BRASCOELMA is featured in the 65th edition of Mineração & Sustentabilidade Magazine, highlighting its expertise in induction heating and industrial solutions for the mining industry.
Brazil’s mining industry is undergoing a transformation in which productivity, energy efficiency, operational reliability, and sustainability must advance together. For companies supplying technology to the sector, keeping pace with this transformation means recognizing that the challenge is no longer simply to keep equipment running.
It means helping the industry improve production performance, use energy more efficiently, and evaluate technologies capable of meeting evolving environmental and operational goals.
Against this backdrop, BRASCOELMA is featured in the 65th edition of Mineração & Sustentabilidade Magazine, a publication dedicated to one of Brazil’s most strategically important industrial sectors.
This presence reinforces a track record built over 50 years of serving the mining industry, including applications involving induction heating of thermal oils.
WHY IS BRASCOELMA’S PRESENCE IN MINERAÇÃO & SUSTENTABILIDADE MAGAZINE IMPORTANT?
Because technical credibility is not built solely by describing what a company manufactures.
It is also established in environments where engineers, maintenance managers, design engineers, technical procurement professionals, and sustainability specialists discuss the industry’s future direction.
Mineração & Sustentabilidade Magazine brings together two essential priorities:
mineral production + environmental progress.
For BRASCOELMA, this connection is directly related to its expertise in electrothermal technology, energy conversion, and industrial induction heating.
50 YEARS OF MEETING THE MINING INDUSTRY’S NEEDS
Today’s mining operations do not have exactly the same energy, environmental, and technological requirements they had decades ago.
Equipment evolves.
Corporate goals change.
Automation systems become more sophisticated.
Operational availability becomes increasingly important.
At the same time, companies are taking a closer look at electrification, energy efficiency, emissions reduction, and the decarbonization of industrial processes.
BRASCOELMA has kept pace with these developments, drawing on five decades of experience serving the industry.
This means looking beyond the equipment itself.
It means understanding how that equipment contributes to the plant’s overall process.
WHAT IS INDUCTION HEATING OF THERMAL OILS?
Induction heating of fluids uses electrical energy and electromagnetic induction to generate the heat required for an industrial process.
In applications involving thermal oil, the technology can be engineered and sized according to essential operating parameters, including:
- Inlet temperature;
- Target temperature;
- Flow rate;
- Pressure;
- Fluid properties;
- Required power;
- Operating conditions.
In other words, it is not simply a matter of “heating oil.”
The objective is to deliver the precise thermal conditions required by the industrial process.
WHY IS THERMAL OIL AN IMPORTANT VARIABLE IN INDUSTRIAL PROCESSES?
Thermal oil can serve as a heat transfer medium between different points within a system.
This allows the generated thermal energy to be transported to the stage of the process where it is needed.
In mining and other heavy industries, thermal performance cannot be evaluated in isolation.
Engineering assessments must consider the relationship between:
energy → heating → thermal oil → temperature → flow rate → pressure → process.
When one of these variables changes, the system’s behavior may change as well.
HOW DOES INDUCTION HEATING RELATE TO ENERGY EFFICIENCY?
Efficiency should not be evaluated solely on the basis of a piece of equipment’s rated energy consumption.
A more important question is:
How much of the energy consumed is actually converted into useful heat for the process?
Other factors must also be considered:
- Heat losses;
- Heating time;
- Maintenance;
- Equipment availability;
- Process control;
- Operating conditions;
- Energy costs;
- Supporting infrastructure.
This comprehensive perspective is particularly important in large industrial plants, where even small percentage improvements can deliver significant cumulative benefits over extended operating periods.
CAN ELECTRIFYING INDUSTRIAL HEATING SUPPORT SUSTAINABILITY IN MINING?
It can be part of the strategy.
Replacing combustion-based heating processes with electric solutions can reduce direct dependence on fossil fuels at the point of use.
However, oversimplified conclusions should be avoided.
Electrification does not automatically mean decarbonization.
The environmental impact also depends on factors such as:
- Electricity generation sources;
- Efficiency of the previous system;
- Efficiency of the new technology;
- Operating hours;
- Total energy consumption;
- Characteristics of the energy mix.
Therefore, the right question is not simply:
“Electricity or gas?”
Instead, it should be:
“Which solution delivers the required heat while achieving the best balance of performance, cost, availability, and environmental impact?”
WHY DOES THE MINING INDUSTRY NEED CUSTOMIZED THERMAL SOLUTIONS?
Because “mining” describes an industry, not an engineering specification.
Two mining operations may involve:
- Different fluids;
- Different temperature requirements;
- Different pressures;
- Incompatible flow rates;
- Harsh operating environments;
- Specific operating conditions.
That is why the solution must be designed around the process.
A technology that works well for one plant may not be the right choice for another.
This is precisely the difference between selling an off-the-shelf product and developing a custom-engineered industrial solution.
HOW DO SUSTAINABILITY AND OPERATIONAL RELIABILITY WORK TOGETHER?
A technology delivers genuine environmental value only when it can reliably perform its intended industrial function.
A plant cannot pursue energy efficiency at the expense of operational availability.
Likewise, maintaining a robust industrial process makes little sense if it involves unnecessarily inefficient energy use.
Industrial progress occurs when these priorities work together:
reliability + productivity + efficiency + sustainability.
This is one reason why the energy transition has become such an important topic for mining, metallurgy, and other energy-intensive industries.
INDUSTRIAL HEATING MUST ALSO BE PART OF THE ENERGY TRANSITION DISCUSSION
When discussing the energy transition, people often think first of electricity generation, solar and wind power, or electric vehicles.
In industry, however, another critical area deserves attention:
process heat.
Generating, transferring, and controlling heat requires energy.
Therefore, evaluating how a plant heats its fluids can reveal opportunities for:
- Electrification;
- Heat loss reduction;
- Equipment modernization;
- Improved process control;
- Reduced maintenance requirements;
- Integration with environmental strategies.
This is precisely where technologies such as induction heating of fluids become relevant.
WHY MUST ENGINEERING COME BEFORE TECHNOLOGY REPLACEMENT?
Because no industrial process should switch technologies simply because a particular solution is gaining attention.
The first step is to identify:
- The fluid to be heated;
- Current temperature;
- Required temperature;
- Flow rate;
- Pressure;
- Required thermal power;
- Technology currently in use;
- Current energy consumption;
- Energy costs;
- Operating conditions;
- Maintenance requirements;
- Project objectives.
Only after gathering this information is it possible to assess technical, economic, and environmental feasibility.
WHAT DOES PARTICIPATION IN THE 65TH EDITION REPRESENT FOR BRASCOELMA?
It represents the continuation of a longstanding relationship with the mining industry.
At the same time, it brings this experience into an increasingly relevant discussion: how industrial engineering can support a mining industry that must improve efficiency while advancing sustainability.
After 50 years of serving this market, the challenge is not simply to preserve what worked in the past.
It is to continue adapting to what the mining industry will need in the future.
FAQ — BRASCOELMA, MINING, AND INDUCTION HEATING
Does BRASCOELMA serve the mining industry?
Yes. The company has a 50-year track record of providing solutions for applications related to the mining industry.
What did BRASCOELMA present in Mineração & Sustentabilidade Magazine?
The brand is featured in the 65th edition, highlighting its industrial experience and solutions involving induction heating, energy conversion, and engineering.
What is induction heating of thermal oil?
It is an electric induction heating application used to supply thermal energy to oil according to the operating conditions required by the process.
Can induction heating replace gas-fired heating systems?
It can be an alternative in certain applications, but technical and economic feasibility must be evaluated.
Does electric heating support decarbonization?
It can contribute to electrification and emissions reduction strategies, particularly when powered by electricity with a lower carbon intensity.
Is this technology suitable for every mining process?
No. Each application must be evaluated according to the fluid, temperature, pressure, flow rate, power requirements, and operating conditions.
Why is customization important?
Because industrial processes operate under different conditions. Properly sizing a solution for its intended application reduces the risk of undersizing or oversizing the system.
50 YEARS OF EXPERIENCE. THE NEXT STEP IS TO KEEP EVOLVING WITH THE MINING INDUSTRY.
BRASCOELMA’s presence in the 65th edition of Mineração & Sustentabilidade Magazine reinforces a longstanding relationship with an industry that is essential to Brazil’s industrial economy.
For 50 years, the company has served the mining industry with solutions that include induction heating of thermal oils.
Today, that experience aligns with a new set of priorities.
Energy efficiency.
Electrification.
Decarbonization.
Sustainability.
Operational reliability.
Technology changes. Industry requirements evolve. And engineering must keep pace.
Does your mining operation face challenges involving thermal oil heating or another industrial fluid? Contact BRASCOELMA’s engineering team to discuss your application.