As a global specialist in complex fluid handling, our customers’ satisfaction is our top priority. NETZSCH has been developing, producing and distributing positive displacement pumps worldwide for more than 70 years. We develop the right pump solution for your customers’ specifications. Thereby, we promise you Proven Excellence – outstanding performance in all areas. Even complex media pose no problems to our broad product range. Supported directly by our technical sales consultants and engineering team, we offer progressing cavity pumps, rotary lobe pumps, peristaltic pumps, multi screw pumps, and grinding systems.
Microfinish Valves
Microfinish Valves is a world-class manufacturer of industrial valves. For over 54 years, Microfinish has delivered high-performance flow control solutions. Established with a commitment to precision engineering and quality, Microfinish delivers. Serving industries such as oil and gas, petrochemicals, power, and water treatment, Microfinish Valves is recognized for its durability, innovation, and compliance with regulatory and international standards. With a global footprint and a focus on customer satisfaction, Microfinish continues to play a vital role in enabling safe and efficient industrial operations.
Matrix Composites & Engineering
Matrix Composites & Engineering is a global leader in advanced composite solutions for demanding environments. Founded in Australia, Matrix specialises in engineered products for the energy, mining, defence, and infrastructure sectors. With expertise in buoyancy systems, corrosion protection, and high-performance materials, Matrix delivers solutions that enhance safety, efficiency, and sustainability. The company is known for its subsea buoyancy solutions, advanced manufacturing capabilities, and commitment to quality and reliability. With clients worldwide, Matrix combines engineering expertise and deep industry knowledge to help customers perform in some of the harshest conditions on earth.
Kitsault Energy
The Kitsault Energy (KE) project is a proposed energy corridor located north of Prince Rupert, British Columbia, Canada. The project is designed to connect inland energy resources to a newly developed port and terminal at Observatory Inlet near Kitsault, enabling efficient export to international markets. A major transportation component includes connecting Kitsault/Observatory Inlet by both road and rail to Canada’s broader railway network. This linkage will extend to the Port of Churchill in northern Manitoba, and enable the export of potash, uranium, canola, pulse crops, and other resources through both Churchill (Arctic) and the KE west coast port. The KE project also aims to support Canadian Navy operations and improve logistics for mining and resource companies, making both ports more versatile and strategically valuable. The KE project includes plans to repave the Nass Camp Airport—which is currently unused—so that commercial aircraft like the Bombardier Q400/Dash 8 can land and take off, transporting up to 100 passengers and cargo, and reach Kitsault within 30 minutes. Another key element of the KE proposal is its strong commitment to social and community development. Best Cure Pro Health Centers, through the Best Cure Foundation, will be established to deliver proactive, preventive, primary, medical, dental, and eye care services to First Nation communities along the pipeline route. In addition, the KE project outlines plans to support these First Nations communities through improved housing, access to purified drinking water, modern sewer systems, job training, employment opportunities, and potential ownership stakes in the project. This comprehensive approach has made the proposal highly attractive to First Nations communities and to provincial and federal governments across Canada. Dr. Suthanthiran feels that Canada and its provinces are losing hundreds of billions of dollars by ignoring this project for the last 13 years. The KE project, with the town of Kitsault and approximately 350 acres of land owned by KE in northwest British Columbia, has tremendous potential to generate tens of billions of dollars for the provinces of Alberta, British Columbia, Manitoba, Saskatchewan, and the federal government of Canada. Dr. Suthanthiran continues to independently fund the project and promote the development of the KE pipeline and export terminal through ongoing engagement with stakeholders across Canada and Asia. Since early March, he has held in-person meetings with interested parties in Saskatchewan and Alberta, while maintaining ongoing outreach to stakeholders in Canada, India, and China over the past 13 years. For additional information about Kitsault Energy and Dr. Suthanthiran, visit: http://graphics.teambest.com/KE_Project_20_details.pdf.
Kingsway Instruments
Since 1969, Kingsway Instruments has provided Sales, Rentals, and Calibration of Industrial Test Equipment and Instrumentation for Electrical, Dimensional, Humidity, Pressure, Temperature, and Torque. Our ISO 9001 Calibration Lab offers NIST Traceable calibrations with the fastest turnarounds in the industry and extremely competitive pricing (and often the lowest). We currently perform over 30,000 calibrations every year for customers across Canada. Kingsway Instruments is also one of the largest stocking distributors for premium brands such as Fluke, Additel, FLIR, Megger, Crystal, Ralston, AEMC, Dwyer, Starrett, Mitutoyo, Stanley Proto, CDI, Alkitronic, Hubner Encoders, and more! We offer an extensive inventory of on-the-shelf products and can provide calibration certificates with nearly all item we sell. As well, our Rental Department is available for all types of equipment and always includes up-to-date NIST Calibration Certificates.
JINAN MEIDE CASTING CO., LTD
“The world’s leading manufacturer and solutions specialist in fluid-conveying products. Meide Group, founded in 1961, has evolved into a modern and diversified multinational conglomerate specializing in fluid-conveying products and services.With sales spanning over 140 countries and regions worldwide, the group has successfully applied its products and services across sectors such as water utilities, fire protection, gas distribution, and iconic global projects including the New World Trade Center (NYC), Shanghai Tower, West-East Power Transmission Ultra-High Voltage Lines, Beijing-Shanghai High-Speed Railway, municipal infrastructure, healthcare facilities, cleanroom plants, and urban residential complexes.”
InPipe Energy
InPipe Energy is a renewable energy and smart water technology company. The company’s flagship product, the HydroXS, generates low-cost, carbon-free electricity from the flow of water in pressurized pipelines. The HydroXS provides managed pressure and real time flow and pressure data key to all water loss control solutions. Learn more at https://inpipeenergy.com
INGU
Inspect pipelines for leaks, air pockets, hydraulic grade line, and wall condition to manage challenges posed by aging infrastructure and reduce water loss to keep your pipelines efficient and reliable. INGU’s Pipers® pipeline condition assessment solution provides full visibility across all pipeline assets, improving planning, decision-making, and overall operational control. Our patented solution pairs a baseball-sized, free-floating multi-sensor device with artificial intelligence powered data analytics. Pipers® are designed for use in any pipeline configuration and can be deployed under operational conditions, ensuring continuance of service and the ability to act where and when needed. In a single inspection, Pipers® provide information on leaks and air pockets, a hydraulic grade line, and metallic features along the pipeline including areas of potential deterioration and material changes.
Hydro Radar, LLC
HydroRadar is the culmination of 5 years of intensive R&D, real-world feedback, and the latest advancements in radar and flow measurement technology. It’s a non-contact, radar-based system designed specifically for measuring flow and velocity in open-channel sewer and stormwater systems. By eliminating the need for in-flow sensors or intrusive installations, HydroRadar dramatically reduces deployment time, minimizes safety risks, and ensures reliable long-term performance in harsh environmental conditions. But this is more than just a better sensor—it’s a smarter way to manage water infrastructure.