The benefits to the community are substantial, beginning with jobs, business opportunities and the environment. REN will only use waste wood products including residuals or waste from SFI (Sustainable Forest Initiative) forest operations. As a result, the reduction of abandoned or burned forestry residuals will reduce harmful methane emissions, improve forest biology, and encourage forest regrowth. Providing long term contracts to purchase mill residuals will provide underlying economic strength to the forest industry in the region.

At the plant itself there will be 20 to 30 new (direct) full time jobs; and there will be an estimated 70 new full time indirect (service industry) jobs created.

Yes – REN is developing long term biomass supply contracts with several local mills, amounting to about $4 million/year, and will be spending an additional $8 to $10 million in local employee wages and services. REN is committed to using local businesses wherever possible, both in fabrication/construction, and in ongoing operations.

Yes – REN will issue an announcement alerting everyone to date and time.  Due to Covid-19 health and safety regulations this will be a Virtual Town Hall so everyone interested is able to attend.

Construction is scheduled to start in 2020, and the plant is scheduled for commissioning in Q1 2022.

Yes – REN is investigating opportunities to:

– Double the capacity of the Fruitvale Plant

– Build two additional plants within the South Kootenays

Commissioning is anticipated to occur in Q1 2022

Possibly, yes – please contact REN to assess and develop your opportunity

All inquiries can be sent to info@rencorp.ca. If you are interested in becoming a partner or investor your request can be sent to investor.relations@rencorp.ca

REK will be processing waste-wood only, including:

• Hog-fuel bark, shavings etc
• Sawdust
• Forest residuals
• Slash
• Construction waste

(Note: no ‘merchantable’ wood or sawlogs are going to be used)

The process is a combination of commercially proven technologies, with the primary process components being:

Feed preparation (loading & prep)
Gasification (direct)
Syngas cleaning
Methanation

Note: The system is fully enclosed from the gasifier through to the methanation stage, and there are no particulates or hydrocarbons
released into the atmosphere.

A Gigajoule is an energy measurement of natural gas. A Gigajoule (GJ) is a measurement of the energy contained in the RNG. Between 80,000 and 90,000 ODMT of feedstock is required annually (approximately 250 ODMT per day- ODMT is oven dry metric tonne). “ODMT” stands for “Oven Dried Metric Tonnes”.

RNG stands for Renewable Natural Gas, and means the methane is produced from a renewable feed-source (in REN’s case: woody biomass from trees) and not from fossil sources. RNG and natural gas are the same in chemical composition and fully interchangeable

There is no chemical difference between RNG and NG.

SNG stands for Synthetic Natural Gas, and is often used to describe RNG.  However, SNG is also a product from fossil sources including coal and coke which can follow a similar process to produce methane for pipeline distribution.

There will be some Carbon Dioxide emissions, but it is important to note this is not additional to the atmosphere, but is part of the circular energy cycle: CO₂ => wood waste (biomass) => RNG => CO₂ REN’s RNG is ‘carbon neutral’, and as uses for the CO2 are confirmed, it will become ‘carbon negative’, meaning that using it will have the net effect of removing CO2 from the atmosphere.

Yes, there will be a flare which is required for brief periods during start-up and in the case of emergency shutdown. The flare will ensure any small amount of methane purged from the system is combusted, instead of released directly to the atmosphere.

There will not be a stack from the gasifier, but there will be a vent from the syngas cleaning where excess CO₂ is removed and vented to the atmosphere.

Simply put, ‘carbon neutral’ means that no additional carbon is introduced to the atmosphere when RNG is used in the same way that natural gas is used. Fossil fuels always add CO2 or even more harmful methane to the atmosphere. The ‘recycled’ CO₂ provides the resource for plants to grow, the plants are harvested, and the CO₂ is returned to the atmosphere for re-use in a circular energy cycle: CO₂ => Trees (biomass) => RNG => CO₂ .

REN’s RNG carbon emissions are evaluated on a complete lifecycle basis – as defined under BC’s CleanBC initiative and Low Carbon Fuels Standard – meaning that considering all inputs, like logging, transportation, processing compressing etc are considered. At that, the Carbon Intensity has been objectively determined by a 3^rd party to be 0.425 grams of CO2 per MJ of RNG; basically, carbon neutral.

No.

No.

There will be additional traffic in the immediate vicinity of the Plant.  However, the intersection of Hwy 3B and the Plant entrance will be modified to accommodate the additional traffic safely. The plant’s primary product is injected directly into the natural gas pipeline on the property, so no delivery trucks will be required.

The plant will generate the following:

• Ash – which will be utilized by cement and concrete plants as a beneficial filler and for displacing Portland Cement.
• CO₂ – the Plant will produce “Green CO₂”. Since this benign CO₂ is derived from renewable sources (wood waste), this CO₂ is a component of the circulating load of CO₂ in the Earth’s biosphere and does not add to the total amount of CO₂.  This CO₂ will be either:
• Supplied to industry (food and beverage), or vented to the atmosphere

REK will be processing waste-wood only, including:

• Hog-fuel
• Sawdust
• Forest residuals
• Construction waste

REN will only use forest residuals from SFI (Sustainable Forest Initiative) operations, ensuring the long-term health and productivity of the forests from which those residuals are extracted.

All aspects of the plant and the Plant operation will be in accordance with WorkSafeBC regulations as a minimum, and well as Provincial and Federal. REN values employee and public safety above all, and will take every precaution to ensure that safety.

REN will produce some of our own “green power” through the utilization of waste-heat from within the processes. The combination of grid-power and internally generated power is more than sufficient for the Plant’s power requirements. The availability of economic and clean electrical power in the area is significant in making this project work. For one, the ‘clean power’ contributes to lowering the RNG’s CI (Carbon Intensity); and two, it helps to reduce operating costs and thereby makes the project economically viable.