Engineering News & Industrial Project Updates

Silicon Carbide Heat Exchanger Configuration Options

Understand how to select the right silicon carbide heat exchanger configuration for sulfuric acid systems, balancing efficiency, flexibility and long-term reliability.

Shell and Tube Heat Exchanger Design Principles

A comprehensive guide to shell and tube heat exchanger design, covering tube arrangement, baffle configuration, material selection and thermal performance optimization for industrial systems.

Fully Welded Gas to Gas Heat Exchanger for Sulfuric Acid Plants

A high-performance industrial heat recovery system designed for sulfuric acid production. Engineered for corrosion resistance, high temperature environments, and long-term reliability.

How to Select a Heat Exchanger for Sulfuric Acid Plants

Learn how to choose the right sulfuric acid heat exchanger for 98%–99% acid systems, including material selection, corrosion resistance, and efficient cooling design.

Heat Exchanger Cleaning Guide：How to Choose the Right Cleaning Agents

Learn how to select the correct cleaning chemicals for heat exchangers based on material and fouling type to improve efficiency, prevent corrosion, and extend equipment life.

700 TPD Sulfuric Acid Plant Cooling | 99% Concentrated Acid Heat Exchanger

Custom anti-corrosion cooling solution for new sulfuric acid plant, cooling 130°C 99% concentrated sulfuric acid down to stable 70°C for continuous production.

Plate Heat Exchanger for Honey Processing India 5TPD Heating Upgrade Case

A real industrial case of a honey processing plant in India upgrading to a plate heat exchanger system, achieving rapid heating, precise temperature control, and significant energy savings.

Chemical Plant Heat Exchanger System India Industrial Application Case

A real engineering case of a chemical plant heat exchanger system in India, designed for corrosive process conditions and continuous industrial operation with improved thermal efficiency.

Sulfuric Acid Concentration Plant India 65% → 98% | 240TPD Customized System

This sulfuric acid concentration plant in India is engineered for efficient conversion of dilute sulfuric acid (65%) to 98%, even under complex impurity conditions such as nitrate contamination.

Silicon Carbide Heat Exchanger for India Plant – Space-Limited Custom Solution

A real engineering case where Tershion delivered a custom 2.5m silicon carbide heat exchanger for a chemical plant in India facing space constraints and material selection challenges.

Fully Welded Plate Heat Exchanger Welding Arm Manufacturing Process

Do you know what this is? A welding arm used in the production of fully welded plate heat exchangers — ensuring precision, consistency, and structural reliability.

Slurry Plate Heat Exchanger Solution for Synthetic Base Oil

High-corrosion resistance, anti-fouling performance, and long service life for heavy-duty slurry and synthetic base oil heat transfer processes.

Inside Tershion Workshop: How Plate Heat Exchanger Performance Is Engineered

From plate pressing to sealing and pressure testing, every detail defines plate heat exchanger performance in real industrial conditions.

Handling HBr and Bromine? Choose Right Heat Exchanger Material

Corrosive HBr and bromine demand properly selected heat exchanger materials to protect equipment lifespan, cut maintenance and secure factory operation.

PTFE Lined Scrubber Tower for HF Tail Gas Treatment

Tershion delivered a corrosion-resistant PTFE-lined scrubber tower for an HF tail gas treatment project in Tunisia, ensuring long-term reliability, reduced maintenance, and safe operation in highly aggressive chemical environments.

Why Silicon Carbide Is Ideal for High-Temperature Applications

In high-temperature and corrosive environments, traditional materials often fail. Discover why Silicon Carbide heat exchangers deliver superior performance, reliability, and long-term value.

Case Study: Custom 200°C SiC Heat Exchanger

Project: Engineering design and drawing approval for a custom 200°C Silicon Carbide heat exchanger.

Solution: High-temperature resistant SiC structure ensures reliable performance in corrosive environments.

Custom Hastelloy C-2000 Plate Heat Exchanger

Client Challenge: Handling 32% caustic soda with strict Fe < 1% specification for high-corrosion applications.

Solution: Special alloy production, optimized processes, and quality assurance ensured reliable performance.

Behind the Scenes: Plate Heat Exchanger Gasket Production

Production Insight: See how Tershion transforms premium rubber into high-performance gaskets with precision cutting, molding, and strict quality checks.

Performance: Perfect seal, reliable operation, and lasting efficiency for demanding industrial systems.

Titanium vs. 316L: Choosing the Right Material for Corrosion Resistance

Material Insight: 316L performs well in standard conditions, but struggles in high-chloride environments.

Engineering Choice: Titanium offers superior resistance in seawater systems, ensuring longer service life and reduced maintenance.

2026 Trends: How SiC & Advanced Materials Drive Industrial Efficiency

Industry Shift: Advanced materials like Silicon Carbide (SiC) are reshaping heat exchanger performance standards.

Smart Design: Compact structures and optimized thermal efficiency are becoming essential for modern industrial systems.

Minimizing Fouling, Maximizing PHE Efficiency

Thermal Stability: Precise temperature control is essential in chemical production environments such as Funuo Specialty Chemicals (Thailand).

Efficiency Loss: Fouling reduces heat transfer performance and increases operational energy consumption over time.

Tershion Enhances Supply Chain Efficiency for SE Asia

Regional Logistics: Optimized logistics support for Vietnam and Indonesia markets.

Expertise: We ensure faster delivery for complex industrial projects.

Plate Heat Exchanger Mechanical Cleaning Methods

At Tershion, we provide efficient maintenance solutions for plate heat exchangers to ensure long-term performance and reliability.

Fouling Removal: Mechanical cleaning effectively removes scale deposits in severe operating conditions.

Welded Plate Heat Exchanger Pressure Testing Guide

Safety Protocols: Ensuring product safety and high quality in industrial pasteurization systems.

Design Integrity: Learn pressure testing for removable designs to maintain performance.

How to Ensure Quality Control of Plate Heat Exchangers

Strict Measures: Tershion applies strict quality control measures at every stage to meet high industrial standards.

Durability: Proper control is essential for ensuring product performance and long service life.

Food-Grade Plate Heat Exchanger for Pasteurization

Hygienic Performance: Core equipment in food processing with high hygienic performance for pasteurization.

Safety: Critical process to ensure product safety and quality in the food and beverage industry.

Tershion Thailand: Local Service for Global Green Goals

Preferred Partner: Operational since 2025, our Thailand branch supports Southeast Asia’s green goals.

Project Delivery: Customized PHE systems delivered to major local petrochemical projects.

Tershion SiC Heat Exchanger for Harsh Corrosion

Innovative Material: Silicon carbide exchangers for highly corrosive environments with high conductivity.

Smart Features: Reduced maintenance with smart monitoring for efficient energy recovery.

Plate Heat Exchanger Troubleshooting Guide

HVAC Solutions: PHE units are widely used in HVAC and industrial heating systems worldwide.

Restore Efficiency: Guide to common faults and corresponding solutions for reliable operation.

How to Choose the Right Plate Heat Exchanger

Broad Industry Use: PHE is the preferred solution for food processing, chemical, and energy systems.

Optimal Choice: Compact design and high heat transfer efficiency for modern thermal applications.

Two Ways to Boost Plate Heat Exchanger Efficiency

Smart Optimization: Improve efficiency through plate design and flow distribution optimization.

Proactive Care: Implementing smart online cleaning and maintenance for industrial performance.

How to Determine Fluid Velocity in a Heat Exchanger

Critical Parameters: Fluid velocity directly affects transfer efficiency and pressure drop.

Equipment Lifespan: Proper velocity design is essential to prevent fouling resistance issues.

How to Prevent Plate Heat Exchanger Leakage

Common Risks: Leakage can affect system performance and operational reliability across industries.

Prevention Guide: Learn to avoid leaks in HVAC, chemical, and power generation systems.

Tershion Helps Client Resume Production Quickly

Professional Service: We provide expert commissioning services for heat exchanger equipment.

Rapid Response: Helping industrial clients restore production and ensure stable operation.

Heat Transfer Efficiency of Plate Heat Exchangers

Thermal Power: Essential equipment widely used in chemical, petroleum, and power generation.

Multiple Functions: Functional solutions for heaters, coolers, condensers, and reboilers.

Tershion Silicon Carbide Heat Exchangers

Extreme Resistance: Engineered for chemical processing with superior corrosion resistance.

Green Energy: Ideal for environmental protection and renewable energy sectors.

Innovative Heat Exchange Technologies Released

Advanced Tech: Tershion introduces corrosion-resistant technologies for complex conditions.

Stability: Improving long-term system stability through innovative heat exchange design.

Tershion Strengthens Heat Exchanger Portfolio

Global Solutions: Energy-efficient and corrosion-resistant solutions for global industries.

Process Focus: Optimized heat transfer for chemical and environmental process sectors.

Tershion Achieves Record Production in 2025

Global Reach: Over 15,000 heat exchange sets delivered worldwide in 2025.

Sustainability: Expanding process engineering and sustainable environmental solutions.

Tershion Expands Plate Heat Exchanger Portfolio

Flexible Design: Efficient and reliable solutions for industrial, energy, and HVAC apps.

Material Options: Optimized heat transfer through flexible material and design options.