Non-Members - Industrial Emitters/Academic/Gov

$1,699 + Tax (CAD)

  • Access to this rate is at the discretion of the organiser. The definition of industrial emitters refers to those organisations manufacturing materials including cement, metals, chemicals, glass, refined products, ceramics, paper.
  • Access to the full attendee list via the event app
  • Onsite hospitality – lunches, drinks and opportunities for networking in small groups throughout the event
  • Two day full access to all sessions in-person, interact and ask questions during panel discussions and roundtables
  • Network and arrange group meetings or 1-2-1 meetings with all attendees, including speakers and sponsors
Book Now

All Stakeholders

$2,699 + Tax (CAD)

  • Access to the full attendee list via the event app
  • Onsite hospitality – lunches, drinks and opportunities for networking in small groups throughout the event
  • Two day full access to all sessions in-person, interact and ask questions during panel discussions and roundtables
  • Network and arrange group meetings or 1-2-1 meetings with all attendees, including speakers and sponsors
Book now

Tech Start-Up Rate

$799.00 + Tax (CAD)

  • Access to this rate is at the discretion of the organiser. The definition of ‘Start-up’ refers to early-stage tech start-ups with less than 10 employees.
  • Access to the full attendee list via the event app
  • Onsite hospitality – lunches, drinks and opportunities for networking in small groups throughout the event
  • Two day full access to all sessions in-person, interact and ask questions during panel discussions and roundtables
  • Network and arrange group meetings or 1-2-1 meetings with all attendees, including speakers and sponsors
Book now

Add on: Site Visit for 2023

CHAR Tech Thorold Plant | Tuesday, 24 October, 2:00pm – 4:00pm

CHAR’s global first-in-kind, high temperature pyrolysis (HTP) process converts woody biomass to simultaneously produce two highly profitable green outputs ready for industrial application without generating greenhouse gases.

When commercially operational, CHAR’s Thorold facility will convert 75,000 tonnes of woody biomass to simultaneously produce 500,000 gigajoules of RNG and 10,000 tonnes of biocarbon per year.