Solutions | Refresh Global for Oilfield Services

Sectors Covered

Engineered for UAE and GCC Critical Infrastructure

Our coating systems are purpose‑built for the demanding environmental and operational conditions found across the UAE and GCC. From extreme heat and high humidity to salt‑laden coastal atmospheres, thermal shock, and continuous 24/7 service requirements, our solutions are engineered to protect assets operating in some of the world’s most challenging industrial environments. These technologies support long‑term performance, safety, and reliability across vital sectors that drive the region’s economy.

Upstream & downstream oil and gas Petrochemical & chemical processing Marine & coastal structures Power & utilities Infrastructure & industrial buildings Cold & controlled storage facilities

Energy Reduction & Heat Management

Solar heat block, thermal insulation & live hot pipe coatings

SPI’s ceramic technologies reduce heat load, stabilize substrate temperature, and minimize thermal fatigue—delivering measurable energy savings and improved safety around hot surfaces.

Energy loss, solar gain, surface temperature

Thermal & solar heat block Super Therm®

Ceramic solar heat block for tanks, roofs & envelopes

Technology: Four‑part ceramic matrix engineered to reflect and block solar energy.

Mechanism: Reflects solar load, blocks infrared/UV, and prevents heat soak into steel and concrete.

Typical applications

Above‑ground oil and fuel storage tanks
Industrial and commercial roofs
Building envelopes and cladding
Marine superstructures and decks
District cooling / chiller plant roofs

Technical benefits

Significant surface temperature reduction
Improved cooling system efficiency
High UV stability for Middle East climates
Non‑flammable, low‑odour application

High‑temperature insulation HPC® / HPC‑HT®

Ceramic high‑temperature insulation for hot pipes & vessels

Technology: Ceramic‑filled insulation coatings for hot surfaces without cladding.

Mechanism: Builds a high‑performance insulation barrier that reduces heat loss and burn risk.

Typical applications

Steam and condensate lines
High‑temperature process piping
Heat exchangers, boilers, exhausts
Vessels prone to CUI under insulation

Technical benefits

Reduces energy loss and prevents CUI
Can be applied to live hot surfaces
Durable under vibration and movement
Provides personnel burn protection

Energy performance packages System design

Integrated heat management for tanks, process & buildings

Approach: Combines solar heat block, high‑temperature insulation and corrosion control.

Deliverable: Full system design including surface prep, primers, thickness and inspection.

Typical applications

Tank farms requiring thermal + corrosion protection
Pipeline corridors with mixed temperature zones
Industrial buildings and process units
Facilities targeting energy savings & ESG goals

Technical benefits

Optimized system selection per asset area
Lower lifecycle cost through integrated design
Defined inspection & maintenance procedures
Supports energy audits and sustainability reporting

Chemical protection & industrial resilience

Barrier systems for chemical exposure, immersion & splash zones

Chemical‑resistant and waterproofing systems designed for refineries, chemical plants, desalination facilities, and wastewater environments where aggressive fluids and vapours threaten infrastructure.

Acids, alkalis, hydrocarbons and water

Chemical barrier systems Epoxy & urethane

Chemical‑resistant linings for industrial containment

Technology: Multi‑layer epoxy and urethane systems engineered to resist a wide range of industrial chemicals, fuels, and process media.

Mechanism: Creates a dense, low‑permeability barrier that prevents chemical attack on steel and concrete substrates.

Typical applications

Chemical processing plants and refineries.
Desalination and water treatment facilities.
Secondary containment areas and bunds.
Fuel storage, loading, and transfer zones.

Technical benefits

Resistance to acids, alkalis, solvents, and hydrocarbons.
Protects against chemical permeation and substrate degradation.
Maintains adhesion under thermal cycling and dynamic loading.
Suitable for immersion and splash zone service where properly designed.

Waterproofing & moisture control Elastomeric systems

Waterproofing membranes for roofs, foundations & tanks

Technology: Elastomeric membranes and ceramic‑reinforced coatings that form continuous waterproof barriers on concrete and metal.

Mechanism: Zero water absorption, crack‑bridging capability, and UV resistance to maintain long‑term waterproofing performance.

Typical applications

Flat roofs and complex penetrations.
Foundations, basements, and underground structures.
Potable and non‑potable water tanks.
Wet process areas requiring easy‑clean surfaces.

Technical benefits

Zero water absorption to prevent long‑term moisture ingress.
UV‑stable, maintaining flexibility under solar exposure.
Crack‑bridging properties to accommodate movement and settlement.
Compatible with thermal insulation and topcoat systems.

Resilience packages System design

Integrated chemical, corrosion & waterproofing systems

Approach: Combine chemical‑resistant linings, corrosion encapsulation, and waterproofing to build holistic protection around process units and infrastructure.

Result: Reduced unplanned downtime, improved environmental compliance, and extended asset reliability.

Typical applications

Refinery process units and utility areas.
Desalination and wastewater plants.
Loading terminals and tank farms.
Industrial sites requiring environmental containment assurance.

Technical benefits

Single point of responsibility for integrated coating solutions.
Coherent design across steel, concrete, and immersed areas.
Helps meet environmental and regulatory expectations.
Optimized for Middle East climates and operating conditions.

Fire protection & thermal shock resistance

Fire‑resistant coatings for structural steel & high‑risk assets

Fire‑resistant coating systems designed to withstand direct flame and rapid temperature changes, protecting structural integrity and supporting risk mitigation strategies.

Fire, thermal shock and structural safety

Fire & thermal shock coating Omega Fire®

Fire‑resistant coating for structural steel and modules

Technology: Ceramic‑reinforced fire‑resistant coating system designed to protect steel from high temperature exposure.

Mechanism: Forms a thermally stable barrier that withstands intense heat and reduces thermal shock transmitted to the substrate.

Typical applications

Structural steel in industrial and infrastructure buildings.
Offshore modules and high‑risk process units.
Power generation facilities and critical equipment support structures.
Areas requiring enhanced fire performance in addition to corrosion control.

Technical benefits

Resists direct flame and high temperature exposure within defined guidelines.
Mitigates cracking and failure due to rapid temperature change.
Low smoke and non‑toxic formulation improves safety profile.
Can be combined with corrosion protection systems for dual performance.

Fire & heat integrated Multi‑layer systems

Combined fire, thermal and corrosion‑resistant systems

Approach: Design coating systems where fire resistance, thermal management, and corrosion protection are engineered together for critical assets.

Scope: Selection of primers, intermediate layers, and fire‑resistant topcoats tailored to each structure and risk profile.

Typical applications

Onshore and offshore modules with hydrocarbon fire risk.
Power and utility structures under combined environmental stress.
Critical bridges and infrastructure elements.
High‑value structures where redundancy and robustness are key.

Technical benefits

Unified system approach instead of separate, conflicting solutions.
Optimized dry film thicknesses and layer sequences.
Clearly defined inspection, testing, and maintenance criteria.
Supports fire risk assessments and safety case documentation.

Cold storage & temperature‑controlled facilities

Thermal stability and condensation control for cold environments

Coating systems that reduce energy consumption, minimize condensation and ice formation, and maintain hygienic conditions in cold and controlled storage facilities.

Cold chain, condensation and hygiene

Cold storage thermal Ceramic & barrier

Energy‑efficient thermal control for cold storage

Technology: Ceramic insulation and moisture‑blocking systems applied to envelopes and internal surfaces of cold rooms and freezers.

Mechanism: Reduces thermal bridging, prevents condensation, and improves insulation performance of existing structures.

Typical applications

Food processing and storage facilities.
Pharmaceutical and healthcare cold rooms.
Industrial freezers and refrigerated warehouses.
Cold logistics hubs and distribution centres.

Technical benefits

Reduces refrigeration load and energy consumption.
Minimizes condensation and ice formation on surfaces.
Improves hygiene by reducing moisture‑driven mould risk.
Allows performance upgrades without major structural changes.

Concrete, flooring & industrial surfaces

High‑durability flooring and concrete protection systems

Epoxy and urethane floor systems provide abrasion, chemical and impact resistance for high‑traffic industrial environments, ensuring long‑term performance and easier maintenance.

Abrasion, impact and chemical exposure

Industrial flooring Epoxy & urethane

High‑durability, chemical‑resistant industrial flooring

Technology: Epoxy and urethane hybrid systems designed for industrial floors with heavy mechanical and chemical loads.

Mechanism: Forms a dense, high‑strength surface with excellent adhesion and wear resistance under forklifts, equipment, and process operations.

Typical applications

Factory and warehouse floors.
Marine workshops and heavy‑duty maintenance areas.
Chemical plant floors and loading bays.
Industrial corridors and utility areas.

Technical benefits

Abrasion and impact resistance for high‑traffic areas.
Chemical resistance to fuels, oils, and industrial chemicals.
Non‑dusting, easy‑clean surfaces that support hygiene and safety.
Fast return‑to‑service options to reduce downtime.

Concrete protection Sealers & coatings

Concrete sealing and protection for industrial structures

Technology: Sealers and protective coatings that resist moisture, chemical ingress, and mechanical wear on concrete surfaces.

Mechanism: Reduces permeability and surface degradation, extending the service life of concrete assets exposed to harsh environments.

Typical applications

Industrial floors and loading docks.
Bund walls and containment structures.
Concrete support structures and plinths.
Exposed concrete surfaces in harsh climates.

Technical benefits

Reduces moisture ingress and freeze‑thaw or thermal cycling damage.
Improves chemical and abrasion resistance.
Supports easier cleaning and maintenance regimes.
Integrates with overall corrosion and waterproofing strategies.

Specialized solutions

Hazardous material encapsulation & transport asset protection

Engineered solutions to encapsulate legacy hazardous materials and protect transport assets that experience vibration, impact, and aggressive environments.

Legacy hazards and mobile assets

Hazardous material encapsulation Encapsulation systems

Encapsulation of asbestos, lead and legacy coatings

Technology: High‑adhesion, low‑permeability barrier coatings designed to lock hazardous materials in place and prevent fibre or particle release.

Mechanism: Forms a continuous, durable film that encapsulates the substrate, avoiding the need for full removal in suitable cases.

Typical applications

Older industrial buildings and facilities with asbestos or lead paint.
Marine vessels and port structures with legacy coatings.
Power plants and government facilities undergoing refurbishment.
Industrial sites where removal is high‑risk or disruptive.

Technical benefits

Locks hazardous materials, reducing exposure risk when properly designed and maintained.
Can be less disruptive than full removal options.
Provides long‑term environmental stability when monitored and maintained.
Supports compliance strategies for legacy materials management.

Transport asset protection Mobile assets

Durable coatings for containers, railcars and equipment

Technology: Corrosion‑resistant and impact‑tolerant coating systems designed for mobile and transport assets under dynamic conditions.

Mechanism: Combines corrosion protection, UV resistance, and optional sound‑dampening characteristics to protect structure and cargo.

Typical applications

Shipping containers and offshore transport units.
Railcars, trailers and heavy equipment.
Barges and service vessels.
Mobile plant operating in harsh industrial environments.

Technical benefits

Corrosion resistance under constant vibration and impact.
UV and salt‑spray durability along marine routes.
Optional sound‑dampening and thermal comfort benefits.
Enhanced appearance and branding durability for fleet assets.

Next step

Align coatings with your asset strategy

Every facility, pipeline, tank farm, platform and cold store in the UAE operates under unique constraints. Refresh Global designs coating solutions around your actual operating conditions, inspection regime, and lifecycle targets. Share your drawings, photos, or existing specifications and we will respond with a focused, engineering‑grade proposal.

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Engineered protection for heat, corrosion and chemical exposure

Energy Reduction

Corrosion Control

Fire & Chemical Resistance

Engineered for UAE and GCC Critical Infrastructure

Solar heat block, thermal insulation & live hot pipe coatings

Ceramic solar heat block for tanks, roofs & envelopes

Ceramic high‑temperature insulation for hot pipes & vessels

Integrated heat management for tanks, process & buildings

Barrier systems for chemical exposure, immersion & splash zones

Chemical‑resistant linings for industrial containment

Waterproofing membranes for roofs, foundations & tanks

Integrated chemical, corrosion & waterproofing systems

Fire‑resistant coatings for structural steel & high‑risk assets

Fire‑resistant coating for structural steel and modules

Combined fire, thermal and corrosion‑resistant systems

Thermal stability and condensation control for cold environments

Energy‑efficient thermal control for cold storage

High‑durability flooring and concrete protection systems

High‑durability, chemical‑resistant industrial flooring

Concrete sealing and protection for industrial structures

Hazardous material encapsulation & transport asset protection

Encapsulation of asbestos, lead and legacy coatings

Durable coatings for containers, railcars and equipment

Align coatings with your asset strategy

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