Food & Beverage Industry
Eng Tech Global understands that when it comes to food and beverage making, quality matters. Our client’s common goal is to produce the finest goods and improve process and equipment efficiency while driving down cost.
Some Of The Benefits That Eng Tech Global Brings To The Food And Beverage Industry


One
- Removal of contaminants in the product that affect the flavor and odor of food and beverage products
Two
- Removal of potassium flakes in beverages
- Removal of carcinogens from consumable products
Three
- Improve the clarity of beverages
- Provision of ultrahigh-purity water for use in the beverage-making process
Quality | Efficiency | Great Taste
Eng Tech Global understands that when it comes to food and beverage making, quality matters. Our client’s common goal is to produce the finest goods and improve process and equipment efficiency while driving down cost.
Eng Tech Global has the technological know-how to de-bitter food and beverage products, improve taste, remove cloudiness, or eliminate odor.
Eng Tech Global’s expertise in the food and beverage industry ranges from juice manufacturing, dairy production, meat packing plants, breweries to wineries and everything else in-between. We aim to elevate our clients product quality at a reasonable cost and efficiency.
Beverage Purification
Producing high-quality, liquid-based products require the utmost care when it comes to choosing the right ingredients and processes for the production process. Contaminants can easily affect the taste, odor, and clarity of the product.
Eng Tech Global engineers ultra-pure water for beverages or to be utilized as a purification solution to maintain the highest level of quality and taste. We have solutions for purifying juice, tea, beer, wine, dairy products, and much more.
Eng Tech Global Technologies
Specialty Ion Exchange #1
Applications
1. Removing mercury from your water streams
2. Recovering metals from your brine solutions
3. Separating out soaps and metals from bio-diesel
4. Eliminating unwanted tastes and odors from juice, wine, or other beverages
5. Purifying organic process fluids, such as petroleum or mining streams
Specialty Ion Exchange #2
Advantages
1. Take out specific ions from product stream
2. Selectively remove contaminants from waste stream prior to discharge
3. Resins designed for minimal waste
4. Able to focus on point source removal
5. Typically solve problems that membranes and conventional physical chemical separations can’t
6. Suitable for highly difficult applications
Specialty Ion Exchange #3
Disadvantages
1. More expensive than conventional resins
2. Require testing to make sure won’t interfere with other agents
3. Require custom design/not off-the-shelf
4. Require high use of chemicals
High Efficiency Reverse Osmosis (HERO™) @ ETG
HERO™ easily increases operational volume while prolonging membrane service life and reducing overall cost and footprint by up to 30% in processes that frequently foul membranes with organic matter and cause heavy scaling, such as treating scrubber blowdown and seasonally variable feedwater.
Microfiltration / Ultrafiltration
MF / UF @ Eng Tech Global
Eng Tech Global’s Microfiltration (MF) and Ultrafiltration (UF) technologies are chemical engineering solutions for reducing the amount of pathogens and certain types of bacteria and viruses (including Giardia cysts), improve silt density index (SDI), reduce colloidal silica, or sterilize fluids for drinking.
Reverse Osmosis / Nanofiltration
RO / NF @ Eng Tech Global
Eng Tech Global’s Reverse Osmosis (RO) and Nanofiltration (NF) technologies are similar processes of separation that force pressurized water through semipermeable membranes, allowing concentrated, purified water to pass through while rejecting contaminates such as bacteria, salts, sugars, proteins, particles, dyes, and organics.
High Efficiency Reverse Osmosis (HERO™)
HERO™ @ Eng Tech Global
High Efficiency Reverse Osmosis (HERO™) yields ultrapure water with maximum recovery (up to 90%), and because the system’s purification process is so thorough and able to handle high amounts of silica while consuming much less water than conventional reverse osmosis (RO), it’s an economical option for solving some of your toughest industrial feedwater and wastewater challenges.