BE25 Consulting Engineering
Better Engineering Better Results
Better Engineering Better Results
BE25 was established by a team of water, wastewater, energy, control, and power engineers in Orange County, California. Our core focus lies in cutting-edge technologies and innovative solutions. Our comprehensive services encompass consultation and turnkey design for engineering projects. The founders of BE25 bring a wealth of experience, boasting Mechanical, Automation, and Electrical engineering backgrounds, along with P.E. licenses in both California and Canada, spanning over 65 years of combined expertise.
BE25 is an engineering company that specializes in water and wastewater technologies. Our vision centers on providing innovative and sustainable solutions for water and wastewater management worldwide.
BE25 envisions a future centered around water, wastewater, and energy resources, emphasizing the interconnectedness between water, wastewater, and Green Hydrogen generation. As a result, BE25 strives to be the premier solution provider for water and wastewater technologies, headquartered in California and serving global markets.
Water and Wastewater measurements
Project Management
Our team of experts provides innovative solutions for treatment system design and optimization of wastewater systems tailored to the facility's needs, which included selecting effective processes (such as sedimentation, biological treatment, etc.) to remove contaminants. We will ensure compliance with local, state, and federal regulations, and will assist in obtaining necessary permits and meeting discharge limits. Our teams will identify infrastructure needs through asset management and master plans. BE25 will plan and budget for projects for rehabilitation and replacement to prevent costly emergency repairs. Out team will explore energy efficiency measures for treatment plants such as processes and equipment optimization. We can help with the odor control and safety.
Our engineers design customized wastewater treatment processes based on the specific needs of textile and garment facilities. This includes selecting effective methods for removing pollutants, such as coagulation/flocculation, membranes, adsorption, and biological treatment. BE25 will be able to help the facility to reach to Zero Liquid Discharge (ZLD), we will focus on water recycling and minimizing discharge by recovering valuable resources from wastewater. We will assist your facility with Advanced Oxidation Processes (AOPs) and will assist you with the environmental compliance.
Our team of engineers can design or optimize wastewater treatment systems tailored to the specific needs of the laundry facility, this includes selecting appropriate treatment processes (such as sedimentation, filtration, biological treatment, etc.) to remove contaminants from the wastewater. We can keep you updated with local, state, and federal regulations related to wastewater discharge. Our company can help the facility obtain necessary permits and ensure compliance with discharge limits and reporting requirements. Our engineers analyze the laundry’s water usage patterns and identify opportunities for water conservation and reuse, implementing water-saving measures can reduce overall wastewater volume. BE25 team will assess the environmental impact of the laundry’s wastewater discharge.
We provide design and optimize wastewater treatment systems tailored to the pharmaceutical facility's need. This includes processes such as preliminary treatment, aeration, neutralization, flocculation and coagulation, biological degradation, filtration, and recycling. BE25 can assist with the regulatory compliance., and advanced technologies.
BE25 will design and optimize wastewater treatment systems tailored to the facility needs, where commonly used technologies include aerobic and anaerobic lagoons, biological trickling filters, and activated sludge units. We will assist your company with the regulatory compliance issues. We will be able to help with the anaerobic biological treatment. Anaerobic processes include lagoons, continuous stirred tank reactors (RSTRs), and up flow anaerobic sludge blanket (UASB) systems.
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