ELECTRIC STEAM BOILER

Zero-on-site emissions steam, engineered for fast response and high availability.

EletriMax delivers industrial steam from 300 kg/h to 7,500 kg/h, supporting electrification roadmaps and energy optimization programs with precise pressure control and simplified infrastructure.

Built for today's decarbonization targets.

With over 50 years of experience designing and manufacturing electric boilers, Steammaster developed EletriMax to address the current industrial challenge: decarbonize steam generation while protecting uptime, controllability, and total cost of ownership.

As governments accelerate greenhouse gas reduction policies, EletriMax enables a clean, electrification-ready steam supply with near-100% electrical-to-thermal conversion (excluding minor surface heat losses).

Electric Decarbonization

Environmentally friendly. Operationally efficient.

EletriMax supports sustainability goals without compromising operational performance.

  • No fossil fuel consumption and no flue gas emissions on site (CO2, NOx, SOx).
  • Simplified installation: no chimney or stack, no fuel piping network, no storage tanks.
  • No periodic atmospheric emissions monitoring required (site-dependent regulatory requirements).
  • High efficiency: nearly all incoming electrical energy is converted to thermal energy.

Precise pressure control with multi-stage power.

Multi-stage power modulation enables fast response to load variations and stable steam pressure. This supports rapid starts and load following, ideal for absorbing available grid capacity when needed and for processes with dynamic steam demand.

Selecao rapida de caldeira eletrica

Entre com sua vazao de vapor e condicao de operacao para estimar a potencia eletrica necessaria.

Seleção da caldeira Eletrimax

Enter steam demand, pressure, and feedwater condition to estimate the electrical capacity.

kW necessario: -

Sugestao EletriMax: -

-

Saiba mais sobre este resultado preliminar

MCR = Maximum Continuous Rating. For electric boilers, the green range (75% to 97%) indicates an efficient loading window with stable operation and high electrical-to-thermal conversion. Operating far below this range tends to increase fixed-loss impact on practical efficiency.

O resultado apresentado por esta ferramenta é uma seleção rápida e preliminar, baseada principalmente na capacidade requerida informada.

A escolha definitiva da caldeira, porém, deve considerar outros critérios relevantes de processo, como pressão de trabalho, temperatura, combustível, perfil de consumo, variações de carga e regime operacional da planta.

Isso significa que a mesma demanda de vapor pode levar a configurações diferentes, dependendo da aplicação e da forma como o processo consome energia térmica ao longo do tempo.

Use este resultado como ponto de partida. Para a definição técnica final, recomenda-se uma análise mais completa da aplicação e das condições reais de operação.

Por que usamos 95 °C como referência de capacidade nominal? Porque essa condição representa melhor a operação industrial real. A produção de vapor varia conforme a temperatura da água de alimentação, e referências baseadas em água fria, como 20 °C, podem superestimar a capacidade aparente do equipamento e distorcer a leitura de eficiência. Ao adotar 95 °C, a Steammaster utiliza uma base mais realista e consistente para seleção e comparação entre modelos.

Loading 3D model...

Orbit, zoom and inspect the EletriMax package from the main electrical-access and installation angles.

Interactive 3D

Interactive EletriMax package review

Use this model to review cabinet access, equipment footprint, and utility connections before finalizing the electrification scope.

  • Use the left mouse button to rotate and the right button to move the model, then adjust the zoom.
  • Need a broader immersive review? Open the full 3D viewer. Open 3D Viewer

Robust construction designed for longevity.

EletriMax uses a steel pressure body with stainless-steel immersion heaters, engineered to deliver fast start-up and high steam production rates while protecting heating elements from excessive stress.

This architecture supports reliable performance and straightforward periodic maintenance.

Economic operation with smart instrumentation.

Control and instrumentation enable Steammaster operating modes that adapt to a wide range of industrial process constraints.

EletriMax includes the Steammaster monitoring interface for local and remote visibility of key operating parameters and optional integration with SteamLogix.

Delivered ready to run. Commissioning you can replicate.

EletriMax is delivered ready for operation. Connect electrical power, feedwater, and steam users, then execute a controlled, repeatable commissioning sequence. This reduces site-to-site variability typically faced when commissioning burner-based boilers.

Key specifications

Steam capacity 300 to 7,500 kg/h
On-site emissions Zero (CO2 / NOx / SOx)
Efficiency Near 100% electrical-to-thermal conversion (excluding minor losses)
Control Multi-stage power for fast response and stable pressure
Monitoring Local and remote monitoring interface, SteamLogix connectivity option

Why choose EletriMax

  • Zero on-site emissions (CO2, NOx, SOx)
  • Near-100% efficiency
  • Fast start and high ramp capability
  • Easy maintenance
  • Robust construction for long service life
  • SteamLogix connectivity
  • Flexible operating modes
  • High availability
  • Easy to install
  • Reduced operational complexity and cost drivers

Align your electrification plan with engineering support.

Share your steam load profile, pressure range, and utility constraints to receive a structured technical-commercial recommendation.

Installation and integration views

Reference views for electrical connection points, process interfaces, and maintenance access planning.

Electric boiler equipment overview in operating area
Equipment overview
Electric boiler engineering detail and instrumentation
Engineering detail
Field installation context with utility interfaces
Field installation
Maintenance access planning around electric boiler module
Maintenance access