Pyrolysis of agricultural residues to produce bio-oil having No.2 fuel oil characteristics for greenhouse heating systems

Stéphane Godbout, researcher

Stéphane Godbout

Researcher

418 643-2380
ext 600

Contact Stéphane Godbout

Description

The project generated scientific knowledge on: optimal parameters for the rapid pyrolysis of agricultural residues and the characteristics of the outputs; enhanced properties of bio-oil from rapid pyrolysis using plastic residues; proportions of No. 2 bio-oil/conventional fuel oil mixes and required equipment modifications to ensure optimal combustion; and agronomic use of bio-charcoal in soil and planting media.  More generally, the aim was to bring about a significant reduction in GHG emissions and develop a new method of reusing agricultural waste. The economic feasibility of using bio-oil from different processes was also measured and analyzed.

Objective(s)

  • Acquiring knowledge on using rapid pyrolysis to produce fuel from agricultural residues for greenhouse heating systems that use No. 2 fuel oil.

From 2014 to 2017

Project duration

Waste conversion

Service

As a result of this project Canadian and U.S. patents were obtained for a vertical auger reactor that converts organic waste into bio-oil.

Partners

Innov'Action | Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec | Agriculture and Agri-Food Canada | Centre de recherche industrielle du Québec | Syndicat des producteurs de serres du Québec (SPSQ) | McGill University | Université Laval

Publications

This may interest you

Flowers
2016-2017

Evaluating the use of flower strips in a biological and integrated pest control program at an ornamental nursery

As part of an integrated pest control program, the company Les Serres Rosaire Pion & fils launched an innovative project on the use of flower strips in potted perennial production.

Read more about the project

Boivin Lake, Granby
2016-2017

Monitoring and modeling of the Lac Boivin watershed, Granby, Québec

The project consisted of monitoring the hydrology of the main watercourses flowing into Lac Boivin to determine their flow rates and sediment, nitrogen, and phosphorus inputs to the lake.

Researcher: Aubert Michaud

Read more about the project

Aubert Michaud