Industrial Thermal & Cryogenic Insulation

Industrial Thermal and Cryogenic
Insulation Engineering

ERATHERM delivers insulation system design, material procurement, field application and performance verification under one team for energy, process and advanced-technology facilities. We develop calculable and field-applicable systems for refinery, power, petrochemical, LNG, defense, space systems, cryogenic storage and critical-infrastructure projects.

ERATHERM industrial thermal and cryogenic insulation engineering
Design · Procurement · Application · Verification
Integrated EPC Approach

Single Accountability from Design to Performance Verification

ERATHERM integrated EPC insulation engineering — design, procurement, application and verification

ERATHERM treats insulation not merely as a material-and-cladding job, but as an engineering system in which the three fundamental heat-transfer mechanisms — conduction, convection and radiation — are evaluated together with process safety, corrosion control, maintenance access and life-cycle cost.

Our field experience feeds design decisions; calculations, technical specifications, drawings and quality plans are translated into applicable details. Depending on project needs, engineering, material procurement, field application, inspection and commissioning are delivered under a single contract or as independent packages.

Calculable design. Applicable detail. Verifiable performance.

About Us ›
Core Areas of Expertise

Thermal, Cryogenic and Specialized Insulation Systems

ERATHERM thermal, cryogenic and specialized insulation systems — vacuum, MLI and low-temperature architecture

A correct insulation system is not defined by a single material. Operating temperature, ambient conditions, water-vapor transmission, fire risk, corrosion, maintenance strategy and life-cycle cost are evaluated together; ERATHERM determines the system architecture and material combination according to these criteria.

From thermal insulation that limits heat loss at high temperature to cryogenic systems that manage condensation and heat-leak risk in fluids such as LNG, LH₂ and ammonia, every application requires a distinct design. Mineral wool, aerogel, PIR/PUR and cellular glass work as an integrated system with layer architecture, vapor barrier and outer cladding.

In cryogenic storage and advanced-technology infrastructures, vacuum and MLI architectures come into play; this approach delivers energy efficiency, CUI control and personnel protection at the same time.

Explore acoustic, removable jacket, refractory, cellular glass, aerogel and all other specialized systems.

The ERATHERM Working Model

We Turn Field Experience into Engineering Decisions

ERATHERM working model that turns field experience into engineering decisions

At ERATHERM, calculation, drawing and application are not disconnected processes. Field findings such as joints, cladding, supports, thermal bridges, drainage, maintenance access and installation tolerances are written into design checklists.

As a result, systems are evaluated not only for theoretical performance, but also for applicability, quality control and service life.

01

Applicability

Preparation of drawings and details considering site conditions, tolerances and installation sequence.

02

Cross-Disciplinary Engineering

Joint evaluation of thermal, mechanical, acoustic, corrosion and maintenance requirements.

03

Traceable Quality

Tracking of material, application, inspection and handover records under ITP and QC dossiers.

04

Life-Cycle Approach

Evaluation of energy, maintenance, downtime, removability and service life alongside initial investment cost.

Let's Define Your Project's Thermal and Cryogenic Design Criteria Together

Share your operating temperatures, equipment list, line diameters, drawings, ambient conditions and target performance criteria; let's build the engineering and application package that fits your scope together.