Barite Mud Services Inc.: federal grants and contributions

Updated 12 October 2026 · St. John's|St. John's, NL · grants and contributions register · St. John's East

Barite Mud Services Inc.: federal grants and contributions: 18 agreements; $2.0M value; 2 departments; 10 programs.

Assay record ASY-CA-1XEJOE51HN · Cite as: Assay Systems, “Barite Mud Services Inc.: federal grants and contributions”, https://assay-systems.com/register/ca/grants/r/barite-mud-services-inc/

$
18agreements
$2.0Mvalue
2departments
10programs

Largest agreements

205049$500Kvalue2015start2016end

Provide customers with long-term security regarding barite supply

214298$500Kvalue2020start2020end

Adopt innovative technologies and implement operating efficiencies for barite processing

217760$250Kvalue2020start2021end

Provide assistance to mitigate the impacts of COVID-19

Develop New Industrial and Chemical Grade Barium Derivatives Conversion Processes$117Kvalue2022start2023end

BMSI is dependent on the sale of its high-grade barite, known as barium sulfate (BaSO4), to a single local market. Market analysis confirms substantial alternative international markets for barium products. In 2021 and 2022, an independent research program confirmed that BMSI can make alternative barium products, including industrial grade and chemical grade barium derivatives. A block flow diagram (BFD) processing model has been developed for full-scale production of multiple derivative products. This proposal migrates laboratory testing to start of industrial-scale planning to de-risks proce

217958$100Kvalue2021start2022end

Undertake operational improvements through the adoption of digital technologies

Metallurgical Evaluation and Recovery Testing of Critical Minerals$67.4Kvalue2025start2026end

Barite Mud Services Inc. (BMSI) is a Newfoundland and Labrador–based small and medium-sized enterprise advancing a clean-technology approach to reprocess historic tailings from the former Buchans Cu-Pb-Zn operation. The project seeks to characterize and improve recovery pathways for barite and potential critical minerals contained in legacy tailings, transforming an environmental liability into economic and ecological value consistent with Canada’s Critical Minerals Strategy and net-zero objectives. Building on prior work that advanced elements of the operation toward higher technology readine

206868$50.0Kvalue2016start2016end

Hire a consultant to implement a capital development program to improve productivity

211046$50.0Kvalue2017start2018end

Hire expertise to make improvements to the processing system

Show all 18
216871$50.0Kvalue2020start2021end

Engage technical expertise to improve productivity and product quality

218653$50.0Kvalue2021start2022end

Implement employee training program to enhance productivity and improve efficiencies

221036$50.0Kvalue2022start2023end

Engage specialized metallurgical expertise to support new product development

225832$50.0Kvalue2024start2025end

Engage expertise to determine processing requirements for new product development

Develop a Process to Remove Lead from Barite (BaSO4)$45.5Kvalue2021start2022end

The primary objective of the proposed project is to research and develop a process to upgrade barite (BaSO4) from API to industrial grades (97%+) and, more importantly, to significantly reduce the lead content found in the final product. This will be achieved by developing a test procedure to upgrade barite via flotation and then remove lead via leaching. Testing will also provide the opportunity to obtain critical design criteria to ultimately engineer the required commercial scale processing facility. The technology and ability to produce an industrial-grade barite product will provide a sig

Demonstrate the Value of Using Ground Penetrating Radar and LIDAR to Detect Mineral Grade Differences in a Tailings Pond$44.7Kvalue2023start2024end

BMSI will deliver a unique resource definition project using advanced technology and ground-truthing techniques to improve mining efficiency. Multiple technologies and techniques will be used to interrogate a mine tailings pond to improve understanding of the distribution of targeted barium-rich tailings. LIDAR analysis (3D photogrammetry) will be used to create a surface elevation model and Ground Penetrating Radar (GPR) will be used to survey the sub-surface (3-4 meters below ground). Those technologies will be measured against a traditional sampling regime, namely a Vibracore that will coll

Develop a Commercial Process to Convert Ba to BaS Including Identifying Required Equipment and Operating Costs$43.1Kvalue2021start2022end

The primary objectives of this Project are to research and develop the path of conversion from barite (BaSO4) to barium sulphide (BaS), develop a procedure to convert to other barium derivatives and to obtain critical design criteria to ultimately engineer the required processing facility.

Youth - Support the Maintenance and Efficiency of all Mining and Milling Process Machinery$30.0Kvalue2021start2021end

This Project will see the firm hiring a recent Bachelor of Engineering Technology (BET) graduate to work on project support related to the firm’s operation and expansion including attention to all instrumentation and automating art of the plant to help better control material flows and processing activities. This work will include hands-on work as well as overseeing installations and evaluating the equipment, collecting data, and preparing reports.

Agreement$25.0Kvalue2016start–end
Innovation Assistance Program$10.2Kvalue2020start2020end

The funding provided from the IAP program is to assist innovative, early stage small-and medium-sized enterprises that are unable to access existing COVID-19 business support.

Departments

Atlantic Canada Opportunities Agency10agreements$1.6Mvalue6programs
  • REGI - Business Scale-up and Productivity
  • Business Development Program
  • REGI - Productivity and Business Skills
  • BDP - Productivity and Business Skills
  • REGI - Digital Acceleration Pilot
  • REGI - Strategic Growth Initiative (SGI)

All grants from Atlantic Canada Opportunities Agency

National Research Council Canada8agreements$383Kvalue4programs
  • Industrial Research Assistance Program – Contributions to Firms
  • Industrial Research Assistance Program
  • Industrial Research Assistance Program – Youth Employment Program
  • Innovation Assistance Program

All grants from National Research Council Canada

Years

20251agreements$67.4Kvalue1programs
  • Industrial Research Assistance Program
20241agreements$50.0Kvalue1programs
  • REGI - Strategic Growth Initiative (SGI)
20231agreements$44.7Kvalue1programs
  • Industrial Research Assistance Program – Contributions to Firms
20222agreements$167Kvalue2programs
  • Industrial Research Assistance Program – Contributions to Firms
  • REGI - Productivity and Business Skills
20215agreements$269Kvalue4programs
  • REGI - Digital Acceleration Pilot
  • Industrial Research Assistance Program – Contributions to Firms
  • REGI - Productivity and Business Skills
  • Industrial Research Assistance Program – Youth Employment Program
20204agreements$810Kvalue3programs
  • REGI - Business Scale-up and Productivity
  • REGI - Productivity and Business Skills
  • Innovation Assistance Program
20171agreements$50.0Kvalue1programs
  • BDP - Productivity and Business Skills
20162agreements$75.0Kvalue1programs
  • BDP - Productivity and Business Skills
20151agreements$500Kvalue1programs
  • Business Development Program

Contains information licensed under the Open Government Licence – Canada. Source: Government of Canada proactive disclosure of grants and contributions (open.canada.ca, dataset 432527ab-7aac-45b5-81d6-7597107a7013), 1,327,352 rows as published, collapsed to one agreement per agreement number (per reference number where none is given) at its latest amendment, which carries the full agreement value. Years are the agreement start year. Agreements with individuals are counted but not named.