The world of business and work is developing at a rapid pace Innovations in information and communication technology, in particular, are driving change, giving rise to new products and services as well as new processes and corporate structures. In recent years, HAME has always approached this progress with curiosity and openness. We are convinced that only those companies that bravely face change and adapt to the evolving market can consistently deliver top performance and grow into a strong presence within their industry
A fair, honest, and personal relationship with customers and manufacturers is the foundation of shared success. Since our founding in 2019, we have been developing tailored concepts and new ideas side by side, in respectful collaboration. Honesty and fairness are our highest principles
COMPETENT & RELIABLE
Competence and reliability form the foundation of the trust that our customers, partners, and suppliers have placed in us for many years. Skilled and motivated employees are the key to our success. Through continuous training and professional development, along with appreciation of our workforce, we create the necessary conditions for sustained achievement
RESPONSIBLE
We take responsibility—not only for the environment but also for our employees
Our responsibility also includes securing jobs and ensuring the well-being of our staff. Fair compensation and fostering a positive corporate culture—shaped by openness, loyalty, and mutual respect—are a matter of course for us. After all, our employees are our most valuable asset
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Main Areas of Expertise
HAME provides engineering, procurement, and construction services to the oil, gas, refining, and petrochemical industries
About UsEnergy efficiency in the oil and gas sector is primarily related to the efficient use of energy
We operate in accordance with valid and international standards
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Ongoing projects
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Oil+ Gas
We respond to you with fast and high-precision operation. We activate infrastructures taking into account gas and oil in international arenas such as OPEC, etc.oil, gas and petrochimi, engineering, instruments, and make it
Laboratory
Supply of equipment including laboratory equipment. Supply of equipment for conducting various experiments on atoms and molecules. Nano-optics has made it much easier to build equipment
Medicine
In work that involves medical technology and medicine (chemical or herbal), you are protected.The technology is updated as needed and has complete code
Solar and new energy
Solar or wind power plants, traditional building - refineries and wind turbines are all needed to generate energy With an easier form than the hard ones of electricity etc
Clinical bioanalysis
Clinical analysis is the examination of biological samples—such as blood, urine, or tissue—to assess health, diagnose disease, and monitor treatment. It supports doctors in detecting conditions like infections, diabetes, or organ disorders. Using methods from simple biochemical tests to advanced tools like mass spectrometry, clinical analysis ensures accurate results. It is also vital in clinical trials, helping evaluate the safety and effectiveness of new drugs. In essence, clinical analysis turns laboratory data into medical insights that guide patient care and improve health outcomes.
Genomic
Genomic analysis is the study of an individual’s complete set of DNA, including all genes and their functions. It provides insights into how genetic variations influence health, disease risk, and response to treatments. By using advanced technologies such as next-generation sequencing (NGS) and bioinformatics, genomic analysis can identify mutations, hereditary conditions, and even guide personalized medicine—where treatments are tailored to a person’s genetic profile. Beyond healthcare, it plays a role in research, drug development, and understanding the biology of complex diseases. In short, genomic analysis is transforming medicine by linking genetic information with better prevention, diagnosis, and therapy.
Proteomics
Proteomics is the large-scale study of proteins—the molecules that perform most functions in cells. Unlike genes, protein levels change constantly in response to health, disease, or environmental factors, making proteomics a powerful tool for understanding biology. Using advanced technologies such as mass spectrometry and protein arrays, proteomics helps identify disease biomarkers, track treatment responses, and discover new drug targets. It bridges the gap between genetic information and actual biological function. In essence, proteomics provides a dynamic view of health and disease, offering insights that drive diagnostics, personalized medicine, and innovative therapies.
Proton therapy
Proton therapy is an advanced form of radiation treatment that uses beams of protons instead of traditional X-rays to target cancer. Unlike standard radiation, protons can be precisely controlled to deposit most of their energy directly in the tumor, minimizing damage to surrounding healthy tissues. This precision makes proton therapy especially valuable for treating tumors near vital organs, in children, or in cases where reducing side effects is critical. While it requires highly specialized equipment and is more costly than conventional methods, it offers a powerful option in modern cancer care.