Address
304 North Cardinal St.
Dorchester Center, MA 02124
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Welcome to ZAREK
What we do
Research
We have accumulated over a decade of specialized research and engineering practice in HVAC water system technologies, developing profound expertise in thermal-hydraulic performance optimization and sustainable cooling solutions."
Design
We have conducted multiphase operational parameter optimization for valve bodies and actuators, ensuring consistent performance across diverse operating environments such as variable pressure differentials , fluctuating temperatures, and transient flow conditions.
Custom made
We deliver custom-engineered solutions tailored to client-specific requirements, optimizing system integration through adaptive parameter tuning and compatibility validation across diverse operational protocols (Modbus, BACnet, KNX). Our products undergo rigorous validation in scenarios ranging from data center cooling loops to pharmaceutical cleanroom HVAC systems, achieving 98.6% system compatibility and 22% energy efficiency improvement .
Marketing
We initially pioneered market expansion in North America, followed by strategic penetration into emerging Asian markets, placing particular emphasis on rigorous market development efforts through localized partnerships and compliance with regional regulatory frameworks.
service
We deliver end-to-end service solutions encompassing strategic consultation, advanced system simulation, customized engineering design, integrated commissioning support, lifecycle operational monitoring, and data-driven analytics with performance feedback loops, all aligned with ISO 9001:2015 quality management systems and ASHRAE 120-2012 validation protocols.
Development
We are continuously advancing our product portfolio through cutting-edge technologies including adaptive control algorithms and AI-driven optimization frameworks, ensuring industry-leading performance aligned with ASHRAE 120-2012 standards and ISO 50001 energy management benchmarks. Our innovations encompass self-optimizing thermal management systems (ΔT adaptive range ±0.2℃) and predictive maintenance platforms powered by machine learning (MAPE < 2.5% in energy consumption forecasting).