5+
Key Industries Served
Industrial Energy Efficiency
Industrial Energy Saving & Decarbonization Solutions
Serving petrochemicals, power generation, cryogenic gas storage and transportation, metallurgy, and advanced manufacturing.
5+
Key Industries Served
20+
Industrial Projects Completed
8%-15%
Typical Energy Savings
100%
Verified Energy Savings
About Us
Beijing YIFIT Technology Development Co., Ltd.
Providing industrial energy-efficiency, cryogenic and decarbonization solutions.
YIFIT integrates advanced aerogel insulation technologies with industrial energy-efficiency solutions, helping clients achieve measurable energy savings and emissions reductions across the petrochemical, industrial gas, cryogenic storage and transportation, metallurgy, and advanced manufacturing sectors.
YIFIT also operates through its U.S. subsidiary, YIFIT LLC, leveraging global technology resources and industry expertise to support industrial clients worldwide.
We specialize in industrial energy efficiency, process optimization and decarbonization, providing integrated solutions covering energy audits, engineering design, project delivery and M&V services.
Backed by a professional technical team and extensive project experience, we help clients improve operational efficiency, reduce energy consumption, and achieve measurable and verifiable energy-performance improvements.
Services
- Energy Audits & Savings Assessment
- Industrial Insulation & Thermal Retrofit
- Measurement & Verification (M&V)
- Thermal System & Process Optimization
- EMC Project Development & Delivery
- Energy Performance Monitoring & Optimization
20+
Industrial Projects Completed
8%-15%
Typical Energy Savings
100%
Verified Energy Savings
Solutions
Integrated energy-efficiency and insulation solutions for key industrial sectors.
Petrochemicals
Key challenges
High-temperature pipelines and units suffer heavy heat loss and persistently high steam consumption, while aging insulation systems drive up maintenance costs.
Cryogenic Storage & Transport
Key challenges
Cryogenic storage and transport face large cold loss and high boil-off, while insulation degradation is hard to detect and assess in time.
Power & Energy
Key challenges
Boilers and heat-exchange systems show large efficiency swings, making energy use hard to control under variable loads.
Metallurgy
Key challenges
High-temperature production lines consume large amounts of energy with poor temperature consistency, and heat loss in heat-treatment is hard to quantify.
Advanced Manufacturing
Key challenges
Process-heat systems run at low efficiency with a high energy-cost share and lack a systematic energy-management mechanism.
Core Capabilities
Advanced insulation, asset integrity and energy-performance solutions.
High-Temperature Energy Saving
Powered by Aspen Aerogels® Pyrogel high-temperature insulation technology.
Reduces heat loss, improves energy efficiency, and cuts fuel consumption.
Applications
Petrochemicals, power, metallurgy and advanced manufacturing
Cryogenic Cold Insulation
Reduces cold loss, limits frost and icing, and improves system stability.
Reduces cold loss, limits frost and icing, and improves system stability.
Applications
LNG, liquid nitrogen, oxygen, hydrogen and industrial gas storage & transport
CUI Risk Management
Reduces the risk of corrosion under insulation (CUI).
Improves asset integrity, extends asset life, and lowers maintenance costs.
Applications
Refining, chemicals and energy facilities
EMC Project Delivery
Delivered through Energy Performance Contracting (EPC).
Provides energy audits, engineering design, project implementation and M&V services.
Key Benefits
Reduces upfront investment requirements and delivers measurable energy savings.
EMC Model
Under the Energy Performance Contracting (EPC) model, project investments are funded through verified energy savings, enabling shared risks, shared benefits and long-term performance optimization.
Why Choose the EMC Model
No Upfront Capital Investment Required
Performance Guaranteed Through Contracted Savings Targets
Shared Risks and Shared Benefits
Savings Verified Using International M&V Protocols
Implementation Process
Energy Assessment
Contract Signing
Project Implementation
M&V
Shared Savings
Continuous Optimization
Project Delivery Capabilities
End-to-end technical, engineering and project-delivery capabilities across the project lifecycle.
Energy Audit & Assessment
Identify energy-saving opportunities through system diagnostics, energy benchmarking and actionable recommendations.
Solution Design
Develop system optimization and retrofit plans with clear implementation paths and expected returns.
Engineering Management
Coordinate construction and quality control to ensure safe, efficient project delivery.
Energy Performance Contracting
Develop performance-based project models with aligned commercial and technical objectives.
M&V
Measure and verify energy savings using internationally recognized protocols.
Continuous Optimization
Track performance and continuously improve system efficiency and savings.
Industry Applications
Proven retrofit solutions for petrochemical, power, cryogenic, metallurgical and advanced manufacturing facilities.
Petrochemicals
Pipeline & Unit Insulation Retrofit
Upgrade insulation on key units to cut steam loss, raising overall annual savings by about 8%-15%.
Power & Energy
Boiler & Heat Exchanger Optimization
Heat-balance optimization and parameter calibration deliver stable savings under variable loads.
Metallurgy & Manufacturing
High-Temperature Production Line Upgrade
Retrofit heat-treatment lines to cut energy use per unit and improve temperature consistency.
Cryogenic Storage & Transport
Cryogenic Insulation Systems
High-performance insulation for cryogenic tanks and gas pipelines reduces cold loss and boil-off.
Industrial Parks
Industrial Utility System Optimization
Holistic optimization of park steam networks and distributed energy enables park-level energy management.
Advanced Manufacturing
Process Heat System Retrofit
Improve efficiency and ensure process stability across heating and cooling in precision manufacturing.