YOUR PARTNER FOR CUSTOMIZED HPP EQUIPMENT
About Us
Tianjin Huatai Senmiao Bioengineering & Technology Incorporated Co. Ltd (HTSM) was established on December 17, 2002 in Tianjin Huayuan Industrial Zone,Tianjin, China. Our company has 2 million U.S. dollars paid up capital.
HTSM is the first enterprise in China to export High Pressure Processing (HPP) machines to the international market. Since 2013, we have been the main HPP vessel supplier for the Japanese pioneer in HPP food processing, Echigo Seika Co Ltd. HTSM has vastly evolved in the speed of light into Asia’s leader in HPP technology and equipment, taking pride in our HPP technology which is protected with Independent Intellectual Property Rights.
In addition to the standard indirect pressurization structure of intensifier and vessel, we invented our own all-in-one direct pressurization HPP equipment which greatly enhances productivity and cost-efficiency. The energy recovery device incorporated helps to save more than 80% energy. Our exclusive technology was already granted with 22 national patents and recommended by Tianjin Intellectual Property as one of their 50 key projects.
In the past few years, we achieved major success with our research and development, accomplishing a number of domestic and international cooperation projects.
Developed 8 different types of HPP equipment
Completed 2 projects of the National Science and Technology Ministry 863 Program in China
2 Small- and Medium-sized Enterprises Innovation Fund projects
Should you have any questions regarding HPP equipment, please feel free to contact us.
WHAT IS HPP?
6X Shelf Life
Eliminate Detrimental Effects
Preserving the Essence
Infinite Possibilities of Scientific Breakthrough
WHAT'S HPP?
HPP (High Pressure Processing) is a cold pasteurization in which products are put into a vessel and subjected to a high level of isostatic pressure (300–600MPa/43,500-87,000psi) transmitted by fluid.
WHY USE HPP?
Elevate your business with the emerging food engineering trend
Global concern over food safety
Tremendous demand from the food industry for longer shelf life
The worldwide 'Clean Label' trend
Increasing demand for clean processed food in emerging markets
Growing market recognition for HPP-processed products
Exploit various research possibilities made possible by HPP
BENEFITS OF HPP
Disinfects and destroys pathogens (i.e. E-coli, Salmonella, Listeria)
Non-thermal technology - preserve the essence of the food’s nutrient, flavour and texture
6 times longer shelf life after HPP processing
Green and energy-saving processing to protect both environment and consumers
Preservative free
CURE TO CORONAVIRUS?
Governors, Hospitals, Universities
We are all desperate to find the cure for COVID-19 and future virus outbreaks in a more effective and safe manner. Our team has been working on the possibility of curing viruses quickly by “Autologous Plasma Immunotherapy” with the help of High Pressure Processing, which is to:
Collect a COVID-19 patient’s plasma
Reduce the viral load by High Pressure Processing and inactivate the virus and limit its ability to replicate
Preserve the immunogenicity of the antigen and transfer the plasma back to the patient
We would like to seek collaboration with medical and academic organizations to research and certify the clinical trial. To facilitate that, we can offer an ex-factory price of High Pressure Processing machine. (weight: 700 kg, size:0.5m wide x 0.4 m length x 1.75 m height)
APPLICATIONS
HOW IS HPP USED?
FOOD ENGINEERING
Preserve and sterilize food while maintaining both the sensory and nutritional aspects
HPP, the USDA approved all-natural process utilizes intense water pressure to protect against harmful bacteria without affecting the taste, texture, appearance, nutritional of foods.
By mid-2010s, more than 30% of meat, poultry , fruit and vegetable are processed by HPP. HPP-processed food is widely sold by supermarkets, direct stores and online retailers.
North America is the largest supplier of HPP-processed food with a market share of 50% followed by Europe with more than 25% market share.
MATERIAL
Unleash possibilities of producing new functional materials with excellent performance
Pressure is an essential thermodynamic variable to control the properties of materials as it reduces interatomic distances and profoundly modifies electronic orbitals and bonding patterns.
High pressure is becoming a versatile tool for the creation of new materials not accessible at ambient conditions. Recently materials developed with high pressure included superconductors, super hard materials and high-energy-density materials.
MEDICAL SCIENCE
Discover new medical and surgical possibilities with maximum effectiveness
Vaccine production - Deactivate pathogens (bacteria, virus) while saving its antigen response intact
Plasma processing - High pressure can be applied to inactivate pathogens to minimize the risk of virus transmission without affecting coagulation
Preserve human organs - Under 200MPa pressure, water below -20 degrees stays liquid. This high pressure can be applied to preserve human organs for transplantation and minimize freeze-thaw damage and crystallization.
PHARMACEUTICAL
Inactivate pathogens and maximize medicine quality
Sterilize medicine - Hpp enables sterilization of biopharmaceutical without heat, chemical or radiation, thus preserving the product’s active ingredients.
Chinese medicine extraction - Most ingredients of Chinese medicine are heat-sensitive. HPP enables extraction of high-quality active ingredients with different solvent characteristics using a variety of solvents without denaturation.
PHYSICS
Discover the rarest physical changes after high pressure
High pressure physics saw major breakthrough in the last 15 years. The development of intense new x-ray and neutron sources, improved detectors, new instrumentation, greatly increased computation power, and advanced computational algorithms enabled researchers to determine the behavior of matter at static pressures in excess of 400GPa. Shock-wave techniques have allowed access to the experimental pressure-temperature range beyond 1 TPa and 10,000 K.
CHEMISTRY
Research how compounds react at high pressures and discover new, energy-efficient and durable materials
A study from Harvard University stressed the importance of high pressure to chemistry on the production of alternative fuel sources.
A mixture of silicon and sodium produced by Carnegie Institute becomes an excellent material for use in solar panels when combined under high pressure, improving solar energy.
A discovery by French scientists of a mixture of water, a mineral called olivine, and aluminum oxide subjected to extreme pressure for 24 hours creates hydrogen gas. This could possibly serve as a robust source of hydrogen for hydrogen fuel cells that could be used to power automobiles.
BIOTECH
Exploit Biotech opportunities made possible with high pressure
High pressure bioscience encompasses the fields of food sciences, pharmacy and medical fields and some high pressure techniques are used in the production of industrial products. Moreover, high pressure is a valuable tool for the study of natural macromolecules including biomembranes which are composed, primarily, of lipid and protein. Many intermediate processes in the pressure-induced protein unfolding have been discovered, as a result.
MUTAGENESIS
Induce food mutations by High pressure
HPP changes the synthesis of DNA, RNA and proteins and induces mutagenesis in microorganisms as an extreme thermo-physical factor.
Studies suggest that high pressure is a promising physical mutagen in rice breeding. Exposure to 25-100MPa HPP for 12 hours could retard the germination and affect the viability of rice (Oryza sativa L.) seeds, increase the tolerance of rice plants to cold stress and alter gene expression patterns in germinating rice seeds. Exposure to 25, 50, 75 or 100MPa for 12 hours HPP could efficiently induce variation in rice plants as well.
HPP EQUIPMENT SERIES
Tailored for your businesses
HTSM’s HPP equipment can be tailored from 300MPa to 1000MPa with volume ranging from 0.6 to 200 liters or cater to your needs. With wide range of applications, patented technology, smooth operation, low-maintenance structure, advanced automation, high experimental efficiency and low failure rate, we have already sold more than 100 units of HPP equipment.
2019 NEW MODEL
DUAL-CHAMBER
HPP EQUIPMENT SERIES
M1 HORIZONTAL
HPP EQUIPMENT SERIES
M2 VERTICAL
HPP EQUIPMENT SERIES
M3 SEALED-FLUID
HPP EQUIPMENT SERIES
L1
HPP EQUIPMENT SERIES
L2
HPP EQUIPMENT SERIES
CERTIFICATES
Our exclusive HPP technology was already authorized with 22 national patents and recommended by Tianjin Intellectual Property as one of their 50 key projects.
UTILITY MODEL PATENT
FOR
ENERGY RECOVERY DEVICE FOR HPP EQUIPMENT
2018
The National Intellectual Property Administration
NOTABLE CLIENTS
Our HPP technology is adapted by more than 100 renowned clients, including 35+ universities, 20+ research Institutes, 20+ corporations 15+ medical institutions from United States, Japan, South Korea, Taiwan, Hong Kong and Macau. Some notable clients include:
University of Mississippi (United States)
Echigo Seika, Co., Ltd. (Japan)
Tsinghua University (China)
Beijing Sanyuan Foods Company Limited (China)
Huiyuan Juice (China)
Hong Kong Productivity Council
Niigata University of Pharmacy and Applied Life Sciences (Japan)
Research Association of High Pressure Technologies for the Creation of Future Industries (Japan)
Shandong Ophthalmic Hospital (China)
Food Industry Research and Development Institute (Taiwan)
