Manufacturers, Exporters, Suppliers of Boiler Water Treatment Chemicals in Bhutan

Boiler water treatment chemicals including scale inhibitors and oxygen scavengers for industrial boilers in Bhutan

Boiler Water Treatment Chemicals in Bhutan

Innovacorp India Pvt Ltd is a manufacturer, exporter, and supplier of boiler water treatment chemicals in Bhutan. Our range covers scale inhibitors, oxygen scavengers, alkalinity builders, sludge conditioners and condensate treatment chemicals for industrial steam boilers. A boiler runs on a chain of chemical controls: feedwater quality, pH, dissolved oxygen, alkalinity and condensate return. Each of these is managed by a different chemical, and the program only works when the pieces fit together — not as a single drum of "boiler chemical".

Why Boiler Water Treatment Matters

Boiler failures rarely come from a single cause. Scale on heat transfer surfaces reduces efficiency and can lead to tube overheating. Dissolved oxygen causes pitting corrosion in the economiser and feed line. Carbonic acid in the condensate return eats away at the return lines. High alkalinity can lead to caustic embrittlement in high-pressure boilers. Each of these is managed by a different chemical, dosed at a different point, with its own target range. The right program starts with a feedwater and boiler water analysis — not a fixed dose.

Where It Is Used

  • Industrial steam boilers: Low, medium and high-pressure boilers in manufacturing, textile and food processing plants.
  • Power and cogeneration: High-pressure boilers where water purity directly affects efficiency and safety.
  • Process industries: Chemical, paper and food plants where steam quality matters for the product.
  • Auxiliary systems: Feedwater tanks, deaerators, economisers and condensate return lines.
  • Sugar and distillery boilers: Bagasse-fired and multi-fuel boilers where fuel quality and water quality both vary.

Types We Manufacture, Export & Supply in Bhutan

  • Scale inhibitors and antiscalants: Polymer-based formulations that help control calcium, magnesium and silica deposits on heat transfer surfaces.
  • Oxygen scavengers: Sodium sulphite (for low and medium pressure) and hydrazine-free alternatives (for higher pressure); the choice depends on the boiler pressure and the plant's safety policy.
  • Alkalinity builders and pH boosters: To keep the boiler water in the target pH and alkalinity range, within the limits that protect the metal.
  • Sludge conditioners and dispersants: To keep suspended solids fluid so they can be removed through routine blowdown.
  • Condensate treatment: Filming amines and neutralising amines for carbonic acid corrosion control in the condensate return lines.
  • Phosphate treatment: For controlled precipitation of hardness in medium-pressure boilers.

Specification Table

Property Typical Range
AppearanceClear to slightly hazy liquid, or powder (product dependent)
pH (as supplied)2.0 – 12.0 (product dependent)
Active content20% – 99% (product dependent)
Density (at 25°C)1.00 – 1.30 g/cm³ (liquid products)
SolubilityFully miscible in water (liquid products)
Boiler pressure suitabilityLow, medium or high pressure (product dependent)
Shelf life12 – 24 months in unopened original packing
StorageCool, dry, ventilated area; keep containers closed

Final specification is confirmed against the product datasheet and after a feedwater and boiler water analysis.

Application and Dosage

Dosage depends on boiler pressure, feedwater quality, condensate return ratio and the current treatment program. Indicative starting ranges:

  • Scale inhibitor: 5 – 30 ppm in the boiler water, adjusted to the hardness and silica load.
  • Oxygen scavenger (sodium sulphite): 10 – 50 ppm, based on the dissolved oxygen in the feedwater and the target residual.
  • Alkalinity builder / pH booster: Dose confirmed against the target pH and alkalinity range for the boiler pressure.
  • Sludge conditioner: 5 – 20 ppm, adjusted to the suspended solids load.
  • Condensate treatment (filming amine): 2 – 10 ppm in the steam, based on the condensate return ratio and the target pH.

Feed points and dosing method are discussed with your plant engineers. Final dosage is confirmed after a feedwater and boiler water analysis, and a trial on the boiler.

Packing

  • 35 kg / 50 kg HDPE carboys and drums (liquids)
  • 200 kg HDPE drums (liquids)
  • 25 kg HDPE-lined bags (powders)
  • 1,000 kg IBC tanks for large boiler houses

Key Benefits

  • Helps control scale and deposit build-up on boiler heat transfer surfaces.
  • Supports oxygen pitting control when used with mechanical deaeration.
  • Supports condensate pH control, which helps reduce carbonic acid corrosion in return lines.
  • Available in sodium sulphite and hydrazine-free oxygen scavenger options, to match the plant's safety policy.
  • Program design is confirmed through feedwater and boiler water analysis, not fixed dosing.

Technical Support

Boiler water treatment works only when the program matches the boiler pressure, feedwater and operating cycle. We work with your plant engineers on feedwater and boiler water analysis, dosage calculation, condensate treatment and program reviews across the year. Final specification, dosage and packaging are confirmed after a water analysis and a boiler trial.

Innovacorp India Pvt Ltd
2B / BW Shalimar Bagh, Opp. BQ Market, Near DLF Mall
New Delhi - 110088, India
Phone: +91-9312871070

Frequently Asked Questions

Q1. Which boiler water treatment chemicals are used in Bhutan's industrial boilers?
Industrial boilers in Bhutan typically use scale inhibitors, oxygen scavengers, sludge conditioners and pH control chemicals. Innovacorp manufactures, exports and supplies these formulations for industrial boilers in Bhutan.

Q2. How is oxygen pitting controlled in a boiler?
Oxygen pitting is controlled through mechanical deaeration combined with chemical oxygen scavengers (such as sodium sulphite or hydrazine alternatives). The dose is set against the dissolved oxygen level in the feed water, and confirmed through routine water testing.

Q3. What is caustic embrittlement and how is it managed?
Caustic embrittlement is a form of stress corrosion cracking that occurs in boiler metal when caustic concentration is high and residual stress is present. It is managed through controlled boiler water chemistry (pH, alkalinity, phosphate treatment) and regular blowdown, not by a single chemical.

Q4. Do you supply boiler water treatment chemicals in bulk across Bhutan?
Yes. We supply in bulk to industrial boiler operators across Bhutan. Packing options and dosing programs are discussed with your plant engineers based on boiler pressure, feed water quality and the current treatment program.

Get a Quote for Your Bhutan Boiler House

Send us your boiler pressure, feedwater analysis, condensate return ratio and current treatment program, and our technical team will propose a boiler water treatment program that fits your plant. Call +91-9312871070 to speak with our team and request a sample, datasheet or a quote.

Our Products

WhatsApp Chat with Us