Vizen Solutions

Vizen Solutions Indian Industrial automation company. Our expertise spans industrial automation products (VFDs, PLCs, HMIs, etc.)

and control panel manufacturing (HT, MCC, PLC, DCS). Partnering brands like Fuji Electric, Emerson Honeywell & Siemens

🌱 The future of our planet is shaped by the choices we make today.On this World Environment Day, let's reaffirm our comm...
05/06/2026

🌱 The future of our planet is shaped by the choices we make today.

On this World Environment Day, let's reaffirm our commitment to sustainability, responsible innovation, and a greener tomorrow.

Together, every step counts.

Eid-Al-Adha Mubarak 🌙✨Wishing peace, prosperity, and happiness to our customers, partners, and industry colleagues celeb...
27/05/2026

Eid-Al-Adha Mubarak 🌙✨

Wishing peace, prosperity, and happiness to our customers, partners, and industry colleagues celebrating this special occasion.

At Vizen Solutions, we remain committed to delivering smarter solutions in Electrical, Automation, Instrumentation, and AI for a more efficient industrial future.

Director – Vinit Garg
đź“ž +91 99103 22011
📧 [email protected]

Adding automation section by section naturally develops legacy lag over time.You upgrade a PLC during a shutdown. Two ye...
15/05/2026

Adding automation section by section naturally develops legacy lag over time.
You upgrade a PLC during a shutdown. Two years later, a new drive goes in. Individually, every upgrade works perfectly.

But when a 100ms bus tries to communicate with a 1s serial link from a legacy section, the process starts catching up to itself.

A stock preparation adjustment takes an extra 3 seconds to reflect in the bleaching logic. The recovery boiler eventually responds, but the steam header is already drifting.

Nothing is explicitly broken, but the mill feels restless.
We engineer alignment by treating every drive as its own control zone, but tying them together with synchronized feed-forward logic.

When signals move smoothly and decisions carry forward without interruption, the plant stops reacting section-by-section and starts moving as one continuous entity.

If your plant's subsystems are fighting each other during load swings, let's talk about system alignment.
Connect me at
Vinit Garg | Phone: +91 99103 22011 | [email protected]

A DCS upgrade doesn't automatically improve loop-in-auto percentages.If the plant floor doesn't understand the new const...
08/05/2026

A DCS upgrade doesn't automatically improve loop-in-auto percentages.
If the plant floor doesn't understand the new constraints, operators will naturally start overriding the logic within the first week.

True automation settles when the workforce moves in sync with the control strategy.

We structure our automation handovers into continuous capability cycles.
We don't just hand over a manual. We establish short feedback loops around alarm floods, override frequencies, and loop stability.

We build power users directly on the floor—engineers who understand the baseline PID logic and can bridge the gap between the screen and the machine.

Track usage, not just output. When operators stop fighting the loops and start trusting the feed-forward anticipation, the transition is complete.

If your recent DCS upgrade has resulted in more manual overrides, let's talk about system alignment.

Vinit Garg | Phone: +91 99103 22011 | [email protected]

Most aging plants experience a clear difference between steady-state running and the chaos of a grade change.The PID loo...
02/05/2026

Most aging plants experience a clear difference between steady-state running and the chaos of a grade change.
The PID loops are usually tuned perfectly for a fixed setpoint. But when the grade shifts, the system naturally starts hunting.
A grade change is a multivariable stress test.
If the control strategy doesn't actively switch modes to prioritize wet-end stability over speed, the mill ends up producing off-spec paper for 30 minutes while the system tries to catch up.
We approach this by programming discrete operating modes directly into the DCS.
During start-up, we use a high-gain response to stabilize headbox levels. Before the speed ramp even starts for a grade change, our feed-forward logic adjusts stock flow 15 seconds in advance.
And during a steady run, tight deadband control takes over to minimize steam consumption.
It's about programming the plant's operational intent into the logic, so the automation stops reacting and starts anticipating.
If you would like to discuss implementing discrete operating modes for your DCS, please reach out.
Director - Vinit Garg
Phone: +91 99103 22011 Email: [email protected]

On Labour Day 2026, we recognise the engineers who quietly power progress.Behind every efficient process, every stable s...
01/05/2026

On Labour Day 2026, we recognise the engineers who quietly power progress.
Behind every efficient process, every stable system, and every quality output—there is disciplined thinking, precision, and relentless problem-solving.
Process engineers don’t just run operations; they optimise, sustain, and elevate them—ensuring industries move forward with consistency and purpose.
At Vizen Solutions, we value the expertise, dedication, and impact engineers bring every single day.
Your process. Our progress. Stronger together.

Paper thickness (GSM) directly impacts both cost and quality.Even small variation shows up in fiber consumption, steam l...
16/04/2026

Paper thickness (GSM) directly impacts both cost and quality.
Even small variation shows up in fiber consumption, steam load, and customer complaints.

In most mills, this variation is not due to one issue.
It builds from multiple small factors interacting together:

Headbox flow imbalance → CD variation
Stock consistency shifts → unstable formation
Pulp quality variation → fiber distribution changes
Machine speed changes → GSM fluctuation
Moisture profile differences → uneven drying
Control response delay → late correction

Individually manageable.
Together, they create a compounding effect —
where a small upstream variation becomes more visible at reel.

In practice, this typically results in:

2–5% GSM variation
1–3% higher fiber consumption
Frequent operator interventions to maintain targets
What actually improves control

When measurement and control are tightly integrated:

Basis weight variation is detected early
Headbox and flow corrections happen in real time
CD & MD controls stay aligned

This leads to:

Tighter GSM control band
Lower raw material usage
More consistent output across shifts

At Vizen Solutions, this is exactly where we work —
aligning electrical, automation, and instrumentation so the process responds as one system.

If GSM variation, high consumption, or instability is a recurring issue in your mill,
we can help identify where the gap is and how to correct it.
Connect me at +91 99103 22011 | [email protected]

automation

Most paper mills today are automated.Yet performance still varies — even with similar systems.The gap is rarely about ha...
10/04/2026

Most paper mills today are automated.
Yet performance still varies — even with similar systems.

The gap is rarely about having automation.
It’s about how well it is aligned and working together.

From what we see across mills, three areas make the difference:

1. Control Architecture
When DCS, PLC, and drives are not aligned,
plants rely more on operator intervention
and stabilization takes longer during changes.

2. Instrumentation Quality
Control is only as good as measurement.
If signals are not truly representative of process conditions,
variability in GSM, moisture, brightness, and consumption follows.

3. System Integration
A small upstream variation always travels downstream.
Without proper integration, this creates cross-effects,
delayed corrections, and inconsistent plant behaviour.

Reality:
Most mills don’t have an automation gap.
They have a coordination gap.

And that gap directly impacts cost, quality, and stability.

If your plant feels stable but not fully predictable,
Please provide a chance to evaluate your paper mill and improve efficiency.

đź“ž Vinit Garg
+91 99103 22011
📧 [email protected]

Most pulp mills don’t become complex overnight.They evolve that way.Over the years, automation is added step by step.A P...
03/04/2026

Most pulp mills don’t become complex overnight.
They evolve that way.

Over the years, automation is added step by step.
A PLC upgrade in one section.
An analyzer introduced later.
A DCS upgrade during shutdown.
New drives or transmitters added along the way.

Each decision is right.
Each investment adds value.

But what doesn’t always evolve at the same pace is the architecture connecting these systems.

So gradually, the mill becomes well-automated in parts,
but not always fully aligned as a whole.

Every section performs as expected:
Stock preparation holds consistency.
Bleaching manages dosing.
The recovery boiler maintains steam pressure.

Yet, the mill can still feel… slightly busy.

A small change in consistency moves through stock preparation.
Bleaching reacts shortly after.
Steam demand begins to shift.
Then the recovery boiler responds.

Nothing is wrong.
But everything is reacting in sequence, not in coordination.

And over time, this can show up as:

Higher variability during load changes
Unnecessary cross-adjustments between departments
Slightly higher energy consumption than expected

The systems are communicating,
but they are not always anticipating each other.

That distinction matters.

When PLC and DCS layers are aligned to share intent—not just data—
feed-forward strategies become possible.

A change in one section can influence another
before the disturbance fully travels through the process.

The result is subtle, but meaningful:

Faster stabilization during load swings
Reduced operator intervention
More consistent energy performance

The plant begins to operate as a connected system, not isolated sections.

Modern automation is not always about adding more hardware or screens.
In many cases, it is about making existing systems work together more intelligently.

If this reflects what you are observing in your mill,
we would be glad to exchange perspectives.

đź“© Vinit Garg
đź“ž +91 99103 22011
✉️ [email protected]

We sincerely thank our esteemed customers and partners for placing their trust in Vizen Solutions throughout FY 2025–26....
01/04/2026

We sincerely thank our esteemed customers and partners for placing their trust in Vizen Solutions throughout FY 2025–26.
Your continued support inspires us to innovate, improve, and deliver meaningful results.
As we begin the new financial year, we are committed to building stronger partnerships and driving greater efficiency and value together.

Address

Plot No. 387, Sec/68
Faridabad
121004

Opening Hours

Monday 8am - 8pm
Tuesday 8am - 8pm
Wednesday 8am - 8pm
Thursday 8am - 8pm
Friday 8am - 8pm
Saturday 8am - 8pm
Sunday 8am - 8pm

Telephone

+919910300875

Website

Alerts

Be the first to know and let us send you an email when Vizen Solutions posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Vizen Solutions:

Shortcuts

Share

Category