Good Luck Wide Infinity Co., Ltd.

28/07/2026

Boiler Water Treatment Chemical
Online Treatment & Conditioning
 Maxtreat®-3001 – Online sludge conditioner
 Maxtreat®-3002 – Descalant for hardness & iron scale
 Maxtreat®-3003 – Defoamer (reduces foaming)
 Maxtreat®-3004 – Alkalinity builder
 Maxtreat®-3005 – Alkalinity controller / reducer
 Maxtreat®-3006NSF – pH booster / alkalinity builder
Oxygen Scavengers
 Maxgreen®-3100L – Catalysed oxygen scavenger
 Maxgreen®-3100NSF – Catalysed oxygen scavenger

Corrosion & Scale Control
 Maxtreat®-3220 – Scale & corrosion inhibitor for boilers
 Maxtreat®-3221 – Corrosion & scale inhibitor (liquid)
 Maxtreat®-3223 – Corrosion & scale in powder form
 Maxtreat®-3200 – Complete organic treatment (film-forming)
Advanced / Green Lines
 Maxgreen™-3100NSF – Catalysed oxygen scavenger (NSF-certified)
 Maxgreen™-3221 – Corrosion & scale inhibitor (liquid)
 Maxgreen™-3222NSF – Corrosion & scale inhibitor

Condensate Line Treatment Products
 Maxtreat™ 3311NSF – Condensate line corrosion inhibitor
 Maxtreat™ 3334 – Condensate line corrosion inhibitor
 Maxtreat™ 3315 - Condensate line corrosion inhibitor

Descaling & Offline Cleaning
 Maxclean®-05 – Descaling compound
 Maxclean®-06 – Descaling compound
 Maxclean®-07 – Boil-out chemical (for cleaning new/dirty boilers)

􊶸 What These Chemicals Do
 Sludge conditioners keep solids suspended for easy blowdown.
 Oxygen scavengers remove dissolved oxygen to prevent corrosion.
 Corrosion and scale inhibitors protect metal surfaces and prevent deposits.
 pH/alkalinity controllers help maintain proper boiler water chemistry.
 Descalants/cleaners are used periodically to remove hard scale and deposits.

28/07/2026

Benefits of Boiler Water Treatment Chemicals
1. Prevention of Scale Formation
 Stops calcium, magnesium, and silica scale on boiler tubes
 Maintains efficient heat transfer
 Reduces fuel consumption

2. Corrosion Control
 Protects boiler tubes and drums from oxygen and acid attack
 Prevents pitting, rusting, and metal loss
 Reduces risk of tube failure and shutdowns

3. Improved Boiler Efficiency
 Clean heat transfer surfaces mean lower energy loss
 Saves fuel and operating costs
 Maintains designed boiler output

4. Extended Boiler Life
 Minimizes metal stress and damage
 Reduces frequency of repairs and replacements
 Increases overall equipment lifespan

5. Reduction in Maintenance & Downtime
 Fewer breakdowns and emergency shutdowns
 Less manual cleaning and descaling
 Lower maintenance costs

6. Better Steam Quality
 Prevents carryover, foaming, and priming
 Protects turbines, valves, and steam-using equipment
 Improves process reliability

7. Optimized Blowdown
 Keeps impurities dispersed and removable
 Reduces excessive blowdown
 Saves water and heat Power Plant & Energy Solutions

8. Compliance & Safety
 Helps meet boiler operation standards
 Ensures safe pressure operation
 Reduces operational risk

In Simple Words
Boiler water treatment chemicals save fuel, prevent damage, improve safety, and reduce
operating costs.

28/07/2026

What is a Jar Test?
A jar test simulates the actual treatment process on a small scale. It involves:
 Taking multiple samples of raw water or wastewater in jars
 Adding different types and dosages of treatment chemicals (such as coagulants,
flocculants, polymers)
 Mixing the samples under controlled conditions
 Observing floc formation, settling behavior, and clarity of treated water
This helps identify which chemical works best and at what dose.
Why Is a Jar Test Required in a New System?
A jar test is especially important in a new system for the following reasons:

1. Selection of the Right Chemical
Every water source is different (pH, turbidity, color, organic load, oil, metals, etc.). A jar
test helps select the most effective chemical for that specific water.

2. Optimization of Chemical Dosage
Overdosing wastes chemicals and increases cost, while underdosing leads to poor
treatment. Jar testing ensures the optimum dose, saving money and improving
performance.

3. System Design Validation
For a new plant, jar test results help confirm:
 Type of treatment required
 Expected sludge generation
 Settling and filtration behavior
This supports proper process design and equipment sizing.

4. Cost Reduction
By identifying the correct chemical and minimum effective dosage, operating costs are
reduced from day one.

5. Performance Assurance
Before running the full-scale plant, a jar test confirms that the treatment system will:
 Meet discharge or reuse standards
 Produce clear water
 Ensure stable and reliable operation

6. Compliance with Standards
Jar test data is often required for:
 Customer approval
 Consultant validation
 Environmental compliance and audits

22/07/2026

Agitator vs. Diffuser Aeration System

เลือกระบบเติมอากาศที่เหมาะสม เพื่อเพิ่มประสิทธิภาพการบำบัดน้ำเสียและลดต้นทุนการดำเนินงาน

✅ ระบบเติมอากาศแบบ Diffuser

ประสิทธิภาพการถ่ายเทออกซิเจนสูงกว่า 2–4 เท่า
ประหยัดพลังงานได้ 20–50%
ลดต้นทุนการดำเนินงาน
กระจายออกซิเจนได้ทั่วถึง
เหมาะสำหรับบ่อบำบัดน้ำเสียที่มีความลึกและระบบที่เดินเครื่องต่อเนื่อง

✅ ระบบเติมอากาศแบบ Agitator (Surface Aerator)

ให้การกวนผสมที่มีประสิทธิภาพสูง
เหมาะสำหรับบ่อตื้น
ลงทุนเริ่มต้นต่ำ
ติดตั้งและบำรุงรักษาง่าย
เหมาะกับงานที่ต้องการการกวนผสมเป็นหลัก
คำแนะนำจากผู้เชี่ยวชาญ

สำหรับโรงบำบัดน้ำเสียทั้งภาคอุตสาหกรรมและเทศบาล ระบบ Fine Bubble Diffuser เป็นตัวเลือกที่คุ้มค่าที่สุด ด้วยประสิทธิภาพการเติมออกซิเจนสูง ประหยัดพลังงาน ลดค่าใช้จ่ายระยะยาว และช่วยเพิ่มประสิทธิภาพการบำบัดน้ำเสีย

#ระบบบําบัดน้ําเสีย #ระบบเติมอากาศ #ประหยัดพลังงาน #วิศวกรรมสิ่งแวดล้อม

13/04/2026

Happy Songkran! 💦🌸

Wishing you a joyful Thai New Year filled with fun water fights, fresh beginnings, and lots of Good Luck. May this year bring you happiness, success, and cool moments all around! 😊

[email protected]
[email protected]

www.goodluck-wic.com

10/04/2026

03/04/2026

Equalization Tank (EQ Tank)

💧Simple Explanation:
What is Equalization Tank?
Tank that collects incoming wastewater
Maintains uniform flow & load

✅️Key Functions
Balances flow fluctuations
Reduces shock load to treatment
Maintains stable pH & concentration

✅️What happens inside?
Continuous mixing or aeration
Prevents settling of solids
Keeps wastewater homogeneous

✅️Why it matters:
Improves treatment efficiency
Protects biological process
Ensures consistent plant performance

03/04/2026

💧 Myth vs Fact: Boiling Water
Many believe boiling water makes it completely pure—but that’s not the full truth. While boiling can kill some bacteria and germs, it doesn’t remove dissolved salts, chemicals, or heavy metals.
For truly safe and clean drinking water, advanced filtration systems are essential. They not only eliminate harmful pathogens but also ensure removal of impurities that boiling simply can’t handle.
✔️ Boiling improves safety
✔️ Filtration ensures purity
🌐 Website: www.goodluck-wic.com

03/04/2026

🌍 Understanding the Stages of Wastewater Management (Simple & Clear)
Wastewater management is something we rely on every day-every time we wash, clean, or use water. Before this “used” water returns to nature, it must go through several treatment stages to make it safe.
💧 What are the stages of wastewater management?
They are step-by-step processes used to clean water so it can be safely released or reused. Think of it like cleaning very dirty water: remove big debris, clean smaller particles, then disinfect it.
⚙️ How It Works (Step-by-Step)
1️⃣ Preliminary Treatment - Removing Large Waste
Water passes through screens that remove items like plastic, cloth, and trash. Heavy particles like sand settle out.
👉 Purpose: Protect equipment and prevent blockages.
2️⃣ Primary Treatment - Settling Solids
Water sits in tanks where solids settle at the bottom (sludge) and oils float to the top.
👉 Removes ~50-60% of solids and reduces load for next stage.
3️⃣ Secondary Treatment -Biological Cleaning
Good bacteria break down organic waste. Air is added to help microorganisms grow and clean the water.
👉 Removes up to 85-95% of pollution.
4️⃣ Tertiary Treatment - Advanced Cleaning
Extra processes remove nutrients (nitrogen, phosphorus), fine particles, and chemicals using filtration or advanced methods.
👉 Ensures high-quality water and protects ecosystems.
5️⃣ Disinfection - Killing Germs
Water is treated with chlorine, UV light, or ozone to eliminate harmful bacteria and viruses.
👉 Makes water safe before release.
6️⃣ Sludge Treatment - Managing Waste
Solid waste (sludge) is treated separately, reduced in volume, and sometimes reused as fertilizer or energy source.
👉 Turns waste into useful resources.
🎯 Main Goals of Wastewater Management
✅ Protect Human Health
Removes harmful bacteria and viruses, preventing disease and keeping water sources safe.
🌱 Protect the Environment
Prevents pollution in rivers and lakes, protecting aquatic life and ecosystems.
💧 Enable Water Reuse
Treated water can be reused for irrigation, industry, and even drinking (after advanced treatment).
🔄 Reduce Pollution
Removes chemicals, nutrients, and organic waste that can harm nature.
⚡ Recover Resources
Generates energy (biogas), fertilizers, and reusable water-turning waste into value.
🌍 Why It Matters
Without proper treatment, wastewater can spread disease, damage ecosystems, and pollute vital water sources. With it, we protect communities, preserve nature, and support sustainable water use.
🧠 Simple Summary
Preliminary - Remove large waste
Primary - Settle solids
Secondary - Biological cleaning
Tertiary - Advanced purification
Disinfection - Kill germs
Sludge Treatment - Manage solids

💬 Final Thought
Wastewater treatment is more than just cleaning water-it’s about protecting life, supporting communities, and preserving our planet for future generations. Every drop treated reflects science, responsibility, and sustainability.