Table 3.

Laccase application for the valorization of agro-wastes.

LC Origin	Application	Results	Reference
Trichoderma asperellum	Pretreatment of sweet sorghum stover for biohydrogen production	Removal of up to 77% of lignin; 3.26-fold increase in biohydrogen production.	[136]
Pleurotus ostreatus	Pretreatment of apple pomace, potato peels, and coffee silverskin for energy production	Up to 83% saccharification yields and ∼70% phenol reduction using 2.5% vanillin as redox mediator	[137]
P. djamor	Valorization of pineapple leaf waste for biofuel production	Removal of up to 78.57% of lignin, 2.6-fold increase in reducing sugars	[138]
P. djamor	Pretreatment of sugarcane tops	Decrease of up to 79.1% of lignin content; increase of 3.3 fold in fermentable sugars	[139]
Pycnoporus cinnabarinus	Valorization of sugarcane bagasse for energy production	Decrease of up to 27% of lignin content; increase of 39% of glucose release	[140]
	Valorization of straw for energy production	Decrease of up to 31% of lignin content; increase of 46% of glucose release
Trametes maxima	Pretreatment of jute sticks for energy production	Decrease of up to 21.8% of lignin content; increase of 19.5% of glucose release using 5% HBT as redox mediator	[141]
Lentinus squarrosulus MR13	Pretreatment of kans grass (Saccharum spontaneum)	Decrease of up to 87.8% of lignin content; increase of 9% of bioethanol production	[142]
		Decrease of up to 81.2% of lignin content; production of up to 500 mg/g of fermentable sugars	[143]
T. versicolor	Pretreatment of coffee bean processing waste for composting	Increase in total plate count values	[144]