our PRODUCTS & COGENERATION TECHNOLOGIES - BEST-IN-CLASS & SUPERIOR BY DESIGN
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Biogas CHP
Read MoreBIO-TEC®
Cogeneration Power Plant Solutions -
Landfill Gas CHP
Read MoreLAN-TEC®
Profitable Energy Utilization -
Sewage Gas CHP
Read MoreSE-TEC®
Cogeneration and Energy Conversion -
Coalmine Gas CHP
Read MoreCO-TEC®
Minegas Utilization
and Cogeneration -
Natural Gas CHP
Read MoreNA-TEC®
Decentralized Co-
and Tri-Generation -
Syngas CHP
Read MoreSYN-TEC®
Synthesis Gas Cogeneration
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NOT ALL CHP COGENERATION SYSTEMS ARE CREATED EQUAL
The System Architecture
Every 2G® CHP system is composed of advanced engines, heat recovery technologies, components, and durable materials skillfully incorporated into one connection ready cogeneration module to be more efficient, stronger and longer-lasting than ordinary and conventional CHP designs. To achieve the industry's most efficient BTU-to-kW ratios in its segment - and satisfy some of the world's most demanding CHP owners and operators – 2G® engineers and product development scientists work closely with core engine manufacturers, and 2G®'s own engine production, to optimize maximum output and durability. Each power plant is integrated into a special module design to optimize electrical and thermal efficiencies, minimizing wear & tear - while maintaining our reputation for "the most efficient and durable cogeneration system in its class."
The
overall design of 2G®
CHP modules, with its trademark compact
structure, is developed
to convert biogas, natural gas, and a variety of other
specialty gases more efficiently into usable energy than
other CHP systems - the result of our obsession with energy
efficiency and 20-year experience in the biogas and natural
gas cogeneration market, with more
than 2000 systems installed. 2G®'s
unique design allows it to generate higher revenues for the
owner & operator than other CHP systems in its class – at
the same time providing much higher reliability than other
CHP systems in its size. 2G®
cogeneration modules and our system controls are
acknowledged as the most advanced in the
industry - best designed and fully optimized for
efficiency and above all, long-term durability.
No other CHP supplier in North America has
similar experiences, and especially in the
biogas market no alternative biogas cogeneration system provider comes close to
the number of 2G®’s installed
CHP's, and no other
supplier in its class is known to be capable of providing
similar product qualities and advantages.
BIOGAS TREATMENT MODULES - EFFECTIVE & COST-EFFICIENT
H2S & Siloxane - Dehumidification
Technology has "gone
up a notch" through intensive development
efforts. Our engineers designed highly reliable
and most cost-effective modular H2S
& Siloxane removal systems, as well as a Dryer
/ Cooling and Dehumidification technology. 2G®’s
gas treatment systems
economically remove Sulfur Compounds and
Siloxanes from digester gas, landfill gas, and
other biological methane gas streams. These
modules are available to fit your operating
budget, and all systems are designed to
exactly match your biogas power generation
application. The technology behind our Biogas
Treatment Systems and
their controls makes them highly
reliable, offering superior
efficiency with low lifecycle
costs. The added benefits of our H2S
& Siloxane removal and gas cooling / drying
dehumidification modules over a wide variety
of conventional alternatives, include a
performance guarantee and the advantage that
both the CHP system and the fuel
treatment technology
are supplied by one source.
Biogas from anaerobic digestion, landfills, or
WWTP facilites is frequently contaminated by
Hydrogen Sulfide, Siloxanes, and elevated
Moisture Content. The level of contamination
always depends on the individual operation and
is fluctuating from project to project. The 2G®
system approach uses a solution that offers a
reliable and simple operation without the need
to install very expensive systems that are
generally advertised with the advantage of not
to use chemicals or consumable medias. While
it is true that for very large operations with
extreme large gas volumes, it is more
cost-effective to apply technologies that
function without filer media,…
it is not true that
those systems are advantageous for smaller and
medium sized biogas operations (e.g. farm
anaerobic digesters, typical landfills, or
WWTP’s). Based on independent studies
conducted with more than 10,000 biogas plants
in Europe, our technologies deliver the most
reliable and cost effective high performance
solution.
