E M Fluids Email Formats

Environmental Services • Ottawa, Ontario, Canada • 11-20 Employees

E M Fluids Email Formats

E M Fluids uses 2 email formats. The most common is {first name}{last name} (e.g., johndoe@emfluids.com), used 72.7% of the time.

Format	Example	Percentage
{first name}{last name}	johndoe@emfluids.com	72.7%
{first initial}{last name}	jdoe@emfluids.com	27.3%

Key Contacts at E M Fluids

Sue Satyro

Director Applied R&D - Industrial And Climate

Majd Samrout

Director Of Business Development

Company overview

Headquarters	Ottawa, Ontario, Canada
Websites	emfluids.com ecodan.co.il iem-global.com
NAICS	54162
Keywords	Environmental Engineering, Solar Power, Cleantech, Wireless, Innovation, Water Remediation, Nitrogen Reduction, Lake Remediation, Non-Mechanical Aeration, Odor And Pathogen Reduction, Oxidation Reduction Potential, Sludge Digestion, Tss Reduction, Nutrient Management, Wastewater Remediation, Phosphorus Reduction, Nutrient Control, Sewage Lagoon Remediation, Stormwater Remediation, Eutrophication
Employees	11-20
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About E M Fluids

After 10 years of R&D, EM Fluids has developed a methodology to alter the properties of polar-liquids, such as water, at a great scale with minimal effort. This discovery currently holds 38 patents. The fully solar-powered EMF device facilitates the oxygenation of very large open waterbodies without the need for chemicals, fossil fuels, grid power, highly skilled operating staff, or costly infrastructure. It achieves this by introducing a very modest stimulus (low signal <1 watt) into the water, which enables oxygen to diffuse into the water up to 2 times faster over an area of up to 20 Ha with a single EMF device. The EMF system supports regulatory compliance for effluent discharge, reduces odors, suppresses algal blooms, including but not limited to blue-green algae (cyanobacteria), and enables aerobic in-situ digestion of organic sludge. The device can eliminate the need for sludge dredging, traditional aerators, and other costly equipment—driving substantial capital and operational savings while cutting greenhouse gas emissions. By shifting waterbody biology from anaerobic to aerobic, the system can reduce methane emissions by 20–30%.