🔍 Article co-created with Paulo Renato Ferreira Chile, General Manager at Artecola Chile (🇨🇱 Chile), and Augusto Unzaga, host of Keru Podcast.
🎙️ This article was inspired by Episode 19 of Keru Podcast.
Keru Podcast, created by Globalita.io, is a series of conversations (in Spanish) with industrial leaders from Latin America about management, technology and decision-making in complex environments.
A plant under control: the paradox of operating with no margin for error
Industrial plants in the chemical sector face a structural contradiction: they must operate with efficiency, agility and controlled costs, but within a regulatory environment that imposes rigidity, exhaustive documentation and ongoing audits. Operations management in the chemical industry leaves no room for improvisation, but it cannot freeze in the face of market dynamics either.
Paulo Renato Ferreira, General Manager of Artecola Química Chile, describes this challenge clearly:
“You have to respond quickly to the customer without skipping a single procedure. That balance between efficiency and control is the hardest thing to sustain in a chemical plant.”
When this balance is not well managed, it breaks on one side or the other. Plants that prioritize speed alone can incur regulatory breaches with serious consequences. And those obsessed with control end up losing operational competitiveness. The key, according to Paulo, is to design a system where efficiency and compliance are not contradictory, but complementary.
This approach is consistent with the Lean Compliance model, an adaptation of Lean thinking to regulated environments. It is about eliminating waste —idle time, duplicated tasks, redundant controls— without relaxing safety, traceability or documentation requirements. It is not less control: it is better control, more agile and focused.
In his management, one of the most significant decisions was to involve the operations and regulatory compliance team in business decisions. This reduced conflicts, avoided rework and shortened the implementation time of new initiatives.
“If operations and sales argue late, you lose weeks. If they are aligned from day one, you gain speed without sacrificing anything.”
The urgent and the important: leading without falling into constant reaction
In chemical industrial plants, where operational risks are high and market pressure is constant, it is easy for leaders to fall into a logic of permanent reaction. Every day brings a deviation, a special order, a nonconformity, a new requirement from a customer or auditor. And in that context, it becomes hard to think, anticipate or redesign.
Paulo Renato Ferreira identifies this pattern as one of the main obstacles in operations management in the chemical industry:
“You can spend weeks putting out fires without realizing that the real problem is that you don’t have a system that anticipates those fires.”
To break out of this logic, Paulo implemented a planning model based on fixed windows for structural analysis. Every week, without exception, a two-hour slot was blocked to review trends, go over accumulated reports, cross-check data and redefine priorities. It was not “one more meeting”, but a protected space to think.
This practice directly parallels the PDCA (Plan-Do-Check-Act) cycle, the foundation of the Kaizen approach. Continuous improvement is not an abstract philosophy: it requires time, structure and data. If the manager does not set aside time to analyze, the whole system becomes short-termist. And a company or plant that only responds to the day-to-day will never improve its real efficiency.
“Some decisions can only be made with a cool head. And for that, you need to make room. If you don’t block it in your calendar, the urgent will devour everything.”
In addition, follow-up and feedback routines were strengthened: daily sales meetings, daily shop-floor meetings with production and maintenance, a weekly cash-flow review, and reviews with quality and R&D. But all with a clear logic: review to learn, not to blame. This makes it possible to turn incidents into improvement opportunities and errors into actionable indicators.
Complying without bureaucratizing: an operational view of regulatory compliance in industry
One of the biggest challenges in the chemical industry is sustaining regulatory compliance in industrial plants without falling into paralyzing bureaucracy. Regulations —environmental, safety, transport, hazardous substance handling— are strict and constantly updated. But if the plant turns those requirements into a heavy burden, it ends up paralyzing its own operation.
Paulo suggests a complete overhaul of the document system and the management system. The goal: to move from “documentation for audits” to “documentation that helps you operate”. Every procedure should be rewritten in plain language, with visual formats, simple checklists and protocols adjusted to the reality of the plant.
“If the operator doesn’t understand the procedure, then that procedure is useless.”
This initiative is inspired by the principles of TPM (Total Productive Management), a classic model from the manufacturing industry that proposes training with clear instructions, sequential steps and explanations of the “why” behind each task. It is not just about complying, but about building a culture of compliance.
Supervision also changed its focus. Instead of surprise audits or top-down controls, horizontal verification cycles between areas were established: production reviews maintenance, quality observes logistics, and so on. This practice, inspired by the Autonomation concepts of the Toyota Production System, makes it possible to distribute responsibility for compliance, avoid dependence on a single function and strengthen cross-learning.
Finally, mock inspections can be designed, not to sanction, but to train. Each team should prepare the documentation as if it were an official visit, answer questions and show traceability. This significantly reduces stress levels ahead of real audits and improves results in all external inspections.
People, culture and rigor: sustainability in regulated contexts
An industrial plant operating under strict regulations does not only need procedures: it needs a culture that understands and sustains those procedures every day. For Paulo Ferreira, this was one of the most powerful lessons from his experience as an industry leader.
“It’s not just about doing things right out of fear of a sanction. It’s about understanding why each step matters and what happens if you don’t do it.”
That conviction is not imposed: it is built. And in operations management in the chemical industry, training is not a one-off program. It is an operating system. During his career, Paulo drove a transformation in how new workers were onboarded. Each new hire was accompanied by personalized mentoring during the first three weeks, focused on three dimensions: safety, quality and information flow.
This approach is aligned with the Standardized Work model of Lean Manufacturing, where every task has an optimal way of being done, validated and taught consistently. In addition, failure simulations were introduced: from loading errors to information leaks. The goal was not to find culprits, but to train responses.
“When you have 15 minutes to act on an error, you can’t afford to improvise.”
This kind of preparation not only reduces incidents: it strengthens the team’s autonomy. In an industry where every technical step can have legal or environmental consequences, building awareness is as important as measuring KPIs.
Investing in efficiency without losing visibility: technology and traceability in the chemical industry
One of the common dilemmas in operations management in the chemical industry is deciding how and when to introduce technology. Many mid-sized plants fear that going digital means losing direct control or depending on overly rigid systems. According to Paulo, that tension must be addressed strategically: prioritize investment in tools that increase operational visibility and reduce risks.
This translates into three key decisions:
- Installing sensors at critical points of the process (temperature, pressure, mixing times), connected to simple dashboards visible on the plant floor.
- Digitizing regulatory compliance records, with automatic alerts for deviations or expirations.
- Batch traceability with QR codes and scanning from mobile devices.
These actions are not applied from standard software. They must be custom-designed, based on what the team needs to monitor in real time. This follows the logic of Just In Time, but applied to regulatory control: having the precise information, at the right moment, to make decisions without waiting for accumulated reports.
“We don’t want a heavy system that nobody uses. We want a tool that improves what we already do.”
This strategy also takes the human factor into account. Before automating, strong work must be done on order and cleanliness (5S), procedure review and role clarification. Only when the system is stable on paper does it move to digital. In this way, technology does not replace weak processes: it amplifies solid ones.
Preparing to scale without relaxing the standard - Paulo Renato Ferreira Artecola Química
One of the biggest risks when growing in the chemical industry is relaxing operating standards to handle higher volume. Commercial pressure or the need to enter new markets often leads to decisions that compromise the original model. For Paulo Ferreira, that risk is permanent.
“Some orders can be tempting, but if they involve significant risks, it’s better to say no.”
Growth must be designed to sustain —not replace— the operating system. Investment goes first into strengthening the current team, documenting best practices, reinforcing critical suppliers and establishing technical review protocols before accepting any new project. This logic follows the principle of Hoshin Kanri, where every expansion must be aligned with the organization’s purpose and capacity.
In addition, an internal feasibility committee is set up: before giving the green light to a new customer, several factors are reviewed:
- Technical impact on the plant
- Regulatory risk
- Estimated adaptation time
- Human resources required
- Fit with the portfolio
This analysis can prevent several potentially problematic projects and makes it possible to scale without disorganizing the operation. In an environment where regulatory compliance in industrial plants can put business continuity at stake, growing in an orderly way is not an option: it is an obligation.
Beyond the plant: the manager’s role in complex contexts
A central lesson in Paulo Renato Ferreira’s experience was that the manager cannot limit himself to managing indicators. In chemical industries, where every incident can have social or environmental consequences, leadership must also be a communicator, an educator and a guardian of technical reputation.
“The manager has to be the first to follow the protocols. There can be no exceptions at the top if you want order at the bottom.”
This stance reinforces leadership’s role as an example. Paulo takes part in training sessions, validated protocols in the field and responds personally during inspections. This attitude consolidates a culture where compliance is not negotiable, delegated or cosmetic.
He also strengthens cross-functional spaces: quality, maintenance, safety and production sit down weekly to review deviations, propose adjustments and validate lessons learned. This is inspired by World Class Manufacturing (WCM) models: data-based decisions, shared and without rigid hierarchies. The goal is not to be right, but to find the best solution.
This structure enables companies in the sector to sustain superior indicators in audits, maintain operational stability in complex contexts and consolidate a solid reputation with demanding industrial customers.
Keru Podcast, created by Globalita.io, is a series of conversations (in Spanish) with industrial leaders from Latin America about management, technology and decision-making in complex environments.
Are you building a culture of smart compliance, or just piling up paperwork for the next audit?
Paulo Renato Ferreira is General Manager of Artecola Química Chile, a subsidiary of the Brazilian company specialized in chemical solutions for industry and construction. In this role he led commercial and expansion operations in the Chilean market, bringing together his experience in regional sales, operations management and international relations in more than fifteen Latin American countries.
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