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Sustainable Science: Choosing Lab Equipment That Supports Your Institution’s Carbon Goals

Laboratories are among the most energy-intensive facilities globally, consuming far more power per...
Low-Boiling vs. High-Boiling Solvents: Choosing the Best Evaporator

When removing solvents in the lab, selecting the right evaporation method depends not only on the so...
Reducing Energy Use in Solvent Evaporation: Smarter Solutions for DMSO and DMF Handling

In many labs, evaporating high-boiling solvents like DMSO or DMF quietly drains more energy than y...
5 Expert Tips to Maximize Rotavap Efficiency-with Smart Evap

Table of Contents 1. Introduction 2. Meet the Smart Evaporator 3. Tip 1: Safer Heating ...
Join Us at ACS Spring 2025, Washington, D.C.

  BioChromato is excited to exhibit at ACS Fall 2025! Visit our booth to experience the ...
Rotary Evaporator vs. Energy-Efficient Alternatives: How to Cut Evaporation Time and Power Usage

Many researchers continue to rely on rotary evaporators without questioning their energy usage or ...
Rotavap and Smart Evaporator: 2 Use Cases and Why It Works

Introduction In today’s research laboratories, solvent evaporation is a routine yet critical st...
Is Your Lab Equipment Wasting Energy? Breaking Down the Hidden Power Costs in Research Labs

Laboratories use 5–10 times more energy per square foot than standard office spaces (U.S. Depart...
Rotary Evaporator vs Smart Evaporator: Principles and Key Differences

In laboratory sample concentration, the rotary evaporator remains the most widely used standard....
Replacing Fluoropolymers: How Labs Are Shifting Toward PFAS-Free Materials

High-performance polymers are essential materials used in industries such as automotive, aerospace...
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