CAD 5,000,000.00
Reported federal agreement value. An agreement can cover several years; this is not the amount paid out.
Selected because the publisher reports recipient province NL; NL Ledger has not established the work, benefit or jurisdiction from this record; source fields are available below.
This is the whole reported commitment or notice value, not the amount paid or an NL allocation.
- Recipient
- NORTH ATLANTIC REFINING CORP.
- Public body
- Natural Resources Canada
- Agreement start
- Feb. 3, 2026
- Program
- Clean Fuels Program
- Record type
- Federal grant or contribution
Receipt
agreement 115-2025-2026-Q4-18401, amendment 0
Source location evidence
Location review incomplete.
Reported address: country: CA; province: NL; city: ST. JOHNS | SAINT-JEAN; postal code: A1B 3X2.
How counted: latest of 1 rows (department reports running totals). Start: 2026-02-03; end: 2027-05-30; reported: not stated. Amount: published value.
Full source fields
- _id
- 493725840
- ref_number
- 115-2025-2026-Q4-18401
- amendment_number
- 0
- amendment_date
- agreement_type
- C
- recipient_type
- F
- recipient_business_number
- 103864971
- recipient_legal_name
- NORTH ATLANTIC REFINING CORP.
- recipient_operating_name
- research_organization_name
- recipient_country
- CA
- recipient_province
- NL
- recipient_city
- ST. JOHNS | SAINT-JEAN
- recipient_postal_code
- A1B 3X2
- federal_riding_name_en
- federal_riding_name_fr
- federal_riding_number
- prog_name_en
- Clean Fuels Program
- prog_name_fr
- Programme sur les combustibles propres
- prog_purpose_en
- Programming using contributions to support Clean Fuels, Transportation and Industry will help deliver on the policy objective enabling energy transition, as a key component of achieving Canada’s climate change objectives, and path to net-zero. Specifically, programming fosters greater energy efficient and electrification of transportation, as well as growing the production, and end-use of clean fuels in two essential sectors of the economy – transportation and industry.This programming also supports implementation of key policy objectives, including implementing the Clean Fuels Regulations, complementing enhanced carbon pricing, more stringent vehicle and industry emission standards, all laying the foundation to be net-zero by 2050.
- prog_purpose_fr
- Les programmes qui ont recours aux contributions pour appuyer les combustibles propres, les transports et l’industrie aideront à atteindre l’objectif stratégique visant à favoriser la transition énergétique, en tant que composante clé de l’atteinte des objectifs liés aux changements climatiques du Canada, et de la voie vers le zéro émission nette. En particulier, les programmes favorisent une plus grande efficacité énergétique et électrification des transports, ainsi qu’une augmentation de la production et de l’utilisation finale des combustibles propres dans deux secteurs essentiels de l’économie : le transport et l’industrie. Ces programmes appuient également la mise en œuvre d’objectifs stratégiques clés, notamment mettre en œuvre un règlement sur les combustibles propres, compléter une tarification du carbone accrue, et élaborer des normes plus rigoureuses pour les véhicules et l’industrie, qui posent tous les bases de l’atteinte du zéro émission nette d’ici 2050.
- agreement_title_en
- FEED Study for Phase I of Green Energy Park - Green Hydrogen Project
- agreement_title_fr
- Étude EIIC pour la Phase I du 'Green Energy Park' - projet d’hydrogène vert
- agreement_number
- CFF2-GS-1970
- agreement_value
- 5000000.0
- foreign_currency_type
- CAD
- foreign_currency_value
- 0.0
- agreement_start_date
- 2026-02-03
- agreement_end_date
- 2027-05-30
- coverage
- description_en
- Under this Project, the Proponent will advance Phase I of the North Atlantic Green Energy Park, a green hydrogen project in Come by Chance, Newfoundland and Labrador. The FEED study will focus on how 209 MW of electrolysis can be used to produce about 30,000 tonnes of green hydrogen each year. The study will include engineering and design of the hydrogen production and hydrogenation facilities. The study will assess how hydrogen can be stored using a Liquid Organic Hydrogen Carrier.
- description_fr
- Dans le cadre de ce projet, le Promoteur fera avancer la Phase I du 'Green Energy Park' de l'Atlantique Nord, un projet d'hydrogène vert à Come By Chance, Terre-Neuve-et-Labrador. L'étude portera sur la façon dont la capacité d'électrolyse de 209 MW peut être utilisée pour produire environ 30 000 tonnes d'hydrogène vert par année. L'étude comprendra l'ingénierie et la conception des installations de production d'hydrogène et des installations d'hydrogénation. Elle évaluera également les options de stockage de l'hydrogène au moyen de la technologie de transport d'hydrogène à organe liquide.
- naics_identifier
- expected_results_en
- This Project will help increase production capacity of clean fuels in Canada.
- expected_results_fr
- Ce projet contribuera à accroître la capacité de production de carburants propres au Canada.
- additional_information_en
- Grant or contribution awarded and spanning more than one fiscal year.
- additional_information_fr
- Subvention ou contribution octroyée s'appliquant à plus d'un exercice financier.
- owner_org
- nrcan-rncan
- owner_org_title
- Natural Resources Canada | Ressources naturelles Canada
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