Thank You
Our Biochar, produced in chunks form by subjecting plant residues from forest biomass to a thermolysis-type heat treatment, represents an extraordinary source of alternative and non-polluting energy.
Because of it’s greater calorific value than most fuels, Mineral Coal, unfortunately, still occupies a significant share in combustion recipes of metallurgic, cement, hydroelectric power plants, and other sectors requiring high input of thermal power.
Our Biochar, on the other hand, competes wonderfully with Mineral Coal, surpassing its calorific value. Recent laboratory tests that we carried out in April 2023 in collaboration with the cement industry, reveal that our Biochar has in most cases, an advantage of 1 to 5 Gigajoules in thermal power over mineral coal. (Biochar: 31-33 GJ – Mineral Carbon: 26-30 GJ). Alternative energy is the way of the future to transition to the green economy
