Basco™'s broad material capability — including titanium, duplex stainless, Hastelloy, Inconel, and Monel — combined with in-house custom design expertise, enables unique shell and tube and hairpin heat exchanger solutions for the most challenging alternative energy applications from fuel cells and biofuels to geothermal and landfill gas recovery.
Request a Quote →Extreme Temperatures. Aggressive Media. Standard Materials Won't Survive Here.
Many alternative energy applications involve high temperatures and chemically aggressive streams — geothermal brines, biofuel vapors, landfill gas contaminants — that degrade standard carbon steel and copper materials rapidly.
Titanium, duplex steels, Hastelloy, Inconel, and specialty alloys require in-house design and fabrication expertise that most standard heat exchanger manufacturers do not offer. Basco™ provides these material capabilities under one roof.
Alternative energy projects are rarely standard. Custom-engineered solutions tailored to unique flow rates, fluid chemistry, pressure ratings, and installation constraints are the norm — not the exception.
Basco™'s material capability across common and exotic alloys — combined with custom TEMA shell and tube and hairpin design expertise — enables unique thermal solutions for challenging alternative energy applications that standard products cannot address.
In-house capability with titanium, duplex, Hastelloy, Inconel, Monel, and specialty alloys — delivering the right material system for aggressive geothermal, biofuel, and chemical processing streams.
Custom shell and tube designs for capturing and reusing thermal energy from industrial processes — engineered for wide temperature ranges and complex fluid combinations.
Basco™ hairpin exchangers for high-pressure alternative energy applications — providing superior pressure containment and compact installation in fuel cell and hydrogen system skids.
Custom shell and tube designs engineered for hydrogen sulfide, moisture, particulate, and aggressive vapor content — with material selection focused on durability in corrosive streams.
Alternative energy segments and applications we support.
Precision thermal management for fuel cell stack cooling and hydrogen energy systems — requiring close temperature control, compatible materials, and compact footprints.
Precision Temperature ControlCustom shell and tube and hairpin exchangers for biofuel production and biomass processing — handling corrosive process streams with material-matched construction.
Corrosion-Resistant ConstructionHeat exchangers engineered for hydrogen sulfide, moisture, and particulate content in landfill gas recovery systems — using durable alloy materials for long service life.
Aggressive Gas Stream CompatibleHigh and low temperature heat recovery exchangers capturing waste thermal energy from geothermal brines and industrial processes — titanium and duplex materials for corrosive media.
High & Low Temp RecoveryMaterial capabilities and design expertise for alternative energy thermal system applications.
Speak with a Basco™ applications engineer about your thermal challenge — we'll help you find the right solution.
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