Advanced thermal utility system solutions designed to address the toughest challenges in the geothermal industry.
Satisfied customers throughout Asia, Europe, Africa, North America and South America turn to Armstrong International to achieve superior thermal utility system performance and reduce their carbon footprint. As a global leader in energy management, we have experienced engineers in locations around the world ready to meet the demands of the geothermal industry and assist customers using hydrothermal (natural) and Enhanced Geothermal Systems (EGS).
Our experience makes all the difference.
With 125 years of experience in heat and power systems, Armstrong can help you maximize efficiency, reduce energy consumption and reduce CO2 emissions more effectively than anyone else in the world. Solving your problems and making your job easier is why we’re here. We want you to enjoy every interaction with Armstrong.
“Reliable differential pressure flow measurement in geothermal steam environments — including non-condensable gases”
Discover what Armstrong can do for you
With reliable, high-performance equipment, innovative technologies and customized systems and services, Armstrong has the solutions you need.
We provide intelligent thermal utility system solutions to help users effectively and efficiently manage, extract, utilize and measure renewable geothermal resources in a variety of applications, including power generation, industrial processes, district heating and precious metals mining. Armstrong’s products and integrated solutions are backed by our world-class technical support.
Geothermal steam
Hydrogen sulfide (H₂S), carbon dioxide (CO₂) and other impurities, along with trace metals, are often found in geothermal steam. Armstrong has solutions to address toxic gases and meet a variety of resource/site-specific requirements or special precautions, including environmental regulations related to the measurement of non-condensable gas emissions.
Geothermal brine
The problem of scale formation and corrosion in geothermal environments is resource/site specific and in most cases is much more aggressive than in industrial environments due to the salts, silica, heavy metals, chlorides, calcium carbonates and other minerals (lithium++/gold) present in the geothermal brine. Therefore, the selection of materials and the management of the brine extraction, use and reinjection system are of utmost importance to ensure the performance and durability of your equipment.
Flow measurement
Armstrong’s state-of-the-art flow measurement technology ensures exceptional accuracy and reliability for any application, including steam lines, cooling tower water lines, custody transfer measurement, non-condensable gas emissions measurement and more.
Sustainable and proactive management of steam traps
Armstrong takes a holistic approach to steam trap management. Our experts consider your entire steam system, as well as the requirements of your facility, region, and geothermal industry. Whether you have 10 or 10,000 traps, we can help you manage your steam trap system with unparalleled efficiency.
Steam traps and purge stations
A Armstrong oferece purgadores de vapor e estações de purga (TVS) robustos, confiáveis e de alto desempenho para uso em qualquer aplicação, local ou ambiente, incluindo campos de vapor, linhas de campos de vapor de baixa e alta pressão, linhas de suprimento e purgadores de turbina.
Testador de purgadores de vapor automático SAGE UMT®
Nosso dispositivo de teste sem fio e portátil de última geração elimina erros humanos e permite que técnicos de purgadores de vapor realizem inspeções regulares com rapidez e precisão. O SAGE UMT®, quando combinado com o Sistema de Gestão de Vapor SAGE®, facilita o uso de dados para gerenciar o desempenho, a durabilidade e a otimização da rede de vapor. É o programa de gestão de purgadores mais abrangente e avançado do setor.
Monitoramento de purgadores de vapor em tempo real e sem fio
Os produtos de monitoramento em tempo real inovadores e de qualidade superior da Armstrong se comunicam perfeitamente com o software do Sistema de Gestão de Vapor SAGE®, possibilitando o monitoramento contínuo de purgadores críticos ou de toda a sua rede de purgadores de vapor, tudo em um único banco de dados.
Monitoramento de sistemas de vapor sem fio
Folheto sobre monitoramento de purgadores de vapor AIM® e WirelessHART®
Folheto sobre monitoramento de purgadores de vapor AIM® e ISA100 Wireless™
Plataforma de gestão de sistema de vapor SAGE®
O SAGE® mantém você totalmente informado, 24 horas por dia. Com nosso software avançado, você pode gerenciar o sistema com atualizações frequentes e documentação precisa, utilizando relatórios padrão e filtrados conforme suas necessidades. Quando integrado ao monitoramento sem fio da Armstrong, o SAGE® fornece alertas em tempo real que notificam imediatamente sobre eventuais problemas.
Software de monitoramento, medição e documentação do sistema de vapor SAGE®
Folheto sobre gestão de sistemas de utilidades térmicas SAGE®
Bombas de calor para aquecimento e resfriamento de alta eficiência
Os conjuntos de bombas de calor projetados sob medida pela Armstrong oferecem uma solução de alta eficiência para aquecimento e resfriamento de edifícios e distritos, preparando você para os desafios do futuro.
Soluções de conjuntos de bombas de calor industriais
Folheto sobre bombas de calor industriais de alta temperatura
Válvulas e válvulas de controle
Armstrong offers a complete line of rugged, reliable valves and control valves for use in power plants and industrial process plants.
Filters
Manufactured to Armstrong’s exacting standards, our filters consistently deliver superior performance and durability. They are available in a wide range of sizes and materials to meet your pipeline filtration requirements.
Heat Transfer Coils/Unit Heaters
Armstrong offers heat transfer equipment made from special materials to enable the use of geothermal fluids in industrial processes. We have the manufacturing capabilities and flexibility to design and build coils and equipment for a variety of air and gas applications.