Views: 0 Author: Site Editor Publish Time: 2025-12-29 Origin: Site
As the global digital economy accelerates, data centers are under unprecedented pressure.
AI training, high-density computing, and cloud services are driving compute demand exponentially — and with it, heat density and energy consumption.
Today, cooling is no longer an auxiliary system.
It is a core determinant of PUE, reliability, operating cost, and long-term scalability.
At Zhengmao Petrochemical (ZMCP), we specialize in immersion cooling fluids engineered specifically for next-generation data centers and AI infrastructure, helping operators move beyond the limits of air cooling and unlock sustainable performance.
Traditional air cooling architectures were never designed for today’s workloads:
GPU and accelerator racks exceeding 30–100 kW
Rising AI thermal bottlenecks
Escalating cooling power consumption
Increasing downtime and reliability risks
Even with advanced airflow management, CRAC optimization, and hot/cold aisle containment, air cooling reaches a hard physical limit.
This is why the industry is moving decisively toward liquid cooling — especially immersion cooling.
Immersion cooling works by fully submerging servers in a specially engineered dielectric fluid, allowing heat to be removed directly at the source.
Compared with air cooling, immersion cooling delivers:
Up to 40% reduction in cooling energy
Elimination of CRAC units, server fans, and airflow tuning
Uniform temperature distribution with no hotspots
Higher compute density per square meter
Improved system reliability and hardware lifespan
In real deployments, PUE values approaching 1.1 — and even below — are no longer theoretical.
For AI data centers and hyperscale operators, cooling architecture now directly defines TCO and competitiveness.
If liquid cooling is the circulatory system of a data center, cooling fluid is its lifeblood.
The performance, safety, and sustainability of any immersion system depend fundamentally on the fluid itself.
In different liquid cooling architectures, the role of the fluid varies:
Cold plate systems rely on fluid flowing through metal interfaces to extract localized heat
Immersion systems depend on dielectric fluids to distribute heat evenly through convection, eliminating localized thermal stress
In all cases, the cooling fluid acts as a high-efficiency heat carrier, transporting thermal energy smoothly from chips to heat exchangers and maintaining stable operating temperatures.
Zhengmao Petrochemical develops and supplies purpose-built immersion cooling fluids, designed specifically for data centers and AI workloads — not repurposed from other industries.
Our fluids are engineered with a focus on:
High heat transfer efficiency
Stable low-temperature operation for CPUs and GPUs
Reduced thermal stress and extended hardware service life
Immersion cooling systems using ZMCP fluids can deliver:
20–35% reduction in capital expenditure (CAPEX)
40–50% reduction in operating expenditure (OPEX)
30–40% overall TCO reduction, depending on deployment scale
Enables PUE values as low as ~1.03 in optimized systems
Reduced water consumption compared with air-cooled facilities
PFAS-free formulations, aligned with emerging environmental regulations
Long service life and low volatility, minimizing fluid replacement
(Industry performance references based on public data, including OCP Summit findings)
Southeast Asia is rapidly becoming a key growth region for AI data centers, cloud infrastructure, and digital services.
At the same time, operators face challenges such as:
High ambient temperatures
Power efficiency constraints
Land and space limitations
Increasing regulatory pressure on energy and sustainability
Immersion cooling offers a future-proof path to address these challenges — and ZMCP provides the fluid foundation to make it work reliably at scale.
Investing in liquid cooling is no longer just about compliance or efficiency.
It is a strategic decision to stay competitive in the next decade of AI-driven computing.
Zhengmao Petrochemical (ZMCP) is committed to supporting:
Data center operators
AI data center developers
IDC engineering and infrastructure partners
with engineering-grade immersion cooling fluids, technical documentation, and application support.
Whether your goal is PUE reduction, AI workload scaling, reliability improvement, or long-term TCO optimization, we are ready to support your next project.
Contact ZMCP to request technical data, performance benchmarks, or project consultation.
