Traditional fertilizers are highly inefficient, with a major loss of nutrients and associated
pollution. Alternatively, biochar loaded with phosphorous is a sustainable fertilizer that …

This study investigates a commercial granular organomineral fertilizer (GOF) produced by
physically mixing landfill paper and cellulose industry waste composted over a long period …

Pyrolysis of calcium-rich feedstock (eg, poultry manure) generates semi-crystalline and
crystalline phosphorus (P) species, compromising its short-term availability to plants …

Transforming municipal sludge (MS) into biochar via co-pyrolysis with calcium salts
enhances phosphorus (P) recovery and reduces the risk of heavy metal contamination. In …

Purpose Compared with mineral fertilizers, the use efficiency of nitrogen (N), phosphorus
(P), and potassium (K) from organomineral matrices increases as biochar is mixed with …

Introduction Boron (B) is critical for plant growth, yet its movement in soil is often hindered by
leaching and adsorption, leading to deficiencies. Tackling these issues is essential for …

Tillage conservation practices (CA), traditional agriculture (TA), and liming influence soil
properties and crop yield. However, it is essential to demonstrate which tillage and liming …

Much progress has been made in understanding the conditions of biochar production
related to biochar properties and carbon (C). Still, very little knowledge has been gained …

Biochar-based fertilizers (BBFs) agronomic performance depends on its nutrient pools,
electrical conductivity (EC) and pH, conventionally assessed by laboratory classical wet …