// IMAGE_UNAVAILABLEHow Pulp Mills Use Pinch Analysis to Recover Waste Heat1656[Pinch Analysis for Paper & Pulp]How Pulp Mills Use Pinch Analysis to Recover Waste HeatPinch analysis can cut pulp mill heat demand by up to 39%, recovering dryer exhaust heat, reducing steam and fuel costs, and guiding heat pump use.// August 7, 2026Open →
// IMAGE_UNAVAILABLEDecarbonisation of Food Industry Starts with Process Heat1654[Pinch Analysis for Food & Beverage]Decarbonisation of Food Industry Starts with Process HeatTwo-thirds of food and drink energy is process heat. Cut gas use with Pinch Analysis, heat recovery and right-sized electrification now.// August 6, 2026Open →
// IMAGE_UNAVAILABLEWhy Pinch Point Heat Exchanger Networks Cut Utility Demand1653[Pinch Analysis for Chemical Processing]Why Pinch Point Heat Exchanger Networks Cut Utility DemandPinch point heat exchanger networks can cut refinery heating fuel by 8% to 25% by recovering process heat, reducing steam demand and emissions.// August 6, 2026Open →
// IMAGE_UNAVAILABLEBS EN 16247 Energy Audits: What UK Plants Must Cover1651[Industrial Energy Audit]BS EN 16247 Energy Audits: What UK Plants Must CoverBS EN 16247-1:2022 and ESOS Phase 3 require UK plants to audit 95% of site energy use across utilities, assets and operations.// August 5, 2026Open →
// IMAGE_UNAVAILABLEHow Chemical Process Optimisation Cuts Plant Energy Use1650[Heat And Mass Balance]How Chemical Process Optimisation Cuts Plant Energy UseCut chemical plant energy use with reconciled heat and mass balances that target 12 MW distillation steam duty and hidden process losses.// August 5, 2026Open →
// IMAGE_UNAVAILABLEEnergy Mass Balance Mapping Finds Chemical Plant Losses1643[Energy Audit for Chemical Processing]Energy Mass Balance Mapping Finds Chemical Plant LossesEnergy and mass balance mapping exposes chemical plant losses, including 4 t/d solvent gaps, to rank efficiency projects and guide capital decisions.// August 5, 2026Open →