Advanced method development to convert pulp and paper waste into renewable natural gas

The project involves the conversion of pulp and paper waste into renewable natural gas (RNG) using anaerobic digestion. It is the process in which microorganism converts the organics content into methane, hydrogen gas and carbon dioxide in the absence of oxygen. However, these microorganism are highly sensitive to change in pH, sulphates, organic load and temperature. Hence, the optimization of operating conditions are the crucial aspect of RNG production and treating pulp and paper sludge. The project will be undertaken in collaboration with Gazifère, Canada, which involves the development of model to increase the biogas yield and decrease the toxicity of pulp and paper sludge using anaerobic digestion. The project will provide the cost benefit analysis as well as environmental impact analysis of the production process will allow the partner organization to set-up the production scale at industrial level. The present work’s implementation will augment the multiple sectors including pulp and paper industries, RNG production, and domestic sector. In addition, the amount of sludge as well as toxicity will be reduced, hence decreasing the impact on the environment.

Faculty Supervisor:

Satinder Brar

Student:

Partner:

Gazifère

Discipline:

Life Sciences

Sector:

Utilities

University:

York University

Program: