0-1kWe Ultra-Reliable Remote Power
PROBLEM
13%
of Canada's GHG emissions are from methane (CH4)
43%
of anthropogenic methane emissions are from oil & gas systems
52%
are intentional
oil & gas industry venting emissions
OPPORTUNITY
The warming potential of methane is
84x
higher then CO2 (over 20 yrs)
making it an immediate target
for GHG reductions
OUR VISION
Using our thermo-acoustic technology
towards a sustainable world
OUR SOLUTION
Ultra-reliable cost-effective remote power,
designed for the most environmental challenging conditions
>98%
[CO2eq] GHG reduction
by eliminating intentional methane venting
for driving wellhead instrumentation
Ultra-reliable
renewable remote power
enabled by 1GEN's
continuous load-following
Battery bank reduction
by eliminating underutilized corner-case batteries
Increased battery life
by optimizing battery state of charge (SOC)
FEATURES
No-sliding or rotating parts
Core technology without sliding or rotating parts
Only generate the power you need
TAC technology 22-29%
Simple parts inspired automotive manufacturing
External burner for natural gas, field gas and propane
Prepared for 0-3kW heat trace and renewable hybrid
AVAILABILITY
Q1 2022
Q4 2022
Q4 2023
2023
Q2 2024
TAC 12000hrs
continious running
TAC integration
with BOP
Field test &
Certification
Market Launch
Commercialization
TECHNOLOGY
At the foundation of our ultra-reliable genset lays an elegant and simple design made possible by using thermo-acoustic physics.
This unique approach allows us to develop an efficient continious load following (0-1kWe) genset that outperforms competing technologies on total cost of ownership due to the long lifetime and ultra-low-maintenance.
Please contact us for getting more information on how we compare to competing genset technologies.
APPLICATIONS
Next to remote power our technology our external heat engine has large potential in other industries.
Remote power
Combined Heat
& Power (CHP)
Waste Heat Recovery
Cryocooling
Ultra-reliability in the most harsh environmental conditions
High efficiency use of fuel in combined heat and power applications
Recover electricity from
Reverse our heat engine for cryocooling applications
TEAM
Maarten Elferink
MSc, BEng
CEO
Experience with bringing ideas from concept sketch to mid-volume manufacturing in both small and large organizations. 10+ years experience as; mechanical design engineer, system architect, project, product, program manager and team lead (up to 15+ people) in the clean energy and printing industries.
Thomas Steiner
Phd
CTO
More than 30 years of industrial product development experience developing unique products first at Creo/Kodak and most recently at Etalim building an ultra-reliable high-frequency thermoacoustic engine that has achieved the highest fuel to electric performance of any thermoacoustic engine to date.
William Aitchison
BASc
Sr. Mech. Engineer
Responsible for delivering all hardware systems for Etalim’s genset.
Experienced mechanical design engineer with 7+ years in mechanical R&D and mid-sized manufacturing. Journeyman Welder certified in pipe and pressure welding, with 7 years experience in maintenance of Downstream oil and gas facilities and fabrication of pressure vessels.
Board of Directors
Amos Michelson (Chairman), > 40 years of experience
Thomas Steiner, > 30 years of experience
Ron Klopfer (ex-CEO), > 20 years of experience
Collin Newman (CFO GPT), >15 years of experience
Maarten Elferink (CEO), >10 years of experience
PARTNERS
CONTACT
Etalim Inc.
A1-3889 Keith Street
Burnaby, BC V5J 5K4
Canada
info(at)etalim.com