Nexterra Systems Corp.

Nexterra Systems Corp.

March 18, 2011 15:15 ET

Nexterra's Biomass Gasification System Officially Unveiled at UNBC

Solidifying Company's Position in the North American Institutional Market

PRINCE GEORGE, BRITISH COLUMBIA--(Marketwire - March 18, 2011) - A state-of-the-art clean energy system supplied and installed by Nexterra Systems Corp. was formally unveiled at the University of Northern British Columbia (UNBC) in Prince George, British Columbia. The latest successful implementation of the company's biomass gasification systems further positions Nexterra as a global leader in clean biomass energy solutions for institutional and industrial markets.

The UNBC project will convert locally-sourced wood residuals into clean burning syngas enabling UNBC to economically self-generate renewable heat. The system will displace up to 85 per cent of the University's natural gas consumption, contributing to energy cost savings of approximately $500,000 per year. The system will also reduce greenhouse gas emissions by up to 3,500 tonnes per year which is the equivalent of nearly 1,000 cars off the road.

The UNBC biomass project integrates campus operations with research teaching and community development. In a region with a sensitive air shed, the system will not impact Prince George's local air quality. The UNBC Bioenergy Project was selected as the #1 Campus Sustainability Projects in North America by the Association for the Advancement of Sustainability in Higher Education (AASHE).

"As a University we are always looking to establish new standards," said UNBC President George Iwama. "The objective of this project was not only to produce renewable energy but also to do it in the most sustainable way. Our wood source is just a few kilometers from campus. The building is built to LEED Gold standards. This facility was the heart of a case study that brought us the first place award for North America in campus sustainability, from the Association for the Advancement of Sustainability in Higher Education. We are confident we have the cleanest biomass system in North America."

"Partnerships like the one between UNBC and Nexterra showcase not only BC's ability to demonstrate leadership in innovation in the clean energy and technology sector, but also support our greater goals of driving strong economic growth and job creation around the province," said Premier Christy Clark. "From local employment opportunities in manufacturing, construction and ongoing fuel supply, these are the types of projects that will secure BC's future for the long term."

"We are delighted to partner with such an innovative university as UNBC," said Jonathan Rhone, President and CEO of Nexterra. "This project has helped established Nexterra as the new standard for low emission biomass energy systems leading to many new opportunities at universities and hospitals throughout the United States and Canada."

The UNBC bioenergy project was made possible by the federal and provincial governments through its Knowledge Infrastructure Program. The project attracted $5 million from the BC's Public Sector Energy Conservation Agreement (PSECA) and $3.5 million from BC's Innovative Clean Energy (ICE) Fund.

About Nexterra Systems Corp. - Nexterra Systems is a leading supplier of biomass gasification solutions that generate renewable heat and power for institutional and industrial customers. Nexterra has supplied commercial gasification systems for projects at the US Department of Energy, University of South Carolina, Dockside Green, Kruger Products, the University of Northern BC and Tolko Industries. Nexterra has strategic relationships with General Electric, Johnson Controls and Andritz Separation. Nexterra is a private company based in Vancouver, Canada. For more information: www.nexterra.ca

Backgrounder

UNBC Biomass Gasification System

About the University of Northern British Columbia Bioenergy Project

Location: Prince George BC
Total Bioenergy Project: $15.7 million
Energy Cost Savings: $500,000 per year
Natural Displacement: 80,000 GJ/year (equivalent to the natural gas required to heat 700 homes in BC per year)
GHG Emissions Reduction: 3,500 – 4,000 tonnes per year (equivalent of taking 1,000 cars off the road for a year)

Project Overview:
In 2009, UNBC selected Nexterra Systems Corp. to build a biomass gasification that would enable them to utilize wood biomass to displace natural gas used for heating the campus. The new gasification system will reduce UNBC's natural gas consumption by 85%, reduce energy costs by $500,000 and lower greenhouse gases by 3500 tonnes per year.

Local Economic Benefits:
The project used local construction, fabrication, installation and fuel supply including IDL Projects, Northweld Mechanical Installations, Houle Electric, Wainbee and Lakeland Mills. This has resulted in millions of dollars directly and indirectly invested into the northern communities, creating jobs and expertise in bioenergy.

Funding Partners:

  • $7.7 million in Federal and Provincial government support through the Knowledge Infrastructure Program
  • $5 million from the BC's Public Sector Energy Conservation Agreement (PSECA)
  • $3.5 million from BC's Innovative Clean Energy (ICE) Fund.

Campus Benefits:
The UNBC Bioenergy Project was selected as the #1 Campus Sustainability Project in North America by the Association for the Advancement of Sustainability in Higher Education (AASHE).

For more information on the project visit:
http://www.nexterra.ca/industry/unbc.cfm
http://www.unbc.ca/green/energy.html

What is Biomass and Why Biomass Gasification for Public Institutions?

Biomass is a low cost, carbon neutral fuel that enables universities and hospitals to self generate heat and power, reduce fuel costs and lower greenhouse gas emissions. The biomass gasification system at UNBC is designed to run on woody biomass including tree trimmings, land clearing debris, clean construction debris, as well as residues from sawmills and value added wood manufacturers. 

A key reason for the emerging prominence of bioenergy is that it is a low cost source of renewable energy that is widely available and can provide a continuous supply of thermal heat or electricity. BC carbon neutral government mandate requires all BC public sector institutions to be carbon neutral by 2010. For public institutions Nexterra's biomass gasification provides a new standard of ultra low air emissions compared to traditional combustion equipment that will not negatively impact local air quality. Nexterra's systems are commercial proven, highly efficient, versatile and reliable and have been adopted by public sector agencies across North America including the US Dept. of Energy, health care centers and other universities such as UBC and the University of South Carolina.

How the Biomass System Works at UNBC

  1. Sawmill residue from Lakeland Mills of Prince George is delivered to the fuel storage area, which can hold up to 60 tonnes of material. In a typical year, the UNBC Bioenergy Plant will consume about 6000 dry tonnes of fuel, equivalent to about 430 truck loads per year (1 – 2 trucks per day).
  2. Fuel enters the gasifier and goes through several stages including drying, pyrolysis, (chemical change brought about by heat) and gasification. The wood is converted into a synthetic gas "syngas" which can be used like natural gas.
  3. The syngas is conveyed into the oxidizer where it is fully combusted. The resulting hot flue gas is directed through a boiler to produce hot water.
  4. Hot water from the boiler is conveyed via an underground piping system and distributed to heat campus buildings. Cool water is circulated back to the boiler where it is re-heated.
  5. After exiting the boiler the flue gas is cleaned in an electrostatic precipitator that filters out the particulate matter before being released to the atmosphere. The particulate emissions from the UNBC gasification plant are equivalent to heating systems that burn natural gas.

To view a diagram of how Nexterra's biomass system works, click here: http://media3.marketwire.com/docs/SystemDiagram.jpg

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